EMI Filter Catalog

Transcription

EMI Filter Catalog

EMI Filters
Product Catalog
Doc no. 4654845-39
ODC:SMFIL:40489/1/98
EMI Filter Catalog
Table of Contents
Introduction .................................................................... 3
Electro Magnetic Compatibility ...................................3
EMI Suppression Filtering ..........................................3
Feedthrough Filters ....................................................3
A Total In-House Ceramic Capability .........................4
Types of Feedthrough Filters ......................................4
Feedthrough Filter Styles - Fixing Options ............4
Feedthrough Filters - Electrical Configuration .......5
Selection Guide ..........................................................7
Solder Mounted Filters ..........................................7
Panel Mounted Filters ...........................................8
Product Installation...................................................... 53
Application Notes......................................................... 55
Quality Conformance - Test Plan................................ 59
Product Safety Information ......................................... 61
Index of Part Numbers................................................. 63
General Index ............................................................... 71
Filter Data Sheets ......................................................... 11
Solder Mounted Feedthrough Capacitors TF, DF ....11
Solder Mounted C and Pi Circuit Filters SLT ............12
Solder Mounted Pi Circuit Filters TPS ......................13
Solder Mounted Feedthrough Capacitors DCS ........14
Solder Mounted C Circuit Filters dBZ, D ..................15
Solder Mounted C Circuit Filters dBZ2 .....................16
Solder Mounted Pi Circuit Filters dBZ4 ....................17
Printed Circuit Mounted Pi Filters SLT/-/PC2 ...........18
Surface Mounted Pi Filters SLT/-/SM3 .....................19
Miniature Threaded Feedthrough
Capacitors TCT ........................................................20
Miniature Threaded Pi Circuit Filters TPT .................21
Miniature Threaded Coaxial Capacitors DCT ...........23
Miniature Threaded Coaxial Capacitors DCT ...........24
Miniature Threaded C Circuit Filters DLT .................26
Miniature Threaded TVS Circuit
Filters DLT/-/TVS ......................................................27
Miniature Threaded L and C Circuit
Filters DLT4 ..............................................................28
Microslim L and C Circuit Filters DLT4/-/XH .............29
L Circuit Filters DLT ..................................................30
Miniature Threaded C and Pi Circuit
Filters FLT ................................................................31
Miniature Threaded Pi Circuit Filters FLT3 ...............32
Miniature Threaded Pi Circuit Filters FLT8 ...............33
Panel Mounted L and C Circuit
Filters DLT2 ..............................................................34
Panel Mounted TVS L and C Circuit
Filters DLT2/-/TVS ....................................................35
Panel Mounted Feedthrough Capacitors DCT .........36
Panel Mounted L Circuit Filters DLT, DUT ...............38
Miniature Threaded L Circuit Filters DLT ..................42
Panel Mounted L Circuit Filters DLT .........................43
Panel Mounted Pi Circuit Filters DPT .......................44
Panel Mounted T Circuit Filters DTT ........................47
Panel Mounted Twin T and Twin Pi
Filters DXT, DYT ......................................................49
Panel Mounted Multiway L and C Circuit
Filters MLT ................................................................51
Rev. 00 May 98
EMI Filter Catalog 4654845-39
Í Copyright 1998
Oxley Inc.
1
EMI Filter Catalog
2
Í Copyright 1998
Oxley Inc.
Rev. 00 May 98
Introduction
EMI Filter Catalog
Introduction
Electro Magnetic Compatibility
The increase in frequency and power of electromagnetic interference (EMI) and the increasing of electronic noise is a major threat to the
integrity of telecommunications, avionics, industrial and defence equipment. Many semiconductor circuits are particularly sensitive to
voltage transients or spikes on signal and control lines.
Designing equipment to operate within this intended electromagnetic environment and be compatible with worldwide electromagnetic
legislation is essential. Many methods are now available to ensure equipment meets directives on electromagnetic compatibility (EMC).
EMC describes the ability of the electrical and electronic equipment to function as intended, without being adversely affected by an
electromagnetic interference and without being the source of such interference.
Oxley has established itself as a leading manufacturer and supplier in the field of EMC components with a wide range of discrete and
integrated filters and filtering systems.
EMI Suppression Filtering
To protect equipment against radiated interference sources, it is necessary to screen equipment from electromagnetic interference (EMI).
Although several techniques exist, the effectiveness of these techniques is often compromised by the need to have input/output signals
and power lines passing through the screen. Feedthrough filters are often the most cost effective solution to stopping both unwanted
conducted interference from entering the electronics system and the pollution of the external environment from the noise generated within
the screened cabinet. Feedthrough filters used to protect equipment which is likely to cause or be affected by EMI must meet
electromagnetic compliance regulations.
Feedthrough Filters
The primary function of Feedthrough filters is to attenuate the high frequency or radio frequency (RF) currents and voltages, which would
otherwise cause a circuit malfunction. Feedthrough filters which incorporate ceramic capacitor elements and series inductors are LOW
PASS filters and are designed to pass all frequencies below a specific cut-off frequency.
Figure 1 - Typical Feedthrough filter arrangement
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
3
Introduction
EMI Filter Catalog
In order to function correctly, a feedthrough filter must be installed so that it makes a low impedance to ground and does not comprise the
equipment shielding.
Feedthrough utilize co-axial capacitors and inductors in their construction. The capacitor can be either of tubular or discoidal construction.
The advantages of co-axial capacitors in signal or power line filtering are:
1. The capacitor provides DC isolation between the signal line and ground.
2. There is a short earth path for high frequency noise on the line.
3. The “filtering” occurs at the optimum interface of the equipment being protected.
4. Low self inductance to prevent resonances.
A Total In-House Ceramic Capability
The key element of a feedthrough filter is the ceramic capacitor. Oxley have invested in the ongoing expansion and development of its
in-house capacitor manufacturing facility, dedicated to the supply of ceramic capacitor components and technologies for filtered
connectors and feedthrough components.
The facility is equipped with cleanroom conditions for all the critical manufacturing operations. Statistical process control (SPC)
techniques are applied to the manufacturing process in order to control key parameters during capacitor production. This enables our
team to maintain and improve production techniques.
Types of Feedthrough Filters
Feedthrough filters are characterized by their electrical configuration and by their mounting style. The following tables summaries the
main options and their typical applications:
Feedthrough Filter Styles - Fixing Options
Mounting Style
Typical Applications
Advantages
Discrete bolt in filters.
Signal or power filters mounted directly onto the
equipment enclosure or bulkhead.
• Flexibility
• Ease of assembly
• Easily maintained
Solder in panel mounting.
High density panel or bulkhead filter arrays.
• High Density
• Good electrical performance
• Low assembly cost
PCB Mounting.
Surface mounting or conventional circuit boards.
• Low component cost
• Automated assembly
Table 1 - Fixing Options
4
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Introduction
EMI Filter Catalog
Feedthrough Filters - Electrical Configuration
Feedthrough filters are supplied with a variety of combinations of capacitive (C) and inductive (L) elements. The simplest being a C type
consisting of a coaxial capacitor only. In the LC filter an inductive element is added as shown in Fig. 2.
Figure 2 - Typical LC Filter Arrangement
The Pi filter is a combination of two capacitors and an inductor which gets its name from the equivalent circuit’s resemblance to the π
symbol. Similarly the T section filter is a combination of two inductors and a capacitor as shown in Fig. 3.
π
Figure 3 - Pi and T Filter Circuit Configurations
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
5
Introduction
EMI Filter Catalog
The table below shows the full range of filter configurations available in the Oxley range:
Configuration
Circuit Configuration
Applications and Advantages
C
• Higher impedance
• Simple construction
• Low cost
L
• Used when source and load impedances are different
• Low cost
• Increased filtering at high frequencies
Pi
• High impedance systems
• Steep interference cut off response
T
• Low impedance systems
• Steep interference cut off response
2 Pi
• High impedance systems
• Low cut off frequency
2T
• Low impedance systems
• Low cut off frequency
The selection charts on the following pages provides a guide to the various styles and configurations available in the Oxley range of RFI
feedthrough filters.
6
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Solder Mounted Filters
© Copyright 1998
Oxley Inc,
Capacitance
Range (pF)
Voltage Rating
(V d.c.)
@ 85°C
Current Rating
(Amps)
C
C
C
C
C
C
C
C
C
C
C
C
C
500 to 1000
1000
1000
1000
100 to 1200
100 to 2700
500 to 3000
100 to 5000
10 to 5000
10 to 5000
22 to 10000
22 to 100000
22 to 100000
300
300
500
400
300
150
500
70
200
200
100
100
100
Disc Only
15
15
10
10
10
10
10
5
10
10
10
Disc Only
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
800 & 1500
1500
1500
2000
3000
3000
1500 to 4000
5000
680 to 5000
1500 & 22000
5000 to 44000
600
350
200
1000
200
830
350
200
200
200
200
10
15
10
25
15
25
10
10
10
10
10
Comments
Hermetic Seal
Disc Only
PCB Mount
Surface Mount
Generic
Part
Number
Mounting
Details
See
Page(s)
TF
TF
DF
SLT1/C/DCS
DCS
TF
DCS
dBZ2/C/-/H
dBZ2/C/DCS
dBZ/-/D/-/-
Solder
Solder
Solder
Solder
Solder
Solder
Solder
Solder
Solder
Solder
Solder
Solder
Solder
page 11
page 11
page 11
page 12
page 14
page 14
page 11
page 14
page 16
page 16
page 14
page 15
page 15
TPS
TPS
SLT/P/1500/P
TPS
TPS
TPS
TPS
TPS
SLT/P/SLT/P/-/SM3
dBZ4/P/-
Solder
Solder
PCB Mount
Solder
Solder
Solder
Solder
Solder
Solder
Surface Mount
Solder
page 13
page 13
page 18
page 13
page 13
page 13
page 13
page 13
page 12
page 19
page 17
7
Selection Guide
Circuit
Configuration
EMI Filter Catalog
Rev. 00 May 98
Selection Guide
© Copyright 1998
Oxley Inc.
Capacitance
Range
Voltage Rating
(V d.c.) @ 85°C
Current Rating
(Amps)
C
C
C
C
C
C
C
C
C
C
C
C
C
C
47 to1000 pF
1500 pF
4700 & 8200 pF
320 to 22000 pF
330 to 22000 pF
330 to 22000 pF
100 to 100000 pF
22 to 100000 pF
4700 to 100000 pF
17000 to 600000 pF
0.1 to 1.0 µF
1.2 µF
1.2 µF
0.022 to 3.0 µF
500
200 or 500
350
200
200
200
up to 300
100
N/A
up to 200
up to 300
80
N/A
up to 450
10
10
10
10
10
10
10
10
10
10
15
15
10
15
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
330 to 22000 pF
330 to 22000 pF
330 to 22000 pF
1000 to 22000 pF
70000 pF
10000 to 100000 pF
0.12 µF
0.2 µF
0.21 µF
0.25 µF
0.45 µF
0.6 µF
0.7 µF
0.75 µF
1.2µF
1.2µF
1.2µF
200
200
200
200
600
100
300
200
450
300
200
150
100
100
80
N/A
80
10
10
10
10
up to 10
10
up to 10
up to 10
1
up to 10
up to 5
up to 10
up to 15
up to 10
15
10
up to 15
Comments
Multiway
Microslim
Transient Protection
Multiway
Microslim
Generic
Part Number
Mounting
Details
See
Page(s)
FLT-/C/TCT
FLT-/C/MLT/C/DLT4/C/-/XH
DLT4/C/DCT
DLT-/DLT/-/TVS
DCT
DCT
DLT2/C/DLT2/-/TVS
DCT
Miniature Threaded
Miniature Threaded
Miniature Threaded
Panel Mounted
Miniature Threaded
Miniature Threaded
Miniature Threaded
Miniature Threaded
Miniature Threaded
Panel Mounted
Miniature Threaded
Panel Mounted
Panel Mounted
Panel Mounted
page 31
page 20
page 31
page 51
page 29
page 28
page 23
page 26
page 27
page 36
page 23
page 34
page 35
page 36
MLT/L/DLT4/L/-/XH
DLT4/L/DLT
DUT or DLT
DLT
DUT or DLT
DUT or DLT
DUT or DLT
DUT or DLT
DUT or DLT
DUT or DLT
DUT or DLT
DUT or DLT
DLT2/L/DLT2/-/TVS
DLT
Panel Mounted
Miniature Threaded
Miniature Threaded
Miniature Threaded
Panel Mounted
Miniature Threaded
Panel Mounted
Panel Mounted
Panel Mounted
Panel Mounted
Panel Mounted
Panel Mounted
Panel Mounted
Panel Mounted
Panel Mounted
Panel Mounted
Panel Mounted
page 51
page 29
page 28
page 42
page 38
page 42
page 38
page 38
page 38
page 38
page 38
page 38
page 38
page 38
page 34
page 35
page 42
EMI Filter Catalog
Rev. 00 May 98
Circuit
Configuration
Selection Guide
8
Panel Mounted Filters
© Copyright 1998
Oxley Inc,
Voltage Rating
(V d.c.) @ 85°C
Current Rating
(Amps)
9
Generic
Part Number
Mounting
Details
See
Page(s)
L
L
L
1.4 µF
0.015 to 1.45 µF
3 µF
80 or 150
up to 300
80
up to 10
15
up to 10
DUT or DLT
DLT
DUTor DLT
Panel Mounted
Panel Mounted
Panel Mounted
page 38
page 43
page 38
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
Pi
500 pF
1500 pF
1500 pF
1500 pF
1500 pF
1500 pF
2000 pF
3000 pF
4000 pF
3000 or 4000 pF
680 & 5000 pF
5000 pF
5000 to 6000 pF
0.044 µF
0.014 µF
0.2 µF
0.21 µF
0.5 µF
0.66 µF
0.9 µF
1.4 µF
1.4 to 2.8 µF
2.8 µF
3 µF
350
200
350 or 500
2500
200
200
1000
30 or 1000
500
200
350
100
300
300
600
200
450
300
150
200
100
150
80
80
15
15
10
25
10
10
25
25
10
10
10
10
10
up to 10
up to 10
up to 10
up to 10
up to 10
up to 10
up to 5
up to 10
up to 10
up to 10
up to 10
TPT
TPT
TPT
TPT
FLT3/P/FLT8/TPT
TPT
TPT
TPT
FLT-/P/FLT8/TPT
DPT
DPT
DPT
DPT
DPT
DPT
DPT
DPT
DPT
DPT
DPT
Miniature Threaded
Miniature Threaded
Miniature Threaded
Miniature Threaded
Miniature Threaded
Miniature Threaded
Miniature Threaded
Miniature Threaded
Miniature Threaded
Miniature Threaded
Miniature Threaded
Miniature Threaded
Miniature Threaded
Panel Mounted
Panel Mounted
Panel Mounted
Panel Mounted
Panel Mounted
Panel Mounted
Panel Mounted
Panel Mounted
Panel Mounted
Panel Mounted
Panel Mounted
page 21
page 21
page 21
page 21
page 32
page 33
page 21
page 21
page 21
page 21
page 31
page 33
page 21
page 44
page 44
page 44
page 44
page 44
page 44
page 44
page 44
page 44
page 44
page 44
T
0.07 to 3 µF
up to 600
up to 10
DTT
Panel Mounted
page 47
Twin Pi
Twin T
0.21 to 4 µF
0.14 to 3 µF
up to 600
up to 600
1 or 5
1 or 4
DYT
DXT
Panel Mounted
Panel Mounted
page 49
page 49
Comments
MIL-F-15733
MIL-F-15733
See page 63 for Index of Part Numbers
Selection Guide
Capacitance
Range
EMI Filter Catalog
Rev. 00 May 98
Circuit
Configuration
Selection Guide
10
EMI Filter Catalog
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Solder Mounted Feedthrough
Capacitors TF, DF
EMI Filter Catalog
Filter Data Sheets
Solder Mounted Feedthrough Capacitors
TF, DF
Ordering Information
Circuit Diagram
As Part Number
Tangent of loss angle (Tan δ)
0.035 max.
Insulation Resistance
7.5 GW Min at Rated Voltage
Proof Test Voltage
3 × Rated Voltage
Finish
Tin
Case Dimensions
All dimensions in mm. Limits ± 0.2 unless otherwise stated.
Characteristics
Part Number
Cap.
(pF)
Tolerance
Current
Rating
(A)
Rated Voltage
V d.c.
-55°C to +85°C
10 MHz
100 MHz
1 GHz
10 GHz
TF500PP2420
500
- 0 + 100%
—
300
3
16
36
55
TF01N0Z2420
1000
- 20 + 80%
—
300
6
23
43
60
TF01N0Z2415
1000
- 20 + 80%
15
300
6
23
43
60
TF01N0P2404
1000
- 0 + 100%
10
500
6
23
43
60
TF01N0Z2404
1000
- 20 + 80%
10
500
6
23
43
60
TF500PE2404
500
± 25%
10
500
3
16
36
55
TF04N2M2404
4200
± 20%
10
500
12
35
50
60
TF01N0Z2500
1000
- 20 + 80%
10
500
3
16
36
55
TF01N5Z2500
1500
- 20 + 80%
10
500
9
28
48
60
TF03N0Z2500
3000
- 20 + 80%
10
500
12
32
53
60
TF01N0Z2501
1000
- 20 + 80%
10
500
3
16
36
55
TF01N5Z2501
1500
- 20 + 80%
10
500
9
28
48
60
TF03N0Z2501
3000
- 20 + 80%
10
500
12
32
53
60
DF01N0ZO100
1000
- 20 + 80%
15
500
3
16
36
55
DF01N0ZO101
1000
- 20 + 80%
15
500
3
16
36
55
Case Type
Note:
Type 2500
Type 2501
L = 3.2
L = 6.4
Typical Insertion Loss (dB)
Other values of capacitance are available on request.
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
11
Solder Mounted C and Pi
Circuit Filters SLT
EMI Filter Catalog
Solder Mounted C and Pi Circuit Filters
SLT
Circuit Diagram
Please state Part Number.
Materials
SLT1/C/-
Mounting eyelet: Brass, silver finish
Feedthrough terminations: Copper alloy, tin lead or silver finish.
Case Dimensions
All dimensions in mm (inches)
SLT/P/-
Voltage Rating
Type C
Type Pi
-55 to 85°C +125°C -55 to 85°C
400 V d.c.
–
200 V d.c.
+125°C
100 V d.c.
For Test Conditions see page 59
Mounting Hole
Minimum Pitch
SLT1/C/1000 3.4 mm (0.134”)
Type
4.8 mm (0.189”)
SLT/P/680
4 mm (0.157”)
5 mm (0.197”)
SLT/P/1500
4 mm (0.157”)
5 mm (0.197”)
SLT/P/5000
4 mm (0.157”)
5 mm (0.197”)
Characteristics
Part Number
SLT1/C/1000
12
Typical Insertion Loss (dB) (50 Ω system)
Cap. (pF)
(min.)
Current Rating
(A d.c. & 400
Hz a.c.)
1 MHz
1000
10
-
Color Code
10 MHz 100 MHz 1 GHz 10 Ghz
5
24
40
65
-
SLT/P/680
680
10
-
4
35
60
70
GREEN
SLT/P/1500
1500
10
1
12
50
75
75
BLUE
SLT/P/5000
5000
10
4
25
70
75
75
RED
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Solder Mounted
Pi Circuit Filters TPS
EMI Filter Catalog
Solder Mounted Pi Circuit Filters
e.g TPS014A
Blank - No special conditioning
Bu - Standard burn in
Bx - Burn in to Cust. req.
TPS
Rated Voltage at 85°C
Test Voltage
< 100 V d.c.
10 ± 1 V d.c.
≥ 100 to < 500 V d.c.
≥ 500
Circuit Diagram
I.R.
100 ± 15 V d.c. > 5GΩ
500 ± 50 V d.c.
0.04 max.
Finish
Tin
Environmental Classification 55/125/56
Case Dimensions
All dimensions in mm. Maximum unless otherwise stated.
Characteristics
Case Type
* TPS103 No Pin Head
* TPS114 No Pin Head
Rated Voltage
V d.c.
Part
Number
Min
Cap.
(pF)
85°C
125°C
Current
d.c.
(A)
10 MHz
100 MHz
1 GHz
10 GHz
TPS051A
1500
350
210
10
6
45
60
60
TPS051B
5000
200
120
10
15
65
70
70
TPS003A
1500
600
360
10
5
45
70
70
TPS103A
1500
600
360
10
5
45
70
70
TPS003B
4000
350
210
10
15
65
70
70
TPS103B
4000
350
210
10
15
65
70
70
TPS203E
5000
350
210
10
20
70
70
70
TPS014A
1750
350
210
10
5
50
60
60
TPS114A
1750
350
210
10
5
50
60
60
TPS014B
800
600
360
10
3
30
60
60
TPS114B
800
600
360
10
3
30
60
60
TPS014C
1750
350
210
10
5
35
50
50
TPS014D
800
600
360
10
3
23
50
50
TPS023A
3000
200
120
15
7
50
65
60
TPS023B
1500
350
210
15
5
25
60
60
TPS004A
3000
830
500
25
8
50
70
70
TPS104A
3000
830
500
25
8
50
70
70
TPS204A
3000
830
500
25
8
50
70
70
TPS004B
2000
1000
600
25
5
50
65
65
TPS104B
2000
1000
600
25
5
50
65
65
TPS204B
2000
1000
600
25
5
50
65
65
TPS017A
3000
350
210
10
8
55
65
65
Minimum No Load Insertion Loss (dB) at 25°C
* TPS104 - No Lead Forming
TPS204 - Lead Lengths †30 Min and ‡36.5 Min
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
13
Solder Mounted
Feedthrough Capacitors DCS
EMI Filter Catalog
Solder Mounted Feedthrough Capacitors
DCS
Circuit Diagram
e.g. DCS204N
Blank - Seal positioning
per outline drawing
Z - Seal positions rev
Capacitance, e.g.
100 pf = 100P
2700 pf = 02N7
Blank - Tin finish
G - Gold
Voltage Rating
DCS# _ _ _ —
-55°C to
+85°C
V d.c.
-55°C to
+125°C
V d.c.
2
70
60
—
4
100
87
62
5
150
130
90
7
300
260
185
Case Dimensions
#
All dimensions maximum unless otherwise stated, in mm.
-55°C to
+125°C
V a.c. 400 Hz
Case Diameter
DCS _ # # _ —
##
D1
D2
L1
L2
04
4.2
3.35
16 ± 1
6.6 ±0.5
21
6.5
5.6
11 ± 1
4.0 ± 0.5
* Available with Glass/Resin Seal Positions Reversed – See Ordering Information
Characteristics
Part Number
14
Rated Current Min. Cap. Min IR
(Amps)
(pF)
(GΩ)
Typical Insertion Loss (db) at Full Load Current
-55°C to +125°C
10 MHz
100 MHz
1 GHz
10 GHz
DCS204N-100P
10
100
5
-
3
20
28
DCS204N-500P
10
500
5
-
13
30
40
DCS204N-01N2
10
1200
5
3
20
37
45
DCS204N-02N7
10
2700
5
9
25
40
50
DCS204N-05N0
10
5000
5
14
30
45
55
DCS421N-22P0
10
22
5
-
-
6
23
DCS421N-47P0
10
47
5
-
-
11
28
DCS421N-100P
10
100
5
-
3
20
28
DCS421N-330P
10
330
5
-
12
30
48
DCS421N-470P
10
470
5
-
13
32
50
DCS421N-680P
10
680
5
-
16
34
50
DCS421N-01N0
10
1000
5
2
19
36
53
DCS421N-02N2
10
2200
5
8
26
42
58
DCS421N-03N3
10
3300
5
11
29
44
60
DCS421N-04N7
10
4700
5
13
32
44
60
DCS421N-06N8
10
6800
5
17
35
45
60
DCS421N-10N0
10
10000
5
20
39
46
60
DCS504N-100P
10
100
5
-
3
20
28
DCS504N-500P
10
500
5
-
13
35
50
DCS504N-01N2
10
1200
5
3
20
37
45
DCS504N-02N7
10
2700
5
9
25
40
50
DCS704N-100P
10
100
5
-
3
20
28
DCS704N-500P
10
500
5
-
13
30
40
DCS704N-01N2
10
1200
5
3
20
35
45
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Solder Mounted
C Circuit Filters dBZ, D
EMI Filter Catalog
Solder Mounted C Circuit Filters
dBZ, D
Circuit Diagram
dBZ/-/Ref 1, dBZ/- and
D/-
Materials
Cases: Brass, silver finish
Case Dimensions
Voltage Rating
dBZ/-/Ref 1
-40 to 85°C
+100°C
dBZ/100000/Ref 1
50 V d.c.
25 V d.c.
All others
100 V d.c.
50 Vd.c.
Linearly derate between 85°C and 100°C
D/-, dBZ/Mounting Hole Diameter 5.3 mm (0.209”)
Minimum Pitch
dBZ/-
dBZ/-/Ref 1
5.7-5.8 mm (0.224” - 0.228”)
5.4 mm (0.213”)
6.7 mm (0.264”)
D/-
Characteristics
Part Number
Cap. (pF)
Current Rating Typical Insertion Loss (dB) (50 Ω system)
(-20% +80%)
(A d.c.)
0.1 MHz 1 Mhz 10 MHz 100 MHz 1 GHz
Color Code
(hex end/thread end)
dBZ/22/Ref 1
22
10
-
-
-
3
15
BLACK
dBZ/47/Ref 1
47
10
-
-
-
5
20
YELLOW
dBZ/100/Ref 1
100
10
-
-
-
8
28
WHITE
dBZ/330/Ref 1
330
10
-
-
2
18
34
GREEN
dBZ/470/Ref 1
470
10
-
-
3
20
40
ORANGE
dBZ/680/Ref 1
680
10
-
-
4
22
40
GREY
dBZ/1000/Ref 1
1000
10
-
-
9
27
40
BROWN
dBZ/4700/Ref 1
4700
10
-
3
20
38
53
RED
dBZ/10000/Ref 1
10000
10
1
8
27
44
63
BLUE
dBZ/47000/Ref 1
47000
10
2
20
41
45
74
LIGHT BLUE
dBZ/100000/Ref 1
100000
10
4
25
45
57
75
LIGHT BROWN
The insertion loss and electrical details above also apply to types D/- and dBZ/-
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
15
Solder Mounted
C Circuit Filters dBZ2
EMI Filter Catalog
Solder Mounted C Circuit Filters
dBZ2
Circuit Diagram
Materials
Body: Mild steel, gold finish (dBZ2/C/-/H)
Brass, gold finish (dBZ2/C/-)
Feedthrough terminations: Iron/cobalt/nickel alloy gold finish (dBZ2/C/-/H)
Copper, gold finish (dBZ2/C/-)
Case Dimensions
Voltage Rating
-55 to 85°C
+125°C
200 V d.c.
100 Vd.c.
Current Rating
Mounting Hole Diameter
dBZ2/C/-/H
5 A d.c.
dBZ2/C/-
10 A d.c.
3.5 mm (0.138”)
Characteristics
Part Number
Hermetic Seal
16
Epoxy Seal
Cap. (pF)
(min.)
10 MHz
100 Mhz
1 GHz
10 GHz
Color Code
(top end)
dBZ2/C/10/H
dBZ2/C/10
10
-
-
7
25
PINK
dBZ2/C/500/H
dBZ2/C/500
500
3
20
40
55
ORANGE
dBZ2/C/1000/H
dBZ2/C/1000
1000
9
26
40
60
BROWN
dBZ2/C/2700/H
dBZ2/C/2700
2700
17
35
50
65
LIGHT GREEN
dBZ2/C/5000/H
dBZ2/C/5000
5000
20
38
53
65
RED
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Solder Mounted
Pi Circuit Filters dBZ4
EMI Filter Catalog
Solder Mounted Pi Circuit Filters
dBZ4
Circuit Diagram
Materials
Body: Brass, silver finish
Voltage Rating
Case Dimensions
-55 to 85°C
+125°C
200 V d.c.
100 Vd.c.
All Types
Mounting Hole 4 mm (0.157”)
Minimum Pitch 5 mm (0.197”)
Characteristics
Part Number
Cap. (pF)
Current Rating
(-20% +80%)
(A d.c.)
Color Code
0.1 MHz 1 Mhz 10 MHz 100 MHz 1 GHz 10 Ghz
Marking*
dBZ4/P/5000
5000
10
-
4
25
70
75
75
GREEN/WHITE
OXP 5n0
dBZ4/P/22000
22000
10
1
14
40
70
75
75
DARK BLUE/WHITE
OXP 22n
dBZ4/P/44000
4400
10
3
17
50
70
75
75
LIGHT BLUE/WHITE
OXP 44n
*Color Coding may be replaced by a marker.
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
17
Printed Circuit Mounted
Pi Filters SLT/-/PC2
EMI Filter Catalog
Printed Circuit Mounted Pi Filters
SLT/-/PC2
Circuit Diagram
Materials
Feedthrough terminations: Copper alloy, tin lead finish.
Earth tag: Brass, tin lead on area for user soldering, silver finish
on remainder.
Case Dimensions
Voltage Rating
Part Number
Mounting Hole
SLT/P/1500/PC2
0.9 mm (0.035”) [terminations]
1.2 mm (0.047”) [earth tag]
Bends in the terminations must be at a distance not less
than 2 mm (0.079”) from the ceramic body.
-55 to 85°C
+125°C
200 V d.c.
100 Vd.c.
Characteristics
18
Typical Insertion Loss (dB) 50 Ω system
Part Number
Min.
Cap. (pF)
Current Rating
(A d.c.)
2 MHz
10 MHz
50 MHz
100 MHz
500 MHz
SLT/P/1500/PC2
1500
10
3
22
40
60
60
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Surface Mounted Pi Filters
SLT/-/SM3
EMI Filter Catalog
Surface Mounted Pi Filters
SLT/-/SM3
Circuit Diagram
Materials
Terminations: Tin lead or silver.
Voltage Rating
Case Dimensions
-55 to 85°C
+125°C
200 V d.c.
100 Vd.c.
Recommended PCB Track Sizes
Dimensions in mm
xxx indicates solderable surface
* Tin/lead finish 3.7 mm ± 0.2 (Dipped Finish)
Characteristics
Part Number
Cap. (pF)
Current Rating
(-20% +80%)
(A d.c.)
Typical Insertion Loss (dB) (50 Ω system shielded housing)
1 MHz
10 MHz
100 MHz
1 GHz
10 GHz
SLT/P/1500/SM3
1500
10
2
16
53
65
65
SLT/P/22000/SM3
22000
10
12
48
65
65
65
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
19
Miniature Threaded
Feedthrough Capacitors TCT
EMI Filter Catalog
Miniature Threaded Feedthrough Capacitors
TCT
Circuit Diagram
e.g. TCT150A
Blank - Unified thread
M - Metric thread
Blank - Tin finish
G - Gold
S - Silver
Blank - Wavy washer and nut
T - Toothed washer and nut
N - No hardware
0.04 max.
Proof Test Voltage
2 × Rated Voltage
Rated Voltage at 85°C
(V d.c.)
Test Voltage
(V d.c.)
> 100 to < 500.
100 ± 15
≥ 500
500 ± 50
I.R.
> 5GΩ
Recommended mounting styles - A & B (see
page 54).
Maximum panel thickness 3.8 mm.
Case Dimensions
All dimensions in mm. Limits unless otherwise stated:
One decimal place ± 0.2; two decimal places ± 0.05
Characteristics
Case Type
Rated Voltage V d.c.
Current
d.c. (A)
Minimum No Load
Insertion Loss (dB)
Part
Number
Cap. (pF)
- 20% + 80%
85°C
125°C
TCT101A
1500
500
300
10
5
20
40
40
TCT101B
1500
500
300
—
—
—
—
—
10 MHz 100 MHz 1 GHz 10 GHz
TCT150A
1500
200
100
10
5
20
40
40
TCT152G
100
200
100
10
—
7
20
20
TCT152E
500
200
100
10
2
15
28
28
TCT152C
1000
200
100
10
4
18
35
35
TCT152K
4000
200
100
10
10
30
40
40
TCT152I
5000
200
100
10
12
30
40
40
TCT150B
1500
200
100
—
—
—
—
—
TCT152H
100
200
100
—
—
—
—
—
TCT152F
500
200
100
—
—
—
—
—
TCT152D
1000
200
100
—
—
—
—
—
TCT152L
4000
200
100
—
—
—
—
—
TCT152J
5000
200
100
—
—
—
—
—
Other values of capacitance are available on request.
20
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Miniature Threaded
Pi Circuit Filters TPT
EMI Filter Catalog
Miniature Threaded Pi Circuit Filters
TPT
Circuit Diagram
e.g. TPT270A
Blank - Unified thread
M - Metric thread
Blank - Tin finish
G - Gold
S - Silver
Blank - Wavy washer and nut
T - Toothed washer and nut
N - No hardware
Rated Voltage
at 85°C
(V d.c.)
Test Voltage
(V d.c.)
< 100
10 ± 1
≥ 100 to < 500
100 ± 15
≥ 500
500 ± 50
I.R.
> 5GΩ
0.04 max.
Case Dimensions
All dimensions in mm. Limits unless otherwise stated:
One decimal place ± 0.2; two decimal places ± 0.05.
Plain wire only of minimum stated length on longer lead variants.
For plain wire (no head or forming) on short lead length style,
replace first digit 0 by 5, e.g. TPT089A — TPT589A.
Part No.
Mounting Style
Max. panel
thickness (mm)
2.2
TPT_89_
A or B
TPT_50A & D
A or B
3.8
TPT_50B & C
A only
N/A
TPT_70_
A or B
3.8
TPT_01_
A or B
3.8
TPT080_
A or A
4.8
TPT_02_
A or B
4.8
TPT_21_
A or B
3.8
TPT114C
A only
N/A
Characteristics
Part
Number
Min
Cap.
(pF)
TPT089A
Rated Voltage
(V d.c.)
85°C
125°C
Current
d.c.
(A)
10 MHz
100 MHz
1 GHz
10 GHz
1500
350
210
10
5
40
60
60
TPT189A
1500
350
210
10
5
40
60
60
TPT089B
3000
200
120
10
8
50
70
70
TPT189B
3000
200
120
10
8
50
70
70
TPT050A
1500
350
210
10
5
45
65
60
TPT150A
1500
350
210
10
5
45
65
60
TPT050D
4000
200
120
10
10
50
65
70
TPT150D
4000
200
120
10
10
50
65
70
TPT050B
1500
200
120
15
5
40
60
60
TPT150B
1500
200
120
15
5
40
60
60
TPT250B
1500
200
120
15
5
40
60
60
TPT350B
1500
200
120
15
5
40
60
60
250 350
TPT050C
500
350
210
15
—
15
55
60
L1
4.1 10.5 27.0 7.5
TPT150C
500
350
210
15
—
15
55
60
L2
6.0 11.5 29.0 8.5
TPT250C
500
350
210
15
—
15
55
60
TPT350C
500
350
210
15
—
15
55
60
Case Type
Minimum No Load Insertion Loss (dB)
± 0.75 089 090
L1
7.4
29
L2
24.1
31
± 0.75 050 150
L1
7.9
28
L2
22.6
32
± 0.4 050 150
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
21
Miniature Threaded
Pi Circuit Filters TPT
Case Type
* INCREASED 0.7
FOR M6 THREADS
± 0.75 070 270
L1
8.7
30
L2
23.4
34
± 0.75 001 101
L1
9.1
11.5
L2
30
33
Part no.
12-28 UNF 2A
B&C
12-32 UNEF 2A
Part no.
5/16-24 UNF 2A
± 0.75 002 102*
L1
14.3
32
L2
19.0 37
* No lead forming
± 0.75 021 121
L1
Min
Cap.
(pF)
TPT070A
TPT070C
Rated Voltage
(V d.c.)
Current Minimum No Load Insertion Loss (dB)
d.c.
(A)
10 MHz 100 MHz 1 GHz 10 GHz
85°C
125°C
1500
500
300
10
5
45
70
70
1500
500
300
10
5
45
70
70
TPT270A
1500
500
300
10
5
45
70
70
TPT270C
1500
500
300
10
5
45
70
70
TPT075A
1500
350
200
10
5
45
70
70
TPT070B
5000
300
180
10
20
65
70
70
TPT070D
5000
300
180
10
20
65
70
70
TPT270B
5000
300
180
10
20
65
70
70
TPT270D
5000
300
180
10
20
65
70
70
TPT070EM
680
350
200
10
—
—
45
45
TPT001A
1500
500
300
10
5
45
70
70
TPT001B
1500
500
300
10
5
45
70
70
TPT101A
1500
500
300
10
5
45
70
70
TPT101B
1500
500
300
10
5
45
70
70
TPT001C
5500
300
180
10
20
68
70
70
TPT101C
5500
300
180
10
20
68
70
70
TPT080A
1500
2500
—
25
5
50
50
50
TPT080B
3000
1000
—
25
8
60
65
65
TPT002A
2000
1000
600
25
5
50
65
65
TPT102A
2000
1000
600
25
5
50
65
65
TPT002B
3000
830
500
25
8
55
70
70
TPT002C
3000
830
500
25
8
55
70
70
TPT102B
3000
830
500
25
8
55
70
70
TPT102C
3000
830
500
25
8
55
70
70
TPT002D
4000
830
500
25
15
55
70
70
TPT102D
4000
830
500
25
15
55
70
70
TPT021A
4000
500
300
10
15
65
70
70
TPT121A
4000
500
300
10
15
65
70
70
TPT021B
6000
300
180
10
20
68
70
70
TPT121B
6000
300
180
10
20
68
70
70
TPT114C
1750
350
210
10
5
35
50
50
M6 × 0.75
Thread
5/16-32 UNEF 2A
B&D
Part
Number
Thread
A
A &C
EMI Filter Catalog
11.1
33
17.5 36*
L2
* Not formed
Thread
M8 × 1.0
D
12-32 UNEF 2A 6.35
M6 × 0.75
22
7.00
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Miniature Threaded
Coaxial Capacitors DCT
EMI Filter Catalog
Miniature Threaded Coaxial Capacitors
DCT
Circuit Diagram
Voltage Rating
e.g. DCT 105N
DCT# _ _ _ —
Capacitance, e.g.
100 pf = 100P
2700 pf = 02N7
Blank - Tin finish
S - Silver *
Case Dimensions
#
-55°C to -55°C to
-55°C to
+85°C
+125°C
+125°C
V d.c.
V d.c. V a.c. 400 Hz
1
50
43
2
70
60
—
—
4
100
87
62
41
125
105
—
42
140
120
—
5
150
130
90
51
175
150
—
7
300
260
185
DCT _ # # _ —
##
L1
05
7.8
L2
L3 L4
L5
A/F
D
10.1 3.5 5.8 1.25 4.05 0.8
06 12.5
15
Mounting Max. Panel
Style
Thickness
Thread
4-40 UNC 2A
A or B
2.0
M3 × 0.5
A or B
2.0
3.0 5.8 1.25 4.05 0.8
08
8.3
12.6 3.5 7.0 1.25
5.0
0.8
A or B
3.0
09
9.2
23.9 5.0 8.0
1.5
5.0
0.8 12-32 UNEF 2A
8-32 UNC 2A
A or B
3.0
22
9.8
12.3 5.0 7.4
1.5
8.17 1.0 12-32 UNEF 2A
A or B
3.0
Characteristics
Typical Insertion Loss (db) at Full Load Current -55°C to +125°C
Part Number
Rated Current
(Amps)
Min. Cap.
(nF)
Min IR
(GΩ)
50 kHz
100 kHz
300 kHz
1 MHz
10 MHz
100 MHz
1 GHz
DCT105N-45N0
10
45.0
5
-
-
-
-
30
45
55
60
DCT108N-50N0
15
50
5
-
-
6
15
32
45
60
60
DCT109N-50N0
15
50
5
-
-
6
15
32
45
60
60
DCT122P-01U0
15
1000
0.2
15
21
31
40
52
70
70
70
DCT205N-100P
10
0.1
10
-
-
-
-
-
2
17
28
10 GHz
DCT205N-500P
10
0.5
10
-
-
-
-
-
13
30
40
DCT205N-01N2
10
1.2
10
-
-
-
-
3
20
37
45
DCT205N-02N7
10
2.7
10
-
-
-
-
9
25
40
50
DCT205N-05N0
10
5.0
10
-
-
-
-
14
30
45
55
DCT208N-120N
10
120
1
-
-
12
21
40
55
55
55
DCT209N-120N
10
120
1
-
-
12
21
40
55
55
55
DCT222P-750N
15
750
0.3
12
18
27
37
51
61
65
65
DCT405N-15N0
10
15.0
5
-
-
-
-
20
35
50
60
DCT408N-80N0
10
80
2
-
-
7
19
37
51
55
55
DCT409N-80N0
10
80
2
-
-
7
19
37
51
55
55
DCT4122P-300N
15
300
1
5
10
20
30
45
55
60
60
DCT505N-100P
10
0.1
5
-
-
-
-
-
2
17
28
DCT505N-500P
10
0.5
5
-
-
-
-
-
13
30
40
DCT505N-01N2
10
1.2
5
-
-
-
-
3
20
37
45
DCT505N-02N7
10
2.7
5
-
-
-
-
9
25
40
50
DCT5122P-100N
15
100
2
-
-
7
19
37
57
55
55
DCT705N-100P
10
0.1
5
-
-
-
-
-
2
17
28
DCT705N-500P
10
0.5
5
-
-
-
-
-
13
30
40
DCT705N-01N2
10
1.2
5
-
-
-
-
3
20
35
45
Note: All units in the 05 case are also available in case size 06
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
23
Miniature Threaded
EMI Filter Catalog
Miniature Threaded Coaxial Capacitors
DCT
Circuit Diagram
e.g. DCT418N
Capacitance, e.g.
100 pf = 100P
2700 pf = 02N7
Blank - Plain wire
P - Headed wire
Blank - Tin finish
S - Silver
Case Dimensions
Voltage Rating
DCT# _ _ _ —
#
-55°C to
+85°C
V d.c.
-55°C to
+125°C
V d.c.
-55°C to
+125°C
V a.c. 400 Hz
4
100
87
62
6
200
175
125
DCT _ # # _ —
##
Plain Headed Plain Headed
Wire L1 Wire L1 Wire L2 Wire L2
L3
L4
L5
A/F
D
Thread
Mounting Max Panel
Style
Thickness
07
7 Min
9
23 Min
25
3.2 5.9 1.25 4.05 0.7 6-32 UNC 2A
A or B
2.0
18
32 Min
13.4
34 Min
19.8
5.0 6.5
0
6.4
0.9
M5 × 0.8
A or B
2.5
19
32 Min
13.4
34 Min
19.8
5.0 6.5
0
6.4
0.9
2BA
55
7
—
10
—
3.5 5.8 1.25 4.05 0.6 4-40 UNC 2A
A or B
2.5
A or B
1.5
This range is also available as L-style filters
by the inclusion of inductance within the
thread area. To order, amend code from DCT
to DLT
Characteristics
Part Number
24
Rated Current Min. Cap. Min IR Typical Insertion Loss (db) at Full Load Current -55°C to +125°C
(Amps)
(nF)
(GΩ)
10 MHz
100 MHz
1 GHz
10 GHz
DCT418N-22P0
10
0.022
10
-
1
13
33
DTC419N-22P0
10
0.022
10
-
1
13
33
DCT418N-47P0
10
0.047
10
-
2
17
35
DCT419N-47P0
10
0.047
10
-
2
17
35
DCT418N-100P
10
0.1
10
-
4
19
37
DCT419N-100P
10
0.1
10
-
4
19
37
DCT418N-330P
10
0.33
10
-
11
32
47
DCT419N-330P
10
0.33
10
-
11
32
47
DCT418N-470P
10
0.47
10
1
14
36
50
DCT419N-470P
10
0.47
10
1
14
36
50
DCT418N-680P
10
0.68
10
2
17
38
54
DCT419N-680P
10
0.68
10
2
17
38
54
DCT418N-01N0
10
1.0
10
4
20
39
60
DCT419N-01N0
10
1.0
10
4
20
39
60
DCT418N-04N7
10
4.7
5
15
33
45
62
DCT419N-04N7
10
4.7
5
15
33
45
62
DCT418N-10N0
10
10.0
5
21
40
48
62
DCT419N-10N0
10
10.0
5
21
40
48
62
DCT418N-22N0
10
22.0
5
28
47
55
65
DCT419N-22N0
10
22.0
5
28
47
55
65
DCT418N-47N0
10
47.0
5
34
53
62
65
DCT419N-47N0
10
47.0
5
34
53
62
65
DCT418N-100N
10
100.0
5
41
60
65
65
DCT419N-100N
10
100.0
5
41
60
65
65
DCT407N-27N0
10
27.0
2.5
30
45
60
65
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Miniature Threaded
EMI Filter Catalog
Part Number
Rated Current Min. Cap. Min IR Typical Insertion Loss (db) at Full Load Current -55°C to +125°C
(Amps)
(nF)
(GΩ)
10 MHz
100 MHz
1 GHz
10 GHz
DCT407N-50N0
10
50.0
2.5
34
53
62
65
DCT607N-330P
10
0.33
5
-
11
32
47
DCT607N-680P
10
0.68
5
2
17
38
54
DCT607N-01N0
10
1.0
5
4
20
39
60
DCT607N-04N7
10
4.7
5
15
33
45
62
DCT607N-10N0
10
10.0
5
21
40
48
62
Note: All units in the 07 case are also available in case size 55
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
25
Miniature Threaded C
Circuit Filters DLT
EMI Filter Catalog
Miniature Threaded C Circuit Filters
DLT
Circuit Diagram
All types except DLT/- supplied with crinkle washer as standard.
Materials
Cases and nut: Brass, tin finish
Case Dimensions
Voltage Rating
-40 to 85°C
+100°C
DLT/100000
50 V d.c.
25 V d.c.
All others
100 V d.c.
50 Vd.c.
Thread
DLT/-, DLT/-/Ref 1
DLTM/-, DLTM/-/Ref 1
2 BA
M5 × 0.8
Mounting Hole
5.1 mm (0.201”)
Mounting Torque
0.35 Nm
Chassis Thickness
1.2 - 1.6 mm (0.047 - 0.063”)
Minimum Pitch
(with nut)
8 mm (0.315”)
Minimum Pitch
(without nut)
8 mm (0.315”)
Characteristics
Part Number
Cap. (pF)
(-20% +80%)
(A d.c.)
0.1 MHz 1 Mhz 10 MHz 100 MHz 1 GHz
Color Code
DLT/22
22
10
-
-
-
3
15
BLACK/WHITE
DLT/47
47
10
-
-
-
5
20
YELLOW/WHITE
DLT/100
100
10
-
-
-
8
28
WHITE/WHITE
DLT/330
330
10
-
-
2
18
34
GREEN/WHITE
DLT/470
470
10
-
-
3
20
40
ORANGE/WHITE
DLT/680
680
10
-
-
4
22
40
GREY/WHITE
DLT/1000
1000
10
-
-
9
27
40
BROWN/WHITE
DLT/4700
4700
10
-
3
20
38
53
RED/WHITE
DLT/10000
10000
10
1
8
27
44
63
BLUE/WHITE
DLT/47000
47000
10
4
20
41
45
74
LIGHT BLUE/WHITE
DLT/100000
100000
10
2
25
45
57
75
LIGHT BROWN/WHITE
These Characteristics also apply to DLT/-/Ref 1, DLTM/- and DLTM/-/Ref 1
26
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Miniature Threaded
TVS Circuit Filters DLT/-/TVS
EMI Filter Catalog
Miniature Threaded TVS Circuit Filters
DLT/-/TVS
Please state Part Number and quantity. Remember to include the
working voltage in the Part Number.
Supplied without nut as standard.
Materials
Body: Brass, tin finish
Case Dimensions
Mounting Details
Thread
2 BA
Chassis Thickness (max.)
1.2 - 1.6 mm (0.047 - 0.063”)
Minimum Pitch
8 mm (0.315”)
Mounting Torque
0.35 Nm
Transient Voltage Performance
Test
Conditions
Parameter
-/5/TVS
-/14/TVS
-/18/TVS
Unit
14
18
Volt (max.)
Working Voltage (d.c.)
VWM
<50µA
5.6
Breakdown Voltage
VB
1 mA d.c.
7.1 - 8.7
Clamping Voltage
VC
10 A 8/20 µs
15.5
30
40
15.9 - 19.4 22.5 - 27.5
Volt (max.)
Volt (max.)
Peak Current
Ipeak
8/20 µs
120
120
100
Amp (max.)
Transient Energy
Etran
10/1000 µs
0.3
0.3
0.3
Joule (max.)
VWM
-
Maximum steady-state d.c. operating voltage the device can maintain and not exceed 50 µA leakage current.
VB
-
Voltage across the device measured at 1 mA d.c. current.
VC
-
Maximum peak voltage across the device measured at a specified pulse current and waveform.
Ipeak
-
Maximum peak current which may be applied with the specified waveform without device failure.
Etran
-
Maximum energy which may be dissipated with the specified waveform without device failure.
Characteristics
Part Number
Nominal
capacitance
(pF)
Current Rating
(A d.c. 400 Hz) 0.1 MHz 1 Mhz 10 MHz 100 MHz 1 GHz
Color Code2
DLT/4700/-1/TVS
4700
10
-
3
20
38
53
RED/WHITE
DLT/10000/-/TVS
10000
10
1
8
27
44
63
BLUE/WHITE
DLT/47000/-/TVS
47000
10
4
20
41
45
74
LIGHT BLUE/WHITE
DLT/100000/-/TVS
100000
10
2
25
45
57
75
LIGHT BROWN/WHITE
1
Insert nominal working voltage in V (5, 14 or 18).
2
Value coding may replace color code.
Marking: In addition to color code, a transient protected device is indicated by a black or
white dot on the color coding to distinguish it from the standard DLT/- range.
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
27
Miniature Threaded
L and C Circuit Filters DLT4
EMI Filter Catalog
Miniature Threaded L and C Circuit Filters
DLT4
Circuit Diagram
Supplied with nut as standard.
DLT4/C/-
Materials
Cases and nut: Brass, silver finish
DLT4/L/-
Case Dimensions
THD END
Voltage Rating
-55°C to +85°C.
+125°C
200 V d.c.
100 V d.c.
Thread
6-32 UNC (2A)
Minimum Component
Pitch (with nut)
6 mm (0.236”)
Minimum Component
Pitch (without nut)
5 mm (0.197”)
Mounting Torque
0.3 Nm
Characteristics
Part Number
28
Cap. (pF)
Color Code
(-20% +80%)
(A d.c.)
1 MHz 10 MHz 100 MHz 1 GHz 10 GHz (hex end/thread end)
DLT4/C/330
330
10
—
2
18
35
60
DLT4/C/680
680
10
1
4
22
35
70
Green/White
Grey/White
DLT4/C/1000
1000
10
1
9
26
40
70
Brown/White
DLT4/C/4700
4700
10
3
20
36
50
70
Red/White
DLT4/C/10000
10000
10
8
27
44
63
70
Black/White
DLT4/C/22000
22000
10
12
30
50
68
70
Blue/White
DLT4/L/330
330
10
—
2
20
38
60
Green/Red
DLT4/L/680
680
10
1
4
24
38
70
Grey/Red
DLT4/L/1000
1000
10
1
9
28
43
70
Brown/Red
DLT4/L/4700
4700
10
3
21
38
56
70
Red/Red
DLT4/L/10000
10000
10
8
28
48
70
70
Black/Red
DLT4/L/22000
22000
10
12
31
54
70
70
Blue/Red
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Microslim L and C
Circuit Filters DLT4/-/XH
EMI Filter Catalog
Microslim L and C Circuit Filters
DLT4/-/XH
Circuit Diagram
Please state Part Number and quantity.
DLT4/C/-/XH
Materials
Case Dimensions
DLT4/L/-/XH
THD END
Voltage Rating
-55°C to +85°C.
+125°C
200 V d.c.
100 V d.c.
Mounting Details
Thread
6-32 UNC
Mounting Hole
3.7 mm (0.146”)
Max. Chassis Thickness
3.2 mm (0.126”)
Minimum Pitch
(with and without nut)
4.8 mm (0.189”)
Mounting Torque
0.3 Nm
Assembly tool part number is ATXH/01
Characteristics
Part Number
Cap. (pF)
Marking
(-20% +80%)
(A d.c.)
1 MHz 10 MHz 100 MHz 1 GHz 10 GHz
DLT4/C/330/XH
330
10
—
2
18
35
60
OXC n33
DLT4/C/680/XH
680
10
1
4
22
35
70
OXC n68
DLT4/C/1000/XH
1000
10
1
9
26
40
70
OXC 1n0
DLT4/C/4700/XH
4700
10
3
20
36
50
70
OXC 4n7
DLT4/C/10000/XH
10000
10
8
27
44
63
70
OXC 10n
DLT4/C/22000/XH
22000
10
12
30
50
68
70
OXC 22n
DLT4/L/330/XH
330
10
—
2
20
38
60
OXL n33
DLT4/L/680/XH
680
10
1
4
24
38
70
OXL n68
DLT4/L/1000/XH
1000
10
1
9
28
43
70
OXL 1n0
DLT4/L/4700/XH
4700
10
3
21
38
56
70
OXL 4n7
DLT4/L/10000/XH
10000
10
8
28
48
70
70
OXL 10n
DLT4/L/22000/XH
22000
10
12
31
54
70
70
OXL 22n
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
29
L Circuit Filters DLT
EMI Filter Catalog
L Circuit Filters
DLT
Circuit Diagrams
e.g. DLT418N—
Blank - Plain wire
P - Headed wire
Eg
Capacitance
100 pf = 100P
2700 pf = 02N7
THD
END
Blank - Tin finish
S - Silver
Voltage Rating
DLT# _ _ _ —
-55°C to
+85°C
V d.c.
-55°C to
+125°C
V d.c.
-55°C to
+125°C
V a.c. 400 Hz
Case Dimensions
#
4
80
50
62
6
200
175
125
DLT _ # # _ —
##
Plain
Wire
L1
Headed
Wire
L1
Plain
Wire
L2
Headed
Wire
L2
L3
L4
A/F
D
Thread
07
9
9
27
27
3.2
5.9
4
0.7
6-32 UNC 2A
18
32 Min
13.4
34 Min
19.8
5
6.5
6.4
0.9
M5 x 0.8
19
32 Min
13.4
34 Min
19.8
5
6.5
6.4
0.9
2BA
Characteristics
30
Typical Insertion Loss (db) at Full Load
Current -55°C to +125°C per BS 6299
10 MHz
100 MHz
1 GHz
10 GHz
BS Detail
Specs.
BS 9121-F
5
21
40
48
62
0010
5
21
40
48
62
0010
47
5
34
53
62
65
0010
10
47
5
34
53
62
65
0010
DLT418N-100N
10
100
5
41
60
65
65
0010
DLT419N-100N
10
100
5
41
60
65
65
0010
DLT607N-330P
10
0.33
5
11
32
47
0010
DLT607N-680P
10
0.68
5
2
17
38
54
0010
DLT607N-01N0
10
1
5
4
20
39
60
0010
DLT607N-04N7
10
4.7
5
15
33
45
62
0010
DLT607N-10N0
10
10
5
21
40
48
62
0010
DLT607N-22N0
10
22
5
28
47
55
65
0010
Part Number
Rated Current
(Amps)
Min. Cap.
(νF)
Min IR
(GΩ)
DLT418N-10N0
10
10
DLT419N-10N0
10
10
DLT418N-47N0
10
DLT419N-47N0
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Miniature Threaded
C and Pi Circuit Filters FLT
EMI Filter Catalog
Miniature Threaded C and Pi Circuit Filters
FLT
Circuit Diagram
Nuts and washers supplied as standard.
FLTM/C/-
Materials
Body and Nut: Brass, silver finish
Washer: Tin plated, beryllium-copper alloy
Terminations: Copper alloy, tin lead or silver finish
FLT/P/-, FLTM/P/Case Dimensions
Voltage Rating
Type
FLTM/-
FLT/-
Thread
M5 x 0.8
12-32 UNEF
Mounting Hole Diameter
5.1 mm (0.201”)
5.62 mm (0.221”)
3.1 mm (0.122”)
3.1 mm (0.122”)
Minimum Pitch
(with nut)
7.05 mm (0.277”)
7.45 mm (0.293”)
Minimum Pitch
(without nut)
6.5 mm (0.256”)
6.5 mm (0.256”)
Nut A/F
6 mm (0.236”)
6.35 mm (0.25”)
Mounting Torque
0.35 Nm
0.35 Nm
Type
-55 to 85°C
(V d.c.)
+125°C
(V d.c.)
FLTM/C/
47, 470 & 1000
500
100.
FLTM/C/
4700 & 8200
350
100
FLTM/P/-
350
200
Characteristics
Part Number
Cap. (pF)
(-20% +80%)
Current Rating
(A d.c. &
400 Hz a.c.)
1 MHz
10 Mhz
100 MHz
1 GHz
Color Code
FLTM/C/47
47
10
-
-
6
23
YELLOW/YELLOW
FLTM/C/470
470
10
-
3
18
30
ORANGE/ORANGE
FLTM/C/1000
1000
10
-
7
26
32
BROWN/BROWN
FLTM/C/4700
4700
10
1
17
34
42
RED/RED
FLTM/C/8200
8200
10
6
23
40
50
DARK BLUE/DARK BLUE
(min.)
FLTM/P/680
680
10
-
4
35
70
GREY/WHITE
FLT/P/680
680
10
-
4
35
70
GREY/WHITE
FLTM/P/1500
1500
10
1
12
50
75
RED/WHITE
FLT/P/1500
1500
10
1
12
50
75
RED/WHITE
FLTM/P/5000
5000
10
4
25
70
75
GREEN/WHITE
FLT/P/5000
5000
10
4
25
70
75
GREEN/WHITE
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
31
Miniature Threaded
Pi Circuit Filters FLT3
EMI Filter Catalog
FLT3
Circuit Diagram
Materials
Body: Brass, silver finish
Case Dimensions
Voltage Rating
-55 to 85°C
+125°C
200 V d.c.
100 V d.c.
Thread
8-32 UNC
Mounting Hole
4.2 mm (0.165”)
Nut A/F
6.35 mm (0.25”)
Mounting Torque
0.3 Nm
Characteristics
Part Number
FLT3/P/1500/Ref 5
32
Capacitance Current Rating
(pF)
(A d.c.)
1500 min.
4000 max.
10
10 MHz
100 MHz
1 GHz
10 GHz
12
50
65
70
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Miniature Threaded
Pi Circuit Filters FLT8
EMI Filter Catalog
FLT8
Circuit Diagram
Please state Qualified Products List designation.
Materials
Body and nut: Brass, silver finish.
Washer: Steel, silver finish.
Case Dimensions
All Types
Thread
12-32 UNEF
Mounting Hole
5.62 mm (0.221”)
3.1 mm (0.122”)
Minimum Pitch
(with nut)
9.8 mm (0.386”)
Minimum Pitch
(without nut)
6.4 mm (0.252”)
Nut A/F (max.)
5.97 - 6.73 mm (0.235” - 0.265”)
Mounting Torque
0.35 Nm
Characteristics
QPL* Designation
Part Number
Capacitance
(pF) (min.)
Current Rating
(A d.c. & 400
Hz a.c.)
M15733/61-0005 (FL32)
FLT8/P/1500
1500
M15733/61-0006 (FL32) FLT8/P/1500/RP
M15733/61-0007 (FL32)
M15733/61-0010 (FL43)
Minimum Insertion Loss (dB) at 25°C (50 Ω system)
Voltage Rating
V d.c.
Vrms
50 MHz
100 Mhz
200 MHz
500 MHz
1 GHz
10 Ghz
10
200
140
32
45
58
70
70
70
1500
10
200
140
32
45
58
70
70
70
FLT8/P/5000
5000
10
100
70
50
65
70
70
70
70
FLT8/P/5000
5000
10
100
70
50
65
70
70
70
70
5000
10
100
70
50
65
70
70
70
70
M15733/61-0011 (FL43) FLT8/P/5000/RP
Minimum Insertion Loss (dB) at -55°C and 125°C (50 Ω system)
M15733/61-0005 (FL32)
FLT8/P/1500
1500
10
200
140
16
30
48
70
70
70
M15733/61-0006 (FL32) FLT8/P/1500/RP
1500
10
200
140
16
30
48
70
70
70
M15733/61-0007 (FL32)
FLT8/P/5000
5000
10
100
70
16
30
48
70
70
70
M15733/61-0010 (FL43)
FLT8/P/5000
5000
10
100
70
16
30
48
70
70
70
5000
10
100
70
16
30
48
70
70
70
M15733/61-0011 (FL43) FLT8/P/5000/RP
* Qualified Products List (QPL) is maintained by the US Defense Electronics Supply Center (DESC-EQ)
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
33
Panel Mounted
L and C Circuit Filters DLT2
EMI Filter Catalog
Panel Mounted L and C Circuit Filters
DLT2
Circuit Diagram
Nut and washer supplied as standard.
DLT2/C/-
Materials
Washer: Silver plated, beryllium-copper alloy
DLT2/L/-
Case Dimensions
THD END
Voltage Rating
-55 to 85°C
+125°C
80 V d.c.
50 V d.c.
Mounting Details
Thread
M6 x 0.75 mm (0.029”)
2.25 mm (0.088”)
Minimum Pitch
(without nut/washer)
9.9 mm (0.389”)
TYPE
A
Nut A/F
8.2 mm (0.323”)
DLT2/-/1200n
9.25 mm (0.364”)
Mounting Torque
0.5 Nm
DLT2/-/1200n/LP
13.25 mm (0.522”)
B
C
8.25 mm (0.325”) 2.5 mm (0.098”)
13 mm (0.512”)
6 mm (0.236”)
Characteristics
Part Number
34
Cap. (pF)
(min.)
Current Rating
(A d.c.)
0.01 MHz 0.1 Mhz 1 MHz 10 MHz 100 MHz
1 GHz
10 GHz
Color Code
(top/threaded end)
DLT2/C/1200n
1.2
15
6
25
44
54
77
80
80
RED/WHITE
DLT/C/1200n/LP
1.2
15
6
25
44
54
77
80
80
RED/WHITE
DLT/L/1200n
1.2
15
9
28
47
58
85
90
90
RED/RED
DLT/L/1200n/LP
1.2
15
9
28
47
58
85
90
90
RED/RED
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Panel Mounted TVS L and C
Circuit Filters DLT2/-/TVS
EMI Filter Catalog
Panel Mounted TVS L and C Circuit Filters
DLT2/-/TVS
Case Dimensions
Please state Part Number
e.g. if 1,000 pieces required of a 5 V working device, ordering would
be 1,000 of DLT2/L/1200n/LP/5/TVS.
Remember to include the working voltage in the Part Number.
Materials
Body: Brass, silver finish.
Washer: Silver plated, beryllium-copper alloy.
Mounting Details
Thread
M6 x 0.75 mm (0.029”)
2.25 mm (0.088”)
Minimum Pitch
12 mm (0.472”)
Nut A/F
8.2 mm (0.323”)
Mounting Torque
0.5 Nm
Transient Voltage Performance
Parameter
Test Conditions 5 V d.c.
Working Voltage (d.c.) VWM
<50 µA
5.6
14 V d.c.
18 V d.c.
26 V d.c.
30 V d.c.
48 V d.c.
60 V d.c.
Unit
14
18
26
30
48
60
Volt (max.)
Volt (max.)
Breakdown Voltage
VB
1 mA d.c.
22.5 - 27
30.5 - 37.3
36 - 45
54.5 - 66.5
67 - 83
Clamping Voltage
VC
10 A 8/20 µs
15.5
30
40
58
65
100
120
Volt (max.)
Peak Current
Ipeak
8/20 µs
150
150
150
120
120
250
250
Amp (max.)
Transient Energy
Etran
10/1000 µs
0.4
0.4
0.4
0.4
0.4
1.2
1.5
Joule (max.)
7.1 - 8.7 15.9 - 19.4
VWM - Maximum steady-state d.c. operating voltage the device can maintain and not exceed 50 µA leakage current.
VB
- Voltage across the device measured at 1 mA d.c. current.
VC
- Maximum peak voltage across the device measured at a specified pulse current and waveform.
Ipeak - Maximum peak current which may be applied with the specified waveform without device failure.
Etran - Maximum energy which may be dissipated with the specified waveform without device failure.
Characteristics
Part Number
Min.
Current Rating
Capacitance
(A) for
(µF)
d.c. & 400 Hz a.c.
Insertion Loss (dB)
(50 Ω system) (min.)
100 Mhz - 1 GHz
Color Code1
(top end/thread end)
DLT2/L/1200n/LP/2-/TVS
1.2
10
65
RED/RED
DLT2/C/1200n/LP/-/TVS
1.2
10
65
RED/WHITE
1
Value coding may replace color code.
2
Insert nominal working voltage (e.g. 5 or 14).
Marking: In addition to color code, transient protected device indicated by a black or
white dot on color coding to distinguish from standard DLT2/- range.
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
35
Panel Mounted
Feedthrough Capacitors DCT
EMI Filter Catalog
Panel Mounted Feedthrough Capacitors
DCT
Circuit Diagrams
e.g. DCT728P
Blank - UNF thread
M - Metric thread
Bx - Burn in to cust. req.
Blank - Standard thread
M - Long thread
Blank - Wavy washer & nut
T - Toothed washer & nut
N - No hardware
Blank - Standard tag
P - Pin
Blank - Tin finish
G - Gold
S - Silver *
* Not available on case sizes 12 – 17
Voltage Rating
Environmental Classification 55/125/56 Hermetic
DCT# _ _ _ —
#
Case Dimensions
-55°C to
+85°C
V d.c.
-55°C to
+125°C
V d.c.
1
50
43
—
3
80
70
50
62
DCT _ # # _ —
Max Panel
Thickness
Mounting Standard Long
Tag L3 Pin L3
Style
Thread Thread
##
D1
L1
12
6.35
5.7
13
6.35
8.2
12.0
18.0
B or C
1.5
3.0
14
6.35
10.7
14.5
20.5
B or C
1.5
3.0
17
6.35
13.1
17.0
23.0
B or C
1.5
3.0
26
9.78
6.0
10.1
18.4
B or C
1.5
3.0
27
9.78
8.0
12.1
20.4
B or C
1.5
3.0
28
9.78
10.8
14.9
23.2
B or C
1.5
3.0
40 17.53
9.7
15.5
B or C
1.5
3.0
7.55
12.6
17.5
B or C
3.0
—
41 17.53 12.35
17.4
24.3
B or C
3.0
—
42 17.53 17.45
22.6
29.4
B or C
3.0
—
D1 Case Dia.
Thread
UNF 2A
6.35
8-32
9.78
¼”-28
17.53
5/
—
4
100
87
41
125
105
—
5
150
130
90
51
175
150
—
6
200
175
125
61
250
215
—
7
300
260
185
8
450
400
280
9
600
530
375
L2
F
Metric
Tag L4
—
8.64
M6×0.75 5.08 4.83 7.92
8.9
M8×1.0
14
16”-24
Pin L4
Std. Long Std. Long Std. Long
3.05 4.85
6.35
8.0
—
-55°C to
+125°C
V a.c. 400 Hz
—
15.0
—
Tag Hole Pin Dia
1.27
12.0 17.2 20.3 1.27×1.78
—
20
—
1.45×3.0
1.7
1.55
2.15
Note: Pin style versions of case sizes 12,13, 14 and 17 are available as resin
filled styles. All dimensions remain as for hermetic units except Pin Dia.
0.8 mm. Replace case numbers as follows: 12 = 50; 13 = 51; 17 = 53.
Characteristics
Part Number
Min. Insertion Loss (db) at Full Load Current -55°C to +125°C
Rated Current
(Amps)
Typical Weight
(g)
Min. Cap.
(µF)
Max Series R
(Ω)
Min IR
(MΩ)
30 kHz
100 kHz
150 kHz
300 kHz
1 MHz
10 MHz
DCT112N
10
1.5
0.15
0.004
1000
-
-
10
16
26
45
60
DCT113N
10
2.0
0.3
0.004
100
-
-
16
22
30
50
60
DCT114N
10
2.5
0.45
0.004
100
-
-
19
25
35
55
60
DCT117N
10
3.0
0.6
0.004
100
-
-
22
27
38
57
60
DCT4112N
10
1.5
0.039
0.004
1000
-
-
2
5
13
32
50
DCT4113N
10
2.0
0.079
0.004
500
-
-
6
10
20
40
60
DCT4114N
10
2.5
0.11
0.004
300
-
-
8
13
23
40
60
36
© Copyright 1998
Oxley Inc.
1 GHz
Rev. 00 May 98
Panel Mounted
Feedthrough Capacitors DCT
EMI Filter Catalog
Part Number
Rated Current
(Amps)
Typical Weight
(g)
Min. Cap.
(µF)
Max Series R
(Ω)
Min IR
(MΩ)
30 kHz
100 kHz
150 kHz
300 kHz
1 MHz
10 MHz
1 GHz
DCT4117N
10
3.0
0.16
0.004
200
-
-
11
17
27
47
60
DCT5112N
10
1.5
0.028
0.004
1000
-
-
1
3
12
30
50
DCT5113N
10
2.0
0.057
0.004
500
-
-
3
7
16
33
50
DCT5114N
10
2.5
0.12
0.004
250
-
-
9
14
24
44
60
DCT5117N
10
2.5
0.11
0.004
200
-
-
8
13
22
40
60
DCT6112N
10
1.5
0.017
0.004
1000
-
-
-
1
7
24
40
DCT6113N
10
2.0
0.034
0.004
500
-
-
1
3
12
30
50
DCT6114N
10
2.5
0.051
0.004
300
-
-
2
6
15
33
55
DCT6117N
10
3.0
0.068
0.004
200
-
-
5
10
20
40
60
DCT326P
15
5.0
1.2
0.005
100
14
24
28
34
44
54
70
DCT328P
15
7.0
4.0
0.005
50
23
33
36
42
52
63
70
DCT426P
15
5.0
0.7
0.005
500
10
20
23
28
38
52
65
DCT428P
15
7.0
1.4
0.005
250
14
24
28
34
44
58
65
DCT526P
15
5.0
0.3
0.005
1000
4
13
16
22
32
48
65
DCT527P
15
5.0
0.3
0.005
1000
-
13
16
22
32
48
65
DCT528P
15
7.0
0.9
0.005
250
12
22
25
31
41
58
65
DCT626P
15
5.0
0.1
0.005
1000
-
5
8
13
23
38
60
DCT628P
15
7.0
0.3
0.005
250
4
12
16
21
31
47
60
DCT726P
15
5.0
0.06
0.005
1000
-
2
4
8
18
33
50
DCT726P1
15
5.0
0.1
0.005
1000
-
3
6
11
21
35
55
DCT728P
15
7.0
0.12
0.005
500
-
6
9
14
24
39
50
DCT826P
15
5.0
0.02
0.005
1000
-
-
-
-
9
26
50
DCT828P
15
7.0
0.04
0.005
500
-
-
-
6
15
30
50
DCT926P
15
5.0
0.01
0.005
1000
-
-
-
-
5
19
40
DCT926P1
15
5.0
0.008
0.005
1000
-
-
-
-
-
14
35
DCT928P
15
7.0
0.02
-
500
-
-
-
2
11
25
40
DCT340P
15
12.0
3.0
0.005
100
20
28
35
41
51
54
70
DCT540P
15
12.0
0.7
0.005
500
9
20
23
28
37
55
60
DCT640P
15
12.0
0.45
0.005
500
6
16
19
24
34
51
60
DCT740P
15
12.0
0.25
0.005
1000
2
10
13
18
27
45
65
DCT840P
15
12.0
0.12
0.005
1000
-
4
7
13
23
40
60
DCT940P
15
12.0
0.07
0.005
1200
-
-
-
7
17
36
60
DCT541P
15
16.0
2.1
0.005
150
18
29
33
39
50
60
65
DCT641P
15
16.0
1.2
0.005
100
14
25
28
34
45
50
65
DCT741P
15
16.0
0.75
0.005
250
9
19
23
28
37
54
65
DCT841P
15
16.0
0.21
0.005
500
-
10
13
19
30
49
60
DCT942P
15
20.0
0.21
0.005
400
-
7
10
16
26
42
60
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
37
Panel Mounted
L Circuit Filters DLT, DUT
EMI Filter Catalog
Panel Mounted L Circuit Filters
DLT, DUT
Circuit Diagrams
e.g. DLT642P
Blank - UNF thread
M - Metric thread
M - Long thread
N - No hardware
P - Pin
Blank - Tin finish
G - Gold
S - Silver
DLT
THD
END
DUT
THD
END
Voltage Rating
DLT# _ _ _ —
Case Dimensions
-55°C to
+85°C
V d.c.
-55°C to
+125°C
V d.c.
-55°C to
+125°C
V a.c. 400 Hz
3
80
70
50
4
100
87
62
5
150
130
90
6
200
175
125
7
300
260
185
8
450
400
280
9
600
530
375
#
DLT _ # # _ —
Max Panel Thickness
Tag
L3
Pin
L3
Mounting
Style
Standard
Thread
Long
Thread
4.57
8.5
17.0
B or C
1.5
3.0
6.0
10.1 18.4
B or C
1.5
3.0
9.78
12.2
16.3 24.6
B or C
1.5
3.0
9.78
14.7
18.9 27.2
B or C
1.5
3.0
9.78
42 17.53 17.45 22.6 29.4
B or C
3.0
—
17.53
##
D1
L1
25
9.78
26
9.78
29
31
D1 Case Dia.
Thread
UNF 2A
¼”-28
5/
16”-24
F
Metric
L2
Tag L4
M6×0.75 5.08 4.83 7.92
8.9
M8×1.0
14
6.35
Pin L4
8.0
—
Tag Hole Pin Dia
12.0 17.2 20.3 1.27×1.78
—
20
—
1.45×3.0
1.55
2.15
Characteristics
Part Number
Rated Current
(Amps)
Typical Weight
(g)
Min. Cap.
(µF)
Max Series R
(Ω)
Min IR
(MΩ)
15 kHz
30 kHz
100 kHz
150 kHz
300 kHz
1 MHz
10 MHz
DLT326P
15.0
3.5
1.4
0.005
100
-
14
25
27
34
44
54
70
DLT331A
0.06
8.0
1.4
5.0
100
-
25
44
52
65
70
70
70
DUT331A
0.06
8.0
1.4
5.0
100
-
25
44
52
65
70
70
70
DLT331G
0.5
8.5
1.4
0.6
100
-
17
35
42
53
70
70
70
DUT331G
0.5
8.5
1.4
0.6
100
-
17
35
42
53
70
70
70
DLT331H
1.0
8.5
1.4
0.25
100
-
15
28
34
45
65
70
70
DUT331H
1.0
8.5
1.4
0.25
100
-
15
28
34
45
65
70
70
DLT331K
3.0
8.5
1.4
0.06
100
-
14
25
28
35
51
70
70
DUT331K
3.0
8.5
1.4
0.06
100
-
14
25
28
35
51
70
70
DLT331M
5.0
8.5
1.4
0.015
100
-
14
24
28
34
45
65
70
DUT331M
5.0
8.5
1.4
0.015
100
-
14
24
28
34
45
65
70
DLT331N
10.0
8.5
1.4
0.005
100
-
14
24
28
34
44
58
70
DUT331N
10.0
8.5
1.4
0.005
100
-
14
24
28
34
44
58
70
DLT425P
15.0
3.0
0.7
0.005
500
-
9
20
23
29
39
52
70
38
© Copyright 1998
Oxley Inc.
1 GHz
Rev. 00 May 98
Panel Mounted
EMI Filter Catalog
Part Number
Rated Current
(Amps)
Typical Weight
(g)
Min. Cap.
(µF)
Max Series R
(Ω)
Min IR
(MΩ)
15 kHz
30 kHz
100 kHz
150 kHz
300 kHz
1 MHz
10 MHz
DLT426P
15.0
3.0
0.7
0.005
500
-
9
20
23
29
39
52
70
DLT429B
0.1
7.5
0.7
1.7
500
8
19
39
46
58
70
70
70
DUT429B
0.1
7.5
0.7
1.7
500
8
19
39
46
58
70
70
70
DLT429E
0.3
7.5
0.7
0.75
500
6
15
33
43
52
70
70
70
DUT429E
0.3
7.5
0.7
0.75
500
6
15
33
43
52
70
70
70
DLT429G
0.5
7.5
0.7
0.36
500
5
12
27
36
46
67
70
70
DUT429G
0.5
7.5
0.7
0.36
500
5
12
27
36
46
67
70
70
DLT429H
1.0
7.5
0.7
0.14
500
5
10
19
26
34
53
70
70
DUT429H
1.0
7.5
0.7
0.14
500
5
10
19
26
34
53
70
70
DLT429J
2.0
7.5
0.7
0.07
500
5
9
18
23
30
46
70
70
DUT429J
2.0
7.5
0.7
0.07
500
5
9
18
23
30
46
70
70
DLT429M
5.0
7.5
0.7
0.015
500
4
9
18
23
28
38
62
70
DUT429M
5.0
7.5
0.7
0.015
500
4
9
18
23
28
38
62
70
DLT431A*
0.06
8.0
0.7
70.0
500
-
40
61
68
70
70
70
70
DUT431A*
0.06
8.0
0.7
70.0
500
-
40
61
68
70
70
70
70
DLT431C*
0.15
8.0
0.7
12.0
500
-
20
43
48
60
70
70
70
DUT431C
0.15
8.0
0.7
12.0
500
-
20
43
48
60
70
70
70
DLT431D*
0.25
8.0
0.7
4.0
500
-
12
32
38
50
70
70
70
DUT431D*
0.25
8.0
0.7
4.0
500
-
12
32
38
50
70
70
70
DLT431E*
0.3
8.0
0.7
2.3
500
-
9
23
29
40
60
70
70
DUT431E*
0.3
8.0
0.7
2.3
500
-
9
23
29
40
60
70
70
DLT431F*
0.45
8.0
0.7
1.2
500
-
9
19
23
32
52
70
70
DUT431F*
0.45
8.0
0.7
1.2
500
-
9
19
23
32
52
70
70
DLT431G
0.5
8.5
0.75
0.6
500
-
13
29
37
48
66
70
70
DUT431G
0.5
8.5
0.75
0.6
500
-
13
29
37
48
66
70
70
DLT431H
1.0
8.5
0.75
0.25
500
-
10
22
29
39
56
70
70
DUT431H
1.0
8.5
0.75
0.25
500
-
10
22
29
39
56
70
70
DLT431K
3.0
8.5
0.75
0.06
500
-
10
20
24
30
45
70
70
DUT431K
3.0
8.5
0.75
0.06
500
-
10
20
24
30
45
70
70
DLT431M
5.0
8.5
0.75
0.015
500
-
10
20
23
29
39
66
70
1 GHz
DUT431M
5.0
8.5
0.75
0.015
500
-
10
20
23
29
39
66
70
DLT431N
10.0
8.5
0.75
0.005
500
-
10
19
23
28
38
57
70
DUT431N
10.0
8.5
0.75
0.005
500
-
10
19
23
28
38
57
70
DLT526P
15.0
3.0
0.3
0.005
1000
-
4
12
16
21
31
48
70
DLT531G
0.5
8.5
0.6
1.5
400
-
11
29
35
47
65
70
70
DUT531G
0.5
8.5
0.6
1.5
400
-
11
29
35
47
65
70
70
DLT531H
1.0
8.5
0.6
0.25
400
-
10
22
27
36
57
70
70
DUT531H
1.0
8.5
0.6
0.25
400
-
10
22
27
36
57
70
70
DLT531K
3.0
8.5
0.6
0.06
400
-
9
19
22
29
44
65
70
DUT531K
3.0
8.5
0.6
0.06
400
-
9
19
22
29
44
65
70
DLT531M
5.0
8.5
0.6
0.015
400
-
7
15
20
26
37
65
70
DUT531M
5.0
8.5
0.6
0.015
400
-
7
15
20
26
37
65
70
DLT531N
10.0
8.5
0.6
0.005
400
-
5
12
17
21
31
48
70
DUT531N
10.0
8.5
0.6
0.005
400
-
5
12
17
21
31
48
70
DLT525P
15.0
2.5
0.3
0.005
1000
-
4
12
16
21
31
48
70
DLT625P
15.0
3.0
0.1
0.005
1000
-
-
5
8
13
23
38
60
DLT631G
0.5
8.5
0.2
0.6
500
-
-
18
25
38
58
70
70
DUT631G
0.5
8.5
0.2
0.6
500
-
-
18
25
38
58
70
70
DLT631H
1.0
8.5
0.2
0.25
500
-
-
12
19
29
48
70
70
DUT631H
1.0
8.5
0.2
0.25
500
-
-
12
19
29
48
70
70
DLT631K
3.0
8.5
0.2
0.06
500
-
-
9
13
17
33
65
70
DUT631K
3.0
8.5
0.2
0.06
500
-
-
9
13
17
33
65
70
DLT631M
5.0
8.5
0.2
0.015
500
-
-
9
13
17
28
61
70
DUT631M
5.0
8.5
0.2
0.015
500
-
-
9
13
17
28
61
70
DLT631N
10.0
8.5
0.2
0.005
500
-
-
9
13
17
27
44
70
DUT631N
10.0
8.5
0.2
0.005
500
-
-
9
13
17
27
44
70
DLT726P
15.0
3.5
0.06
0.005
1000
-
-
2
4
8
18
33
50
DLT726P1
15.0
5.0
0.1
0.005
1000
-
-
3
6
11
21
35
55
DLT731G
0.5
8.5
0.12
2.0
500
-
-
15
22
33
54
70
70
DUT731G
0.5
8.5
0.12
2.0
500
-
-
15
22
33
54
70
70
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
39
Panel Mounted
Part Number
EMI Filter Catalog
Rated Current
(Amps)
Typical Weight
(g)
Min. Cap.
(µF)
Max Series R
(Ω)
Min IR
(MΩ)
15 kHz
30 kHz
100 kHz
150 kHz
300 kHz
1 MHz
10 MHz
1 GHz
DLT731H
1.0
8.5
0.12
0.5
500
-
-
8
14
25
45
70
70
DUT731H
1.0
8.5
0.12
0.5
500
-
-
8
14
25
45
70
70
DLT731K
3.0
8.5
0.12
0.05
500
-
-
6
9
15
30
61
70
DUT731K
3.0
8.5
0.12
0.05
500
-
-
6
9
15
30
61
70
DLT731M
5.0
8.5
0.12
0.02
500
-
-
6
9
14
25
51
70
DUT731M
5.0
8.5
0.12
0.002
500
-
-
6
9
14
25
51
70
70
DLT731N
10.0
8.5
0.12
0.005
500
-
-
6
9
14
24
42
DUT731N
10.0
8.5
0.12
0.005
500
-
-
6
9
14
24
42
70
DLT826P
15.0
5.0
0.04
0.005
1000
-
-
-
-
-
9
23
45
70
DLT831G
0.5
8.5
0.04
2.0
500
-
-
7
13
24
45
60
DUT831G
0.5
8.5
0.04
2.0
500
-
-
7
13
24
45
60
70
DLT831H
1.0
8.5
0.04
0.5
500
-
-
-
5
15
35
67
70
DUT831H
1.0
8.5
0.04
0.5
500
-
-
-
5
15
35
67
70
DLT831K
3.0
8.5
0.04
0.05
500
-
-
-
-
9
28
61
70
DUT831K
3.0
8.5
0.04
0.05
500
-
-
-
-
9
28
61
70
DLT831M
5.0
8.5
0.04
0.02
500
-
-
-
-
5
17
45
70
DUT831M
5.0
8.5
0.04
0.02
500
-
-
-
-
5
17
45
70
DLT831N
10.0
8.5
0.04
0.005
500
-
-
-
-
5
15
33
70
DUT831N
10.0
5.0
0.04
0.005
500
-
-
-
-
5
15
33
70
DLT926P
15.0
8.5
0.02
0.005
500
-
-
-
-
-
5
19
45
DLT931G
0.5
8.5
0.02
2.0
500
-
-
5
10
20
41
56
70
DUT931G
0.5
8.5
0.02
2.0
500
-
-
5
10
20
41
56
70
DLT931H
1.0
8.5
0.02
0.5
500
-
-
-
-
11
31
63
70
DUT931H
1.0
8.5
0.02
0.5
500
-
-
-
-
11
31
63
70
DLT931K
3.0
8.5
0.02
0.05
500
-
-
-
-
2
16
47
70
DUT931K
3.0
8.5
0.02
0.05
500
-
-
-
-
2
16
47
70
DLT931M
5.0
8.5
0.02
0.02
500
-
-
-
-
2
11
37
70
DUT931M
5.0
8.5
0.02
0.02
500
-
-
-
-
2
11
37
70
DLT931N
10.0
8.5
0.02
0.05
500
-
-
-
-
2
11
30
70
DUT931N
10.0
8.5
0.02
0.005
500
-
-
-
-
2
11
30
70
70
DLT931G2
0.5
8.5
0.01
2.0
1000
-
-
3
6
14
32
45
DUT931G2
0.5
8.5
0.01
2.0
1000
-
-
3
6
14
32
45
70
DLT931H2
1.0
8.5
0.01
0.5
1000
-
-
-
-
5
22
50
70
DUT931H2
1.0
8.5
0.01
0.5
1000
-
-
-
-
5
22
50
70
DLT931K2
3.0
8.5
0.01
0.05
1000
-
-
-
-
-
7
43
70
DUT931K2
3.0
8.5
0.01
0.05
1000
-
-
-
-
-
7
43
70
DLT931M2
5.0
8.5
0.01
0.02
1000
-
-
-
-
-
3
31
70
DUT931M2
5.0
8.5
0.01
0.02
1000
-
-
-
-
-
3
31
70
DLT931N2
10.0
8.5
0.01
0.005
1000
-
-
-
-
-
3
22
70
DUT931N2
10.0
8.5
0.01
0.005
1000
-
-
-
-
-
3
22
70
DUT342G
0.5
16
3.0
0.3
100
-
25
45
52
63
70
70
70
DLT342G
0.5
16
3.0
0.3
100
-
25
45
52
63
70
70
70
DUT342H
1.0
16
3.0
0.21
100
-
23
41
48
60
70
70
70
DLT342H
1.0
16
3.0
0.21
100
-
23
41
48
60
70
70
70
DUT342K
3.0
16
3.0
0.03
100
-
20
31
35
42
60
70
70
DLT342K
3.0
16
3.0
0.03
100
-
20
31
35
42
60
70
70
DUT342M
5.0
16
3.0
0.03
100
-
20
31
34
41
56
70
70
DLT342M
5.0
16
3.0
0.03
100
-
20
31
34
41
56
70
70
DUT342N
10.0
16
3.0
0.005
100
-
20
28
35
41
51
60
70
DLT342N
10.0
16
3.0
0.005
100
-
20
28
35
41
51
60
70
DUT542G
0.5
16
1.4
0.3
300
-
20
40
48
58
70
70
70
DLT542G
0.5
16
1.4
0.3
300
-
20
40
48
58
70
70
70
DUT542H
1.0
16
1.4
0.21
300
-
18
37
44
56
70
70
70
DLT542H
1.0
16
1.4
0.21
300
-
18
37
44
56
70
70
70
DUT542K
3.0
16
1.4
0.03
300
-
14
25
29
37
55
70
70
DLT542K
3.0
16
1.4
0.03
300
-
14
25
29
37
55
70
70
DUT542M
5.0
16
1.4
0.02
300
-
14
24
28
34
47
70
70
DLT542M
5.0
16
1.4
0.02
300
-
14
24
28
34
47
70
70
DUT542N
10.0
16
1.4
0.005
300
-
14
24
27
33
44
60
70
DLT542N
10.0
16
1.4
0.005
300
-
14
24
27
33
44
60
70
40
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Panel Mounted
EMI Filter Catalog
Part Number
Rated Current
(Amps)
Typical Weight
(g)
Min. Cap.
(µF)
Max Series R
(Ω)
Min IR
(MΩ)
15 kHz
30 kHz
100 kHz
150 kHz
300 kHz
1 MHz
10 MHz
1 GHz
DUT642G
0.5
16
0.45
0.3
500
-
10
30
37
48
68
70
70
DLT642G
0.5
16
0.45
0.3
500
-
10
30
37
48
68
70
70
DUT642H
1.0
16
0.45
0.21
500
-
8
27
33
45
65
70
70
DLT642H
1.0
16
0.45
0.21
500
-
8
27
33
45
65
70
70
DUT642K
3.0
16
0.45
0.03
500
-
5
15
19
27
45
70
70
DLT642K
3.0
16
0.45
0.03
500
-
5
15
19
27
45
70
70
DUT642M
5.0
16
0.45
0.02
500
-
6
16
18
24
36
70
70
DLT642M
5.0
16
0.45
0.02
500
-
6
16
18
24
36
70
70
DUT642N
10.0
16
0.8
0.005
250
-
9
19
22
28
39
60
70
DLT642N
10.0
16
0.8
0.005
250
-
9
19
22
28
39
60
70
DUT742G
0.5
16
0.25
0.3
1000
-
5
25
32
43
62
70
70
DLT742G
0.5
16
0.25
0.3
1000
-
5
25
32
43
62
70
70
DUT742H
1.0
16
0.25
0.21
1000
-
2
20
26
38
59
70
70
DLT742H
1.0
16
0.25
0.21
1000
-
2
20
26
38
59
70
70
DUT742K
3.0
16
0.25
0.03
1000
-
2
11
14
22
39
70
70
DLT742K
3.0
16
0.25
0.03
1000
-
2
11
14
22
39
70
70
DUT742M
5.0
16
0.25
0.02
1000
-
-
9
13
19
33
65
70
DLT742M
5.0
16
0.25
0.02
1000
-
-
9
13
19
33
65
70
DUT742N
10.0
16
0.25
0.005
1000
-
2
10
13
18
29
50
70
DLT742N
10.0
16
0.25
0.005
1000
-
2
10
13
18
29
50
70
DUT842G
0.5
16
0.12
0.3
1000
-
-
19
26
38
60
70
70
DLT842G
0.5
16
0.12
0.3
1000
-
-
19
26
38
60
70
70
DUT842H
1.0
16
0.21
0.21
500
-
-
16
22
33
54
70
70
DLT842H
1.0
16
0.21
0.21
500
-
-
16
22
33
54
70
70
DUT842K
3.0
16
0.12
0.03
1000
-
-
4
8
16
33
65
70
DLT842K
3.0
16
0.12
0.03
1000
-
-
4
8
16
33
65
70
DUT842M
5.0
16
0.12
0.01
1000
-
-
4
7
13
27
60
70
DLT842M
5.0
16
0.12
0.01
1000
-
-
4
7
13
27
60
70
DUT842N
10.0
16
0.12
0.005
1000
-
-
4
7
13
23
48
70
DLT842N
10.0
16
0.12
0.005
1000
-
-
4
7
13
23
48
70
DUT942G
0.5
16
0.07
0.3
1200
-
-
14
21
33
55
60
70
DLT942G
0.5
16
0.07
0.3
1200
-
-
14
21
33
55
60
70
DUT942H
1.0
16
0.07
0.21
1200
-
-
9
16
27
48
60
70
DLT942H
1.0
16
0.07
0.21
1200
-
-
9
16
27
48
60
70
DUT942K
3.0
16
0.07
0.03
1200
-
-
-
3
10
28
64
70
DLT942K
3.0
16
0.07
0.03
1200
-
-
-
3
10
28
64
70
DUT942M
5.0
16
0.07
0.01
1200
-
-
-
-
9
22
55
70
DLT942M
5.0
16
0.07
0.01
1200
-
-
-
-
9
22
55
70
DUT942N
10.0
16
0.07
0.005
1200
-
-
-
-
7
18
43
60
DLT942N
10.0
16
0.07
0.005
1200
-
-
-
-
7
18
43
60
* Insertion Loss and No Load only
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
41
Miniature Threaded
EMI Filter Catalog
Miniature Threaded L Circuit Filters
DLT
Circuit Diagrams
e.g. DLT200A
Blank - UNF thread
M - Metric thread
M - Long thread
N - No hardware
P - Pin
Blank - Tin finish
G - Gold
S - Silver
DLT 215 Series
THD
END
DLT 051B/DLT 200 Series
THD
END
Voltage Rating
Case Dimensions
L1
Tag Pin
L3 L3
DLT200/215 14.7 18.8
DLT051B
4.6
27
8.5
17
Thread
D1
Case Dia. UNF 2A Metric
9.78
¼”-28
F
L2
Tag L4
Pin L4
8.9
12.0 17.2 20.3
-55°C to +125°C
80 V d.c
50 V d.c.
Tag Hole
Pin Dia
1.27 × 1.78
1.55
M6 × 0.75 5.08 4.83 7.92
-55°C to +85°C
Mounting Max. Panel Thickness
Style*
Std.
Long
B or C
1.5
3
* See page 54 for mounting details
Characteristics
Part Number
Min. Insertion Loss (db) at No Load Current -55°C to +125°C
Rated Current
(Amps)
Typical Weight
(g)
Min. Cap.
(µF)
Max Series R
(Ω)
Min IR
(MΩ)
30 kHz
100 kHz
150 kHz
300 kHz
1 MHz
10 MHz
DLT051B*
15.0
3.0
1.2
0.008
100
15
24
28
34
44
60
70
DLT200A
0.06
8
1.2
70
100
44
65
70
70
70
70
70
DLT215A
0.06
8
1.2
70
100
44
65
70
70
70
70
70
DLT200B
0.15
8
1.2
12
100
24
45
52
64
70
70
70
DLT215B
0.15
8
1.2
12
100
24
45
52
64
70
70
70
DLT200C
0.25
8
1.2
4
100
18
35
42
56
70
70
70
DLT215C
0.25
8
1.2
4
100
18
35
42
56
70
70
70
DLT200D
0.3
8
1.2
2.3
100
16
28
35
44
62
70
70
DLT215D
0.3
8
1.2
2.3
100
16
28
35
44
62
70
70
DLT200E
0.45
8
1.2
1.2
100
15
25
31
37
55
70
70
DLT215E
0.45
8
1.2
1.2
100
15
25
31
37
55
70
70
DLT200F
10
8
1.2
0.01
100
15
24
28
33
44
64
70
DLT215F
10
8
1.2
0.01
100
15
24
28
33
44
64
70
1 GHz
* DLT051B Insertion loss at full load current
42
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Panel Mounted
EMI Filter Catalog
Panel Mounted L Circuit Filters
DLT
Circuit Diagrams
e.g. DLT326PR
Blank - UNF thread
M - Metric thread
M - Long thread
N - No hardware
Blank - Standard pin
P1-P6 - Consult factory
Blank - Tin finish
G - Gold
S - Silver
THD
END
Voltage Rating
DLT# _ _ _ —
-55°C to
+85°C
V d.c.
-55°C to
+125°C
V d.c.
-55°C to
+125°C
V a.c. 400 Hz
3
80
70
50
Case Dimensions
4
100
87
62
5
150
130
90
6
200
175
125
7
300
260
185
#
DLT _ # # _ —
##
D1
L1
L3
L2
L4
Std. Long Std. Long
Mounting Max Panel Thickness
Style
Std
Long
25 9.78 4.6 8.25 4.83 7.95
8.9
12
B or C
1.5
3.0
26 9.78 6.0 10.1 4.83 7.95
8.9
12
B or C
1.5
3.0
Characteristics
Part Number
Rated Current
(Amps)
Typical Weight
(g)
Min. Cap.
(µF)
Max Series R
(Ω)
Min IR
(MΩ)
15 kHz
30 kHz
100 kHz
150 kHz
300 kHz
1 MHz
10 MHz
DLT326PR
15.0
2.5
1.4
0.005
100
-
15
25
27
34
44
54
70
DLT425PR
15.0
2.5
0.7
0.005
500
-
9
20
23
29
39
52
70
DLT426PR
15.0
2.5
0.7
0.005
500
-
9
19
23
28
38
52
65
DLT526PR
15.0
2.5
0.3
0.005
1000
-
4
12
16
21
31
48
70
DLT626PR
15.0
2.5
0.1
0.005
1000
-
-
5
8
13
23
38
60
DLT726PR
15.0
2.5
0.15
0.005
1000
-
-
7
10
15
25
40
50
DLT826PR
15.0
2.5
0.02
0.005
1000
-
-
-
-
-
9
23
45
DLT926PR
15.0
2.5
0.02
0.005
1000
-
-
-
-
-
5
19
40
DLT050B*
15.0
2.5
1.2
0.008
100
-
15
25
28
34
44
60
70
1 GHz
*Voltage 80V/85°C, 50V/125°C. Insertion loss at 25°C only. Case dimensions as case size 25.
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
43
Panel Mounted
Pi Circuit Filters DPT
EMI Filter Catalog
Panel Mounted Pi Circuit Filters
DPT
Circuit Diagram
e.g. DPT643H
Blank - UNF thread
M - Metric thread
M - Long thread
N - No hardware
P - Pin
Blank - Tin finish
G - Gold
S - Silver
Voltage Rating
DPT# _ _ _ —
-55°C to
+85°C
V d.c.
-55°C to
+125°C
V d.c.
-55°C to
+125°C
V a.c. 400 Hz
3
80
70
50
4
100
87
62
5
150
130
90
6
200
175
125
7
300
260
185
8
450
400
280
9
600
530
375
#
Case Dimensions
DPT _ # # _ —
##
D1
L1
31
9.78
14.7
33
9.78
Max Panel
Thickness
Tag L3 Pin L3
Mounting
Std.
Style
Thread
Long
Thread
18.9
27.2
B or C
1.5
3.0
16.3
20.4
28.7
B or C
1.5
3.0
43 17.53 24.85
30.1
36.8
B or C
3.0
—
D1 Case Dia.
9.78
17.53
Thread
UNF 2A
¼”-28
5/
16”-24
Metric
F
L2
Tag L4
M6×0.75 5.08 4.83 7.92
8.9
M8×1.0
14
6.35
Pin L4
Tag
Hole
8.0
—
Pin
Dia
12.0 17.2 20.3 1.27×1.78 1.55
—
20
—
1.45×3.0
2.15
Characteristics
Part Number
Rated Current
(Amps)
Typical Weight
(g)
Min. Cap.
(µF)
Max Series R
(Ω)
Min IR
(MΩ)
30 kHz
100 kHz
150 kHz
300 kHz
1 MHz
10 MHz
1 GHz
DPT333G
0.5
8.5
2.8
0.6
50
34
66
76
80
80
80
80
DPT333H
1.0
8.5
2.8
0.25
50
22
58
68
80
80
80
80
DPT333K
3.0
8.5
2.8
0.06
50
-
40
50
70
80
80
80
DPT333M
5.0
8.5
2.8
0.015
50
-
14
33
60
80
80
80
DPT333N
10.0
8.5
2.8
0.005
50
21
30
30
40
50
68
80
DPT431B
0.1
8.5
1.4
1.7
250
34
67
72
80
80
80
80
80
DPT431E
0.3
8.5
1.4
0.75
250
29
60
70
80
80
80
DPT431G
0.5
8.5
1.4
0.36
250
21
54
67
78
80
80
80
DPT431H
1.0
8.5
1.4
0.14
250
-
39
56
69
80
80
80
DPT431J
2.0
8.5
1.4
0.07
250
-
31
45
63
80
80
80
DPT431M
5.0
8.5
1.4
0.015
250
-
-
-
50
80
80
80
DPT433G
0.5
8.5
1.4
0.6
250
23
57
65
80
80
80
80
DPT433H
1.0
8.5
1.4
0.25
250
3
47
55
75
80
80
80
DPT433K
3.0
8.5
1.4
0.06
250
10
25
40
58
80
80
80
44
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Panel Mounted
EMI Filter Catalog
Part Number
Rated Current
(Amps)
Typical Weight
(g)
Min. Cap.
(µF)
Max Series R
(Ω)
Min IR
(MΩ)
30 kHz
100 kHz
150 kHz
300 kHz
1 MHz
10 MHz
1 GHz
DPT433M
5.0
8.5
1.4
0.015
250
14
-
-
44
75
80
80
DPT433N
10.0
8.5
1.4
0.005
250
15
22
25
20
44
62
80
DPT533G
0.5
8.5
0.66
0.6
500
6
39
50
68
80
80
80
DPT533H
1.0
8.5
0.66
0.25
500
-
28
40
59
80
80
80
DPT533K
3.0
8.5
0.66
0.06
500
-
5
20
41
75
80
80
DPT533M
5.0
8.5
0.66
0.015
500
-
-
-
26
63
80
80
80
DPT533N
10.0
8.5
0.66
0.005
500
8
12
18
27
38
58
DPT633G
0.5
8.5
0.2
0.6
500
-
21
35
49
80
80
80
DPT633H
1.0
8.5
0.2
0.25
500
-
5
17
39
70
80
80
DPT633K
3.0
8.5
0.2
0.06
500
-
-
-
18
53
80
80
DPT633M
5.0
8.5
0.2
0.015
500
-
-
-
-
43
80
80
DPT633N
10.0
8.5
0.2
0.005
500
-
9
12
18
28
45
75
DPT733G
0.5
8.5
0.12
0.6
500
-
7
15
25
54
80
80
DPT733H
1.0
8.5
0.12
0.25
500
-
-
-
13
45
80
80
DPT733K
3.0
8.5
0.12
0.06
500
-
-
-
-
27
80
80
DPT733M
5.0
8.5
0.12
0.015
500
-
-
-
-
10
70
80
DPT733N
10.0
8.5
0.12
0.005
500
-
-
-
5
14
34
80
DPT833G
0.5
8.5
0.04
2.0
500
-
5
11
26
57
80
80
DPT833H
1.0
8.5
0.04
0.5
500
-
-
-
16
46
80
80
DPT833K
3.0
8.5
0.04
0.05
500
-
-
-
-
29
76
80
DPT833M
5.0
8.5
0.04
0.02
500
-
-
-
-
13
65
80
DPT833N
10.0
8.5
0.04
0.005
500
-
-
-
-
12
51
80
DPT933G
0.5
8.5
0.02
2.0
500
-
3
8
20
48
79
80
DPT933H
1.0
8.5
0.02
0.5
500
-
-
-
9
38
80
80
DPT933K
3.0
8.5
0.02
0.05
500
-
-
-
-
30
78
80
DPT933M
5.0
8.5
0.02
0.02
500
-
-
-
-
5
57
80
DPT933N
10.0
8.5
0.02
0.005
500
-
-
-
-
8
43
80
DPT933G2
0.5
8.5
0.01
2.0
1000
-
3
6
13
33
62
80
DPT933H2
1.0
8.5
0.01
0.5
1000
-
-
-
4
22
66
80
80
DPT933K2
3.0
8.5
0.01
0.05
1000
-
-
-
-
4
58
DPT933M2
5.0
8.5
0.01
0.02
1000
-
-
-
-
-
46
80
DPT933N2
10.0
8.5
0.01
0.005
1000
-
-
-
-
-
31
80
DPT343G
0.5
21
3.0
0.3
100
35
70
70
70
70
70
70
DPT343H
1.0
21
3.0
0.21
100
33
65
70
70
70
70
70
DPT343K
3.0
21
3.0
0.03
100
-
45
55
65
70
70
70
DPT343M
5.0
21
3.0
0.03
100
-
40
52
68
70
70
70
DPT343N
10.0
21
3.0
0.005
100
-
12
20
50
70
70
70
DPT543G
0.5
21
2.1
0.3
150
34
65
75
80
80
80
80
DPT543H
1.0
21
2.1
0.21
150
27
60
69
80
80
80
80
DPT543H1
1.0
21
2.8
0.21
100
35
68
-
80
80
80
80
DPT543K
3.0
21
2.1
0.03
150
12
36
48
66
80
80
80
DPT543M
5.0
21
1.4
0.02
260
9
12
35
57
80
80
80
DPT543M1
5.0
21
2.8
0.007
200
-
26
-
63
80
80
80
DPT543N
10.0
21
2.1
0.005
150
18
21
17
36
70
80
80
DPT643G
0.5
21
0.9
0.3
250
18
51
61
78
80
80
80
DPT643H
1.0
21
0.9
0.21
250
12
48
57
76
80
80
80
DPT643K
3.0
21
0.9
0.03
250
7
23
36
55
80
80
80
DPT643M
5.0
21
0.9
0.02
250
-
8
17
43
73
80
80
DPT643N
10.0
21
1.5
0.005
100
14
15
17
33
68
70
70
DPT743G
0.5
21
0.5
0.3
500
8
41
52
68
80
80
80
DPT743H
1.0
21
0.5
0.21
500
-
38
49
67
70
70
70
DPT743K
3.0
21
0.5
0.03
500
4
6
20
42
72
80
80
DPT743M
5.0
21
0.5
0.02
500
-
-
6
32
65
70
70
80
DPT743N
10.0
21
0.5
0.005
500
5
12
14
12
46
80
DPT843G
0.5
22
0.21
0.3
1000
-
30
41
58
70
70
70
DPT843H
1.0
22
0.21
0.25
1000
-
27
38
56
80
80
80
DPT843H1
1.0
22
0.5
0.25
500
-
38
49
67
70
70
70
DPT843K
3.0
22
0.21
0.03
1000
-
-
6
27
60
70
70
DPT843M
5.0
22
0.21
0.01
1000
-
7
8
15
51
70
70
DPT843N
10.0
22
0.21
0.005
1000
-
9
12
14
39
70
70
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
45
Panel Mounted
Part Number
EMI Filter Catalog
Rated Current
(Amps)
Typical Weight
(g)
Min. Cap.
(µF)
Max Series R
(Ω)
Min IR
(MΩ)
30 kHz
100 kHz
150 kHz
300 kHz
1 MHz
10 MHz
DPT943G
0.5
22
0.14
0.3
800
-
21
31
48
70
70
70
DPT943H
1.0
22
0.14
0.21
800
-
15
25
43
70
70
70
70
1 GHz
DPT943K
3.0
22
0.14
0.03
800
-
-
-
20
52
70
DPT943M
5.0
22
0.14
0.01
800
-
-
-
6
44
70
70
DPT943N
10.0
22
0.14
0.005
800
-
-
6
11
25
70
70
46
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Panel Mounted
T Circuit Filters DTT
EMI Filter Catalog
Panel Mounted T Circuit Filters
DTT
Circuit Diagram
e.g. DTT643P
Blank - UNF thread
M - Metric thread
M - Long thread
N - No hardware
P - Pin
Blank - Tin finish
G - Gold
S - Silver
Voltage Rating
DTT# _ _ _ —
Case Dimensions
-55°C to
+85°C
V d.c.
-55°C to
+125°C
V d.c.
-55°C to
+125°C
V a.c. 400 Hz
3
80
70
50
4
100
87
62
5
150
130
90
6
200
175
125
7
300
260
185
8
450
400
280
9
600
530
375
#
DTT _ # # _ —
##
D1
L1
34
9.78
26.0
Max. Panel
Thickness
Tag
L3
Thread
D1
Case Dia. UNF 2A Metric
Pin Mounting Std.
Long
L3
Style
Thread Thread
30.1 38.4
B or C
1.5
3.0
9.78
43 17.53 24.85 30.1 36.8
B or C
3.0
—
17.53
¼”-28
5/
16”-24
L2
F
Tag L4
Pin L4
M6 × 0.75 5.08 4.83 7.92
8.9
M8 × 1.0 6.35 8.0
14
—
12.0 17.2 20.3
—
20
—
Tag
Hole
Pin
Dia.
1.27 × 1.78 1.55
1.45 × 3.0
2.15
Characteristics
Part Number
Rated Current
(Amps)
Typical Weight
(g)
Min. Cap.
(µF)
Max Series R
(Ω)
Min IR
(MΩ)
30 kHz
100 kHz
150 kHz
300 kHz
1 MHz
10 MHz
1 GHz
DTT334H
1.0
10
1.4
0.5
100
16
32
40
57
75
75
75
DTT334J
2.0
10
1.4
0.09
100
15
26
31
37
61
75
75
DTT334L
4.0
10
1.4
0.03
100
15
25
29
34
47
75
75
DTT334N
10.0
10
1.4
0.005
100
15
25
28
34
44
60
75
DTT434H
1.0
10
0.75
0.5
1000
10
25
34
49
75
75
75
75
DTT434J
2.0
10
0.75
0.09
1000
10
19
25
32
56
75
DTT434L
4.0
10
0.75
0.03
1000
10
19
22
29
42
75
75
DTT434N
10.0
10
0.75
0.005
1000
9
19
22
28
39
58
75
DTT534H
1.0
10
0.6
0.5
400
10
24
32
47
70
75
75
DTT534J
2.0
10
0.6
0.09
400
9
20
25
34
57
80
80
DTT534L
4.0
10
0.6
0.025
400
9
19
21
27
39
70
75
DTT534N
10.0
10
0.33
0.005
1000
5
14
16
21
31
54
75
DTT634H
1.0
10
0.18
0.5
500
-
16
21
38
65
75
75
DTT634J
2.0
10
0.1
0.09
1000
-
-
9
14
34
75
75
DTT634J1
2.0
10
0.2
0.09
1000
-
11
17
29
57
75
75
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
47
Panel Mounted
T Circuit Filters DTT
Part Number
EMI Filter Catalog
Rated Current
(Amps)
Typical Weight
(g)
Min. Cap.
(µF)
Max Series R
(Ω)
Min IR
(MΩ)
30 kHz
100 kHz
150 kHz
300 kHz
1 MHz
10 MHz
1 GHz
DTT634L
4.0
10
0.18
0.025
500
-
9
11
17
30
75
75
DTT634N
10.0
10
0.1
0.005
1000
-
5
8
11
21
41
75
DTT734H
1.0
10
0.12
0.5
500
-
11
20
36
66
75
75
DTT734J
2.0
10
0.12
0.09
500
-
6
10
18
41
75
75
DTT734L
4.0
10
0.12
0.03
500
-
6
9
15
27
62
75
DTT734N
10.0
10
0.12
0.005
500
-
6
9
15
25
45
75
DTT834H
1.0
10
0.04
0.5
500
-
-
-
16
46
80
80
80
DTT834J
2.0
10
0.04
0.1
500
-
-
-
14
42
75
DTT834L
4.0
10
0.04
0.03
500
-
-
-
5
19
60
75
DTT834N
10.0
10
0.04
0.005
500
-
-
-
5
15
39
75
DTT934H
1.0
10
0.02
0.5
500
-
-
-
20
51
75
75
DTT934J
2.0
10
0.02
0.1
500
-
-
-
2
22
68
75
DTT934L
4.0
10
0.02
0.03
500
-
-
-
2
12
48
75
DTT934N
10.0
10
0.02
0.005
500
-
-
-
2
11
31
75
DTT934H1
1.0
10
0.008
0.5
1000
-
-
-
6
40
75
75
DTT934J1
2.0
10
0.008
0.1
1000
-
-
-
-
17
71
75
DTT934L1
4.0
10
0.008
0.03
1000
-
-
-
-
3
43
75
DTT934N1
10.0
10
0.008
0.005
1000
-
-
-
-
-
23
75
DTT934H2
1.0
10
0.01
0.5
1000
-
-
-
7
42
75
75
DTT934J2
2.0
10
0.01
0.1
1000
-
-
-
-
19
74
75
DTT934L2
4.0
10
0.01
0.03
1000
-
-
-
-
4
45
75
DTT934N2
10.0
10
0.01
0.005
1000
-
-
-
-
3
26
75
DTT343H
1.0
21
3.0
0.42
100
26
51
60
70
70
70
70
70
DTT343J
2.0
21
3.0
0.21
100
21
37
45
60
70
70
DTT343K
3.0
21
3.0
0.06
100
20
32
36
46
65
70
70
DTT343L
4.0
21
3.0
0.045
100
20
31
35
44
63
70
70
DTT343M
5.0
21
3.0
0.06
100
21
32
36
44
64
70
70
DTT543H
1.0
21
1.4
0.42
300
21
49
59
75
75
75
75
DTT543H1
1.0
21
0.7
0.5
1000
14
42
52
69
75
75
75
DTT543J
2.0
21
1.4
0.21
300
14
30
38
53
70
70
70
DTT543J1
2.0
21
0.7
0.09
1000
9
21
30
38
66
75
75
DTT543K
3.0
21
1.4
0.06
300
13
24
29
39
64
70
70
DTT543L
4.0
21
1.4
0.06
300
13
24
28
37
59
70
70
DTT543M
5.0
21
1.4
0.04
300
14
24
28
34
48
75
75
DTT543N
10.0
21
1.4
0.01
500
14
24
28
34
44
60
75
DTT543N1
10.0
21
0.7
0.01
1000
9
19
22
29
39
58
75
DTT643H
1.0
21
0.45
0.42
500
10
38
49
67
70
70
70
DTT643J
2.0
21
0.45
0.21
500
4
20
28
45
70
70
70
DTT643K
3.0
21
0.8
0.60
250
9
20
25
35
60
70
70
DTT643L
4.0
21
0.45
0.03
500
5
14
18
26
40
70
70
DTT643M
5.0
21
0.80
0.02
250
9
19
23
30
45
70
70
DTT643N
10.0
21
0.45
0.01
500
5
15
19
24
35
50
75
DTT743H
1.0
22
0.25
0.42
1000
3
30
41
57
75
75
75
DTT743J
2.0
22
0.25
0.21
1000
-
15
23
39
68
70
70
DTT743K
3.0
22
0.25
0.06
1000
-
10
15
25
50
70
70
DTT743K1
3.0
22
0.28
0.06
1000
2
12
17
30
57
80
80
DTT743L
4.0
22
0.25
0.03
1000
-
9
13
20
38
70
70
DTT743M
5.0
22
0.25
0.04
1000
2
10
13
19
35
75
75
DTT743N
10.0
22
0.25
0.01
1000
-
12
14
19
30
54
75
DTT843H
1.0
22
0.12
0.42
1000
-
27
37
56
70
75
75
DTT843J
2.0
22
0.12
0.21
1000
-
8
16
33
60
70
70
DTT843K
3.0
22
0.12
0.06
1000
-
4
8
18
44
70
70
DTT843L
4.0
22
0.12
0.03
1000
-
4
7
14
33
70
70
DTT843M
5.0
22
0.12
0.02
1000
-
4
7
13
29
70
70
DTT843N
10.0
22
0.1
0.01
1000
-
6
7
12
23
40
75
DTT943H
1.0
22
0.07
0.42
1200
-
17
28
46
70
70
70
DTT943J
2.0
22
0.07
0.21
1200
-
-
10
27
57
70
70
DTT943K
3.0
22
0.07
0.06
1200
-
-
3
13
39
70
70
DTT943L
4.0
22
0.07
0.03
1200
-
-
-
11
34
70
70
DTT943M
5.0
22
0.07
0.02
1200
-
-
-
8
19
52
70
48
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
Panel Mounted Twin T and
Twin Pi Filters DXT, DYT
EMI Filter Catalog
Panel Mounted Twin T and Twin Pi Filters
DXT, DYT
Circuit Diagram
e.g. DXT645H
Blank - UNF thread
M - Metric thread
M - Long thread
N - No hardware
P - Pin
Blank - Tin finish
G - Gold
S - Silver
DXT
DYT
Voltage Rating
Case Dimensions
D_T# _ _ _ —
#
-55°C to
+85°C
V d.c.
-55°C to
+125°C
V d.c.
-55°C to
+125°C
V a.c. 400 Hz
50
3
80
70
5
150
130
90
6
200
175
125
7
300
260
185
8
450
400
280
9
600
530
375
D_T _ # # _ —
Tag
L3
Max. Panel
Thickness
Pin Mounting Std.
Long
L3
Style
Thread Thread
##
D1
L1
34
9.78
26.0
30.1 38.4
B or C
1.5
3.0
35
9.78
30.2
34.3 42.6
B or C
3.0
3.0
44 17.53 34.15 39.2 46.1
B or C
3.0
—
9.78
45 17.53 39.25 44.3 51.2
B or C
3.0
—
17.53
D1
Thread
Case
Dia. UNF 2A Metric
¼”-28
5/
16”-24
L2
F
Tag L4
Pin L4
M6 × 0.75 5.08 4.83 7.92
8.9
M8 × 1.0 6.35
14
8.0
—
12.0 17.2 20.3
—
20
—
Tag
Hole
Pin
Dia.
1.27 × 1.78 1.55
1.45 × 3.0
2.15
Characteristics
Part Number
Rated Current
(Amps)
Typical Weight
(g)
Min. Cap.
(µF)
Max Series R
(Ω)
MinIR
(MΩ)
30 kHz
100 kHz
150 kHz
300 kHz
1 MHz
10 MHz
1 GHz
DXT635H
1.0
15
0.18
0.6
500
-
-
19
48
90
90
90
DXT635L
4.0
15
0.18
0.05
500
-
-
-
-
42
90
90
DXT345H
1.0
30
3.0
0.42
100
35
70
70
70
70
70
70
DXT345L
4.0
30
3.0
0.045
100
10
42
55
70
70
70
70
DXT545H
1.0
30
2.1
0.63
150
35
70
70
70
70
70
70
70
DXT545L
4.0
30
2.1
0.06
150
-
36
50
65
70
70
DXT645H
1.0
30
1.5
0.63
100
23
65
70
70
70
70
70
DXT745H
1.0
30
0.5
0.63
500
-
49
66
90
90
90
90
DXT745L
4.0
30
0.5
0.05
500
3
9
5
28
68
90
90
DXT845H
1.0
30
0.21
0.63
500
-
33
49
80
80
80
80
DXT845L
4.0
30
0.21
0.045
500
-
-
-
22
60
70
70
DXT945H
1.0
30
0.14
0.42
800
-
6
18
43
70
70
70
DXT945L
4.0
30
0.14
0.045
800
-
-
-
8
50
70
70
DYT534H
1.0
13
0.9
0.5
250
-
-
63
90
90
90
90
DYT534L
4.0
13
0.9
0.025
250
-
-
-
21
85
90
90
DYT344H
1.0
28
4.0
0.42
100
45
70
70
70
70
70
70
DYT344M
5.0
28
4.0
0.06
100
6
45
65
70
70
70
70
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
49
Panel Mounted Twin T and
Twin Pi Filters DXT, DYT
Part Number
EMI Filter Catalog
Rated Current
(Amps)
Typical Weight
(g)
Min. Cap.
(µF)
Max Series R
(Ω)
MinIR
(MΩ)
30 kHz
100 kHz
150 kHz
300 kHz
1 MHz
10 MHz
DYT544H
1.0
28
2.1
0.42
140
34
90
90
90
90
90
90
DYT544M
5.0
28
2.1
0.04
170
9
15
28
70
90
90
90
DYT644H
1.0
28
1.5
0.42
100
22
70
70
70
70
70
70
DYT744H
1.0
28
0.5
0.42
500
-
3
27
60
70
70
70
DYT744M
5.0
30
0.25
0.04
500
-
-
-
25
70
70
70
DYT844H
1.0
28
0.21
0.42
500
-
33
50
70
70
70
70
DYT844M
5.0
28
0.21
0.02
500
-
4
4
8
60
70
70
DYT944H
1.0
28
0.21
0.42
500
-
10
32
65
70
70
70
DYT944M
5.0
28
0.21
0.03
400
-
-
-
6
33
70
70
50
© Copyright 1998
Oxley Inc.
1 GHz
Rev. 00 May 98
Panel Mounted Multiway
L and C Circuit Filters MLT
EMI Filter Catalog
Panel Mounted Multiway L and C Circuit Filters
MLT
Circuit Diagram
Please state Part Number and quantity.
Nut and washer supplied as standard.
MLT/C/-
Materials
Case and nut: Brass, silver finish
MLT/L/-
Case Dimensions
THD END
All dimensions in mm (inches).
Voltage Rating
-55°C to +85°C.
+125°C
200 V d.c.
100 V d.c.
Thread
M10 × 0.75
Min. Pitch
14.60 mm (0.575”)
Min. Chassis Thickness
2.25 mm (0.089”)
Max Chassis Thickness
5.0 mm (0.197”)
Mounting Details
Position
Pin Number
X
Y
mm
in.
mm
in.
1
0.000
0.000
2.286
0.090
2
1.981
0.078
1.143
0.045
3
1.143
0.045
-1.981 -0.078
4
1.143
0.045
-1.981 -0.078
5
-1.981 -0.078
1.143
0.045
Characteristics (Each Line)
Part Number
Cap.
(pF)
(-20% +80%)
Single Line
Current Rating
(A d.c.)
Bunched
Current Rating
(A d.c.)
1 MHz
10 MHz
100 MHz
1 GHz
10 GHz
Color Code*
Top/Threaded
end
Code/
Color*
marking
MLT/C/330/5
330
10
5
—
2
18
35
60
Green/White
OX C3 30
MLT/C/680/5
680
10
5
1
4
22
35
70
Grey/White
OX C6 80
MLT/C/1000/5
1000
10
5
1
9
26
40
70
Brown/White
OX C1 n0
MLT/C/4700/5
4700
10
5
3
20
36
50
70
Red/White
OX C4 n7
MLT/C/10000/5
10000
10
5
8
27
44
63
70
Black/White
OX C1 0n
MLT/C/22000/5
22000
10
5
12
30
50
68
70
Blue/White
OX C2 2n
MLT/L/330/5
330
10
5
—
2
20
38
60
Green/Red
OX L3 30
MLT/L/680/5
680
10
5
1
4
24
38
70
Grey/Red
OX L6 80
MLT/L/1000/5
1000
10
5
1
9
28
43
70
Brown/Red
OX L1 n0
MLT/L/4700/5
4700
10
5
3
21
38
56
70
Red/Red
OX L4 n7
MLT/L/10000/5
10000
10
5
8
28
48
70
70
Black/Red
OX L1 0n
MLT/L/22000/5
22000
10
5
12
31
54
70
70
Blue/Red
OX L2 2n
* Color code at manufacturer’s discretion.
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
51
Panel Mounted Multiway
L and C Circuit Filters MLT
52
EMI Filter Catalog
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
EMI Filter Catalog
Product Installation
Due to the nature of the components used in the assembly of ceramic filters, great care must be taken to avoid damage either by
mechanical or thermal stress during the installation or termination of the device. Bending or cropping of terminal wires should not be
carried out unless adequate support of the wire can be provided to eliminate the possibility of mechanical stress or shock during the
cutting operation.
To achieve optimum insertion loss performance, the design of the equipment must be such that it allows for the component to be mounted
to a bulkhead of minimal impedance. Co-axial earthing over a full 360° must be achieved and input and output connections should be
screened from each other.
Lead Wire Attachment
1. To eliminate the risk of thermal shock, the filter assembly should be preheated to 120°C (248°F) for 5 minutes.
2. Joints should be effected using a soldering iron with a bit temperature not exceeding 300°C (572°F). To minimize the heat
transfer to the filter elements, the solder joint should be completed within a period not exceeding 10 seconds, 60/40 or
62/36/2 solders should be used.
3. The assembly should be allowed to cool at a rate not exceeding 100°C (212°F) per minute.
4. In subsequent degreasing operations, care must be taken to avoid any thermal shock.
Component Mounting
Solder Style
1. Mounting of the filter should be achieved using either 60/40 or 62/36/2 cream or solder preform.
2. The filter and mounting plate must be preheated together to eliminate thermal shock on the ceramic elements. This assembly
should be allowed to increase in temperature gradually by soaking in an ambient of 120°C (248°F) for a period of up to
5 minutes where possible. Heat must not be applied directly to the filter body and the temperature on the filter surface should
not be allowed to increase faster than by 100°C (212°F) per minute.
3. After the preheat cycle, the mounting plate temperature should be raised to achieve solder flow. The solder flow state should
be maintained for a minimum period, consistent with a good joint (normally less than 10 seconds).
Threaded Style
1. All thread area and mating surfaces must be clean and dry prior to assembly.
2. If a washer is used, this must be fitted between the nut and ground plane. The selection of the washer style - either internal
toothed or wavy, must take into consideration the material of the bulkhead. It is recommended that toothed washers should
not be used in conjunction with protective finishes such as alochrome.
3. If mounting in a threaded hole, the form of the hole should be as style A, which is designed to ensure efficient RF sealing of
the assembly by maximizing the mating surface area. For mounting in a plain hole by the use of the supplied mounting
hardware, the clearance hole should be as style B.
4. The maximum panel thickness as detailed for the particular device must not be exceeded. The mounting torque as defined
below for the particular style of hole and thread diameter must be observed. No strain should be exerted on the cylindrical
part of the filter body or on any of the terminal/seal areas.
5. Locking compounds, if used, should be applied after the device has been installed to the correct mounting torque to avoid the
danger of mating surface contamination and the subsequent increase in the resistance of the filter to the bulkhead joint
(resulting in serious insertion loss degradation).
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
53
EMI Filter Catalog
6. When mounting into a threaded hole, the maximum permissible mounting torque applied must be limited to half the value
defined for mounting into a non-threaded hold (Table 2.).
Thread
Clearance
Mounting Hole
D + 0.2 - 0.0 mm
(inches)
Max. Torque
Clearance
Hole (Nm)
Max. Torque
Threaded Hole
(Nm)
0.2
4-4 UNC 2A
2.95 (0.116)
0.4
6-32 UNC 2A
3.6 (0.141)
0.4
0.2
6-40 UNF 2A
3.6 (0.141)
0.4
0.2
8-32 UNC 2A
4.3 (0.169)
0.4
0.2
12-28 UNF 2A
5.6 (0.220)
0.6
0.3
12-32 UNEF 2A
1/
5/
5/
5.6 (0.220)
0.6
0.3
4"-28
UNF 2A
6.6 (0.259)
1.0
0.5
16"-24
UNF 2A
8.2 (0.322)
1.2
0.6
8.2 (0.322)
1.4
0.7
0.9
16"-32 UNEF 2A
3/ "-32
8
UNEF 2A
9.8 (0.385)
1.8
M3
3.1 (0.122)
0.4
0.2
M3.5 x 0.6
3.6 (0.141)
0.4
0.2
M4 x 0.5
4.1 (0.161)
0.6
0.3
M5 x 0.5
5.1 (0.200)
0.8
0.4
M5 x 0.8
5.1 (0.200)
0.8
0.4
M6 x 0.75
6.1 (0.240)
1.0
0.5
M8 x 1.0
8.2 (0.322)
1.4
0.7
M10
10.1 (0.397)
1.8
0.9
2BA
5.1 (0.200)
0.6
0.3
Table 2 - Permissible mounting torques
(unless otherwise stated on data sheet)
Thread
Bulkhead Mounting Details
D
1.3 x Pitch Min.
Style A
54
D
T
D
Style B
© Copyright 1998
Oxley Inc.
T
Style C
Rev. 00 May 98
EMI Filter Catalog
Application Notes
Performance Measurement and Calculations
Insertion Loss
The performance of low pass filters is often characterized in terms of an insertion loss curve. Insertion low can be described as the ratio
of voltages across the load with and without the filter in the circuit. This is generally defined using a 50 Ω input and load impedance, and
given in decibels (dB).
Insertion Loss (dB) = 20 log10 (V1/V2)
Where V1 in the signal voltage without the filter present and V1 in the voltage after the filter has been put into the circuit.
Example: V1 = 100 millivolts, V2 = 1 millivolt
The filter is providing an insertion loss of:
Insertion Loss (dB) = 20 log10 100
1
∴ Insertion Loss = 40 dB
All insertion loss figures shown in this catalogue are measured in a 50Ω system.
Where the effect of temperature and load currents on the insertion loss has been taken into account in the filter design this is stated in the
data table headings.
All values claimed have been inset to cover measurement uncertainties and together with production component spreads, actual
measured values will exceed the claims by typically 3 dB.
Since load current increase and temperature excursion reduce the insertion loss of any filter, operation at lower load current and/or
temperature excursion than defined in the data tables will result in further gains of insertion loss of typically 3 to 6 dB.
To achieve optimum insertion loss, the filter should be mounted on a bulkhead of minimal RF impedance and provide co-axial earthing
over 360°. The bulkhead should offer effective screening between input and output connections. (See “Bulkhead Mounting Details” on
page 54.)
Insertion Loss Characteristics
Figure 4 - Insertion Loss of feedthrough capacitor filters
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
55
EMI Filter Catalog
Figure 4 shows the insertion loss characteristics of various values of simple C style feedthrough filters measured in a 50 Ω system. The
rising graphs show that the insertion loss rises as the frequency increases above a set point known as the cut-off frequency.
The cut-off frequency is usually defined as the point at which the insertion loss rises above 3 dB. Interference signals at frequencies
above the cut-off frequency are increasingly attenuated by the filter. The filter capacitor value must be chosen to ensure that the cut-off
frequency is above the desired signal bandwidth. Higher value capacitances resulting in lower cut-off frequencies, for the same system
impedance.
Figure 5 - Insertion Loss for various filter configurations
Figure 5 shows a comparison of typical insertion loss characteristics of different filter configurations. These graphs show that although the
insertion loss of an inductive element (L) on its own is very poor, when it is combined with a capacitor to form an LC filter the performance
is improved dramatically.
The inductive elements used in most leadthrough filters are in the form of a ferrite bead which has a drop off in attenuation at higher
frequencies, leading to the flattening of the high frequency insertion loss response for the L and Pi types.
The responsive curve of the Pi section filter shows an even steeper gradient beyond the cut-off frequency. The dip in the response around
the cut-off frequency is due to self resonance. Filter resonances will not cause any problems, providing they are well above the frequency
band of the required signal.
In Figures 4 and 5 the characteristics are shown for the filters operating in a 50 Ω system, however, the source and load impedance of the
circuit in which the filter is operating can have a dramatic effect on the insertion loss. Figure 6 shows the relative low insertion loss of a C
type filter operating with a 5 Ω source instead of 50 Ωs. The graph also shows the dramatic improvement when the filter is replaced with
an L type. In this case the inductive element should be connected to the lower impedance side of the circuit.
Ω
Ω
Ω
Figure 6 - Use of L type filters in low impedance systems
56
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
EMI Filter Catalog
Current
The average line current must not exceed the rated current shown in the datasheet. At temperatures in excess of 105°C (221°F), up to a
maximum of 125°C (257°F), the maximum current must be derated linearly to 0.6 times the rated current.
The possibility of current transients or surges must be considered. The steady state line current plus the transient of surge current should
not be allowed to exceed the following:
1.5 times rated current for 10 secs
4 times rated current for 500 ms
8 times rated current for 50 ms
In filter units incorporating inductors, an increase in line current will reduce the value of the inductor and hence reduce the level of
insertion loss achieved. The insertion loss claimed is only achieved within the load measurement condition defined.
Devices specifying claiming insertion loss at full load current will exhibit higher insertion loss at lower currents.
Voltage
The maximum voltage which may be applied to any filter element must not exceed the voltage rating of the device.
The AC rated voltage is defined for operation up to 125°C (257°F) and for frequencies up to 400 Hz. The peak AC voltage must not
exceed the defined 125°C (257°F).
The possibility of voltage transients or spike must be considered in determining the device voltage.
Termination Impedance
In line with all common measurement techniques, insertion loss figures are claimed within 50Ω termination conditions.
In practice, systems may present termination impedance very different from 50Ω. Input and output impedance amy also be different from
each other. The circuit style of the filter should be selected after taking into consideration the input and output termination impedance.
Temperature
The operating temperature for the device is defined in the specific rating table - normally from -55°C (131°F) to +125°C (257°F).
Temperature significantly affects the capacitor value and hence, the insertion loss achieved. The insertion loss claimed is only achieved
within the temperature limits defined.
The effect of line current in increasing the temperature of the filter must be remembered. Mounting onto a bulkhead, as well as providing
an efficient RF screen, must also provide an efficient heat sink.
The storage temperature of the device must not exceed the operating temperature limits. Extended storage at high ambient temperatures
may cause degradation in the solderability of the terminations or discoloration of the finish.
DC Voltage Drop
The effect of the resistance and rated current has been taken into consideration in the temperature rating of the filter. However, the
voltage drop at line current should be borne in mind when selecting the current rating of the device. Higher current ratings should be
selected if voltage drop must be minimized.
In AC applications, the effect of the AC impedance of the inductor may become significant.
Filter Construction
Perhaps the most important factor in the performance of the filter is the capacitor. The capacitor in the filter directly affects the
performance of the filter, the reliability, size and cost.
There are three basic types of ceramic capacitor commonly used in the construction of EMI filters: discoidal ceramic multilayer
feedthrough capacitor, tubular ceramic feedthrough capacitor and multiway planar capacitor array.
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
57
EMI Filter Catalog
Ceramic capacitor materials are usually barium titinate based. The “blend” of the ceramic composition affects the dielectric constant
(relative permativity) and the temperature stability of the capacity. The capacitance of the component is a function of the dielectric
constant, the number of electrodes within the capacitor and the thickness of the ceramic layer between the electrodes.
Multiway Planar
Capacitor Array
Tubular Ceramic
Feedthrough Capacitor
Discoidal Multilayer
Feedthrough Capacitor
Figure 7 - Types of ceramic capacitor
Ageing
All Ceramic capacitors decrease in capacitance with time, according to a logarithmic law, typically between 1 and 6% per decade.
The ageing restarts (the capacitor returns to its highest value) each time the capacitor is heated above 100°C
Oxley filters are measured and the capacitance value referenced to 24 hours after this start of the ageing process.
58
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
EMI Filter Catalog
Quality Conformance - Test Plan
It is Oxley’s policy to continue to gain the highest level of national
and international approvals. We have an ongoing program to
obtain further product range approvals to ISO 9001.
Product Approvals
Full details of the qualification approval testing and quality
conformance inspection are contained in detail specification 5.
Copies of the qualification approval certificates are available on
request.
Listed below are typical inspection schedules.
Group A
Interim Measurements
Electrical continuity
Sub group C4b
Initial measurements
Capacitance
Insertion loss (No load)
Test
Rapid change of temperature
-55/+125ºC 30 minutes.
Interim Measurements
Insulation resistance
Test
Shock
Sub group A0 (100%)
Visual examination
Capacitance and Inductance @ 1 KHz
dc resistance
Voltage proof
2.5 UR between line and case for 2 seconds. If repetition of the
voltage proof test is made by the user, the applied voltage shall
not be greater than 2.0 UR.
Group B
Sub group B1 (Level II, 1.0% AQL)
Dimensions (Outline)
Solderability
Solder bath Test 235ºC
981 m/s2 6ms 1/2 sine
Vibration
15-35ºC 196 m/s2 or 1.5 mm. 10-2000 Hz 2h in each of 3
mutually perpendicular planes.
Sub group C4
(Pre-conditioning as above)
Climatic sequence
Dry heat
125ºC 16h
Damp heat cycle (First cycle)
55ºC one cycle
Cold
-55ºC 2h
Low air pressure
85 mbar 15-35ºC for 15 minutes followed by 1.25 UR applied for
last minute.
Sub group B4 (Level II, 1.5% AQL)
Rated Voltage 125ºC
Rated Voltage 85ºC
-
< 100V d.c.
Test Voltage
10 ± 1V d.c.
≤ 250V a.c.
> 100 to < 500V d.c.
100 ± 15V d.c.
> 250V a.c.
> 500V d.c.
500 ± 50V d.c.
Asymmetric, 50 ohms conditions.
Damp heat cycle
55ºC 5 cycles
Final Measurements
Visual examination
Voltage proof
1.33 UR between line and case for 60 secs. Max. surge current
0.1A.
Capacitance
Voltage drop at rated current
Group C
Sub group C4 (3 months, Sample 18)
Sub group C4a
Capacitance
Test
Robustness of terminations
Force of 20N
Resistance to soldering heat
260ºC. Immersion duration 10 ± 1 seconds.
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
59
EMI Filter Catalog
Sub group C5 (3 months, Sample 12)
Mounting
Capacitance
Voltage proof
Test
Endurance
1000h 85ºC 1.5 UR applied to capacitors with 2.5 IR
flowing through central conductor.
Final measurements
Visual examination
Capacitance
Voltage proof
Group D
Sub group D1 (12 months. Sample 12)
Capacitance
Test
Damp heat steady state
56 days.
Final measurements
Voltage proof
Capacitance
Visual examination
Sub group D2 (36 months, Sample 12)
Dimensions (Detail)
Creepage and clearance
Insertion loss (Load)
Asymmetric, 50 ohm condition.
Sub group D3 (36 months, Sample 12)
Salt mist
Sub group D4 (36 months, Sample 5 per)
Resistance to solvents
25 ± 5ºC 1h
1.
2.
3.
4.
5.
60
Methyl-Alcohol
Trichloroethane
Trichlorotrifluoroethane
Isopropyl Alcohol
Butyl Cellosolve/Monoethanolamine/Water 1/1/42 by volume.
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
EMI Filter Catalog
Product Safety Information
Product: RFI Filters
This must be read in conjunction with the Product Data Sheet. Failure to observe the ratings and information on this sheet may constitute
a safety hazard.
1. Material Content
The major materials employed in the manufacture of these filters are inherently safe - being ceramic, metal and
glass. Silicone based encapsulation/impregnants are used. Resin sealed filters use Epoxy or Polyurethane
based resin seals.
2. Physical Form
Cylindrical metal housing with terminals at both ends. Proper mounting is essential for good R.F. performance
and also to prevent damage to the encapsulation under conditions of mechanical shock or vibration which would
result in premature failure of the component.
3. Intrinsic Properties
Non-Operating
Units may or may not contain discharge resistors - hence terminals must be shorted to case after switch off and
fully discharged before handling, otherwise there is the risk of electrical shock.
Operating
When operated within the rated conditions a long period of satisfactory operation will be obtained, but there is a
finite probability of short circuit failure to case and the design of general circuitry should allow for this.
Filter devices in this catalogue have not been subjected to those specific tests required of devices used on
220-240 VAC or other AC supplies, where electric shock hazard safety regulations apply.
4. Fire Characteristics
Primary
Any component subjected to abnormal power dissipation may:
a. Self ignite.
b. Become red hot.
c. Emit toxic fumes.
The component voltage ratings must not be exceeded, otherwise a hazard to health may ensue.
Secondary
In general, approximately 90% of the materials which make up these capacitors are ceramic and metal and fire
risk is minimal except for the silicone coating and resin seals.
5. Handling and Installation
The normal care required for small electronic components should be observed, in order that the insulating
encapsulation is not damaged. When subjected to testing, capacitors may retain a charge even after they have
been removed from test equipment.
Attention is drawn to the specific installation guides in the catalogue, especially with regard to soldering
temperatures and mounting thread torque ratings.
6. Storage
The normal conditions for storage should not exceed -55ºC to 125ºC and extreme humidity should be avoided.
7. Disposal
Incineration may cause the emission of toxic fumes and must therefore be avoided, otherwise no special hazards
are involved in disposal.
8. Unsafe Use
Most failures are of a passive nature and do not represent a safety hazard. A hazard may, however, arise if this
failure causes a dangerous malfunction of the equipment in which the capacitor is employed. Circuits should be
designed to fail safe under normal modes of failure.
Operation outside the specified ratings represents unsafe use.
Rev. 00 May 98
© Copyright 1998
Oxley Inc.
61
EMI Filter Catalog
62
© Copyright 1998
Oxley Inc.
Rev. 00 May 98
EMI Filter Catalog
Index of Part Numbers
dBZ/100/Ref 1 .......................................................... 15
dBZ/1000/Ref 1........................................................ 15
dBZ/10000/Ref 1 ...................................................... 15
dBZ/100000/Ref 1 .................................................... 15
dBZ/22/Ref 1 ............................................................ 15
dBZ/330/Ref 1 .......................................................... 15
dBZ/47/Ref 1 ............................................................ 15
dBZ/470/Ref 1 .......................................................... 15
dBZ/4700/Ref 1........................................................ 15
dBZ/47000/Ref 1 ...................................................... 15
dBZ/680/Ref 1 .......................................................... 15
dBZ2/C/10 ................................................................ 16
dBZ2/C/10/H ............................................................ 16
dBZ2/C/1000 ............................................................ 16
dBZ2/C/1000/H ........................................................ 16
dBZ2/C/2700 ............................................................ 16
dBZ2/C/2700/H ........................................................ 16
dBZ2/C/500.............................................................. 16
dBZ2/C/500/H .......................................................... 16
dBZ2/C/5000 ............................................................ 16
dBZ2/C/5000/H ........................................................ 16
dBZ4/P/22000 .......................................................... 17
dBZ4/P/44000 .......................................................... 17
dBZ4/P/5000 ............................................................ 17
DCS204N-01N2 ....................................................... 14
DCS204N-02N7 ....................................................... 14
DCS204N-05N0 ....................................................... 14
DCS204N-100P ....................................................... 14
DCS204N-500P ....................................................... 14
DCS421N-01N0 ....................................................... 14
DCS421N-02N2 ....................................................... 14
DCS421N-03N3 ....................................................... 14
DCS421N-04N7 ....................................................... 14
DCS421N-06N8 ....................................................... 14
DCS421N-100P ....................................................... 14
DCS421N-10N0 ....................................................... 14
DCS421N-22P0 ....................................................... 14
DCS421N-330P ....................................................... 14
DCS421N-470P ....................................................... 14
DCS421N-47P0 ....................................................... 14
DCS421N-680P ....................................................... 14
DCS504N-01N2 ....................................................... 14
DCS504N-02N7 ....................................................... 14
DCS504N-100P ....................................................... 14
DCS504N-500P ....................................................... 14
DCS704N-01N2 ....................................................... 14
DCS704N-100P ....................................................... 14
DCS704N-500P ....................................................... 14
DCT105N-45N0 ....................................................... 23
DCT108N-50N0 ....................................................... 23
DCT109N-50N0 ....................................................... 23
DCT112N ................................................................. 36
DCT113N ................................................................. 36
Rev. 00 May 98
DCT114N ................................................................
DCT117N ................................................................
DCT122P-01U0.......................................................
DCT205N-01N2.......................................................
DCT205N-02N7.......................................................
DCT205N-05N0.......................................................
DCT205N-100P.......................................................
DCT205N-500P.......................................................
DCT208N-120N.......................................................
DCT209N-120N.......................................................
DCT222P-750N.......................................................
DCT326P.................................................................
DCT328P.................................................................
DCT340P.................................................................
DCT405N-15N0.......................................................
DCT407N-27N0.......................................................
DCT407N-50N0.......................................................
DCT408N-80N0.......................................................
DCT409N-80N0.......................................................
DCT4112N ..............................................................
DCT4113N ..............................................................
DCT4114N ..............................................................
DCT4117N ..............................................................
DCT4122P-300N.....................................................
DCT418N-01N0.......................................................
DCT418N-04N7.......................................................
DCT418N-100N.......................................................
DCT418N-100P.......................................................
DCT418N-10N0.......................................................
DCT418N-22N0.......................................................
DCT418N-22P0.......................................................
DCT418N-330P.......................................................
DCT418N-470P.......................................................
DCT418N-47N0.......................................................
DCT418N-47P0.......................................................
DCT418N-680P.......................................................
DCT419N-01N0.......................................................
DCT419N-04N7.......................................................
DCT419N-100N.......................................................
DCT419N-100P.......................................................
DCT419N-10N0.......................................................
DCT419N-22N0.......................................................
DCT419N-330P.......................................................
DCT419N-470P.......................................................
DCT419N-47N0.......................................................
DCT419N-47P0.......................................................
DCT419N-680P.......................................................
DCT426P.................................................................
DCT428P.................................................................
DCT505N-01N2.......................................................
DCT505N-02N7.......................................................
DCT505N-100P.......................................................
DCT505N-500P.......................................................
Í Copyright 1998
Oxley Inc.
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EMI Filter Catalog
DCT5112N...............................................................
DCT5113N...............................................................
DCT5114N...............................................................
DCT5117N...............................................................
DCT5122P-100N .....................................................
DCT526P .................................................................
DCT527P .................................................................
DCT528P .................................................................
DCT540P .................................................................
DCT541P .................................................................
DCT607N-01N0 .......................................................
DCT607N-04N7 .......................................................
DCT607N-10N0 .......................................................
DCT607N-330P .......................................................
DCT607N-680P .......................................................
DCT6112N...............................................................
DCT6113N...............................................................
DCT6114N...............................................................
DCT6117N...............................................................
DCT626P .................................................................
DCT628P .................................................................
DCT640P .................................................................
DCT641P .................................................................
DCT705N-01N2 .......................................................
DCT705N-100P .......................................................
DCT705N-500P .......................................................
DCT726P .................................................................
DCT726P1...............................................................
DCT728P .................................................................
DCT740P .................................................................
DCT741P .................................................................
DCT826P .................................................................
DCT828P .................................................................
DCT840P .................................................................
DCT841P .................................................................
DCT926P .................................................................
DCT926P1...............................................................
DCT928P .................................................................
DCT940P .................................................................
DCT942P .................................................................
DF01N0ZO100 ........................................................
DF01N0ZO101 ........................................................
DLT/-/Ref 1 ..............................................................
DLT/100 ...................................................................
DLT/1000 .................................................................
DLT/10000...............................................................
DLT/10000/-/TVS.....................................................
DLT/100000 .............................................................
DLT/100000/-/TVS...................................................
DLT/22.....................................................................
DLT/330 ...................................................................
DLT/47.....................................................................
DLT/470 ...................................................................
DLT/4700 .................................................................
DLT/4700/-/TVS.......................................................
DLT/47000...............................................................
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DLT/47000/-/TVS .....................................................
DLT/680 ...................................................................
DLT/C/1200n/LP ......................................................
DLT/L/1200n ............................................................
DLT/L/1200n/LP.......................................................
DLT050B..................................................................
DLT051B..................................................................
DLT2/C/1200n..........................................................
DLT2/C/1200n/LP/-/TVS ..........................................
DLT2/L/1200n/LP/-/TVS...........................................
DLT200A..................................................................
DLT200B..................................................................
DLT200C..................................................................
DLT200D..................................................................
DLT200E..................................................................
DLT200F ..................................................................
DLT215A..................................................................
DLT215B..................................................................
DLT215C..................................................................
DLT215D..................................................................
DLT215E..................................................................
DLT215F ..................................................................
DLT326P..................................................................
DLT326PR ...............................................................
DLT331A..................................................................
DLT331G .................................................................
DLT331H..................................................................
DLT331K..................................................................
DLT331M .................................................................
DLT331N..................................................................
DLT342G .................................................................
DLT342H..................................................................
DLT342K..................................................................
DLT342M .................................................................
DLT342N..................................................................
DLT4/C/1000............................................................
DLT4/C/1000/XH......................................................
DLT4/C/10000..........................................................
DLT4/C/10000/XH....................................................
DLT4/C/22000..........................................................
DLT4/C/22000/XH....................................................
DLT4/C/330..............................................................
DLT4/C/330/XH........................................................
DLT4/C/4700............................................................
DLT4/C/4700/XH......................................................
DLT4/C/680..............................................................
DLT4/C/680/XH........................................................
DLT4/L/1000 ............................................................
DLT4/L/1000/XH ......................................................
DLT4/L/10000 ..........................................................
DLT4/L/10000/XH ....................................................
DLT4/L/22000 ..........................................................
DLT4/L/22000/XH ....................................................
DLT4/L/330 ..............................................................
DLT4/L/330/XH ........................................................
DLT4/L/4700 ............................................................
Í Copyright 1998
Oxley Inc.
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EMI Filter Catalog
DLT4/L/4700/XH ...................................................... 29
DLT4/L/680 .............................................................. 28
DLT4/L/680/XH ........................................................ 29
DLT418N-100N ........................................................ 30
DLT418N-10N0........................................................ 30
DLT418N-47N0........................................................ 30
DLT419N-100N ........................................................ 30
DLT419N-10N0........................................................ 30
DLT419N-47N0........................................................ 30
DLT425P .................................................................. 38
DLT425PR ............................................................... 43
DLT426P .................................................................. 39
DLT426PR ............................................................... 43
DLT429B .................................................................. 39
DLT429E .................................................................. 39
DLT429G ................................................................. 39
DLT429H.................................................................. 39
DLT429J .................................................................. 39
DLT429M ................................................................. 39
DLT431A .................................................................. 39
DLT431C.................................................................. 39
DLT431D.................................................................. 39
DLT431E .................................................................. 39
DLT431F .................................................................. 39
DLT431G ................................................................. 39
DLT431H.................................................................. 39
DLT431K .................................................................. 39
DLT431M ................................................................. 39
DLT431N.................................................................. 39
DLT525P .................................................................. 39
DLT526P .................................................................. 39
DLT526PR ............................................................... 43
DLT531G ................................................................. 39
DLT531H.................................................................. 39
DLT531K .................................................................. 39
DLT531M ................................................................. 39
DLT531N.................................................................. 39
DLT542G ................................................................. 40
DLT542H.................................................................. 40
DLT542K .................................................................. 40
DLT542M ................................................................. 40
DLT542N.................................................................. 40
DLT607N-04N7........................................................ 30
DLT607N-10N0........................................................ 30
DLT607N-22N0........................................................ 30
DLT607N-330P ........................................................ 30
DLT607N-680P ........................................................ 30
DLT625P .................................................................. 39
DLT626PR ............................................................... 43
DLT631G ................................................................. 39
DLT631H.................................................................. 39
DLT631K .................................................................. 39
DLT631M ................................................................. 39
DLT631N.................................................................. 39
DLT642G ................................................................. 41
DLT642H.................................................................. 41
Rev. 00 May 98
DLT642K .................................................................
DLT642M.................................................................
DLT642N .................................................................
DLT726P .................................................................
DLT726P1 ...............................................................
DLT726PR...............................................................
DLT731G.................................................................
DLT731H .................................................................
DLT731K .................................................................
DLT731M.................................................................
DLT731N .................................................................
DLT742G.................................................................
DLT742H .................................................................
DLT742K .................................................................
DLT742M.................................................................
DLT742N .................................................................
DLT826P .................................................................
DLT826PR...............................................................
DLT831G.................................................................
DLT831H .................................................................
DLT831K .................................................................
DLT831M.................................................................
DLT831N .................................................................
DLT842G.................................................................
DLT842H .................................................................
DLT842K .................................................................
DLT842M.................................................................
DLT842N .................................................................
DLT926P .................................................................
DLT926PR...............................................................
DLT931G.................................................................
DLT931G2...............................................................
DLT931H .................................................................
DLT931H2 ...............................................................
DLT931K .................................................................
DLT931K2 ...............................................................
DLT931M.................................................................
DLT931M2...............................................................
DLT931N .................................................................
DLT931N2 ...............................................................
DLT942G.................................................................
DLT942H .................................................................
DLT942K .................................................................
DLT942M.................................................................
DLT942N .................................................................
DLTM/......................................................................
DLTM/-/Ref 1...........................................................
DPT333G ................................................................
DPT333H.................................................................
DPT333K.................................................................
DPT333M ................................................................
DPT333N.................................................................
DPT343G ................................................................
DPT343H.................................................................
DPT343K.................................................................
DPT343M ................................................................
Í Copyright 1998
Oxley Inc.
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DPT343N .................................................................
DPT431B .................................................................
DPT431E .................................................................
DPT431G.................................................................
DPT431H .................................................................
DPT431J..................................................................
DPT431M ................................................................
DPT433G.................................................................
DPT433H .................................................................
DPT433K .................................................................
DPT433M ................................................................
DPT433N .................................................................
DPT533G.................................................................
DPT533H .................................................................
DPT533K .................................................................
DPT533M ................................................................
DPT533N .................................................................
DPT543G.................................................................
DPT543H .................................................................
DPT543H1...............................................................
DPT543K .................................................................
DPT543M ................................................................
DPT543M1 ..............................................................
DPT543N .................................................................
DPT633G.................................................................
DPT633H .................................................................
DPT633K .................................................................
DPT633M ................................................................
DPT633N .................................................................
DPT643G.................................................................
DPT643H .................................................................
DPT643K .................................................................
DPT643M ................................................................
DPT643N .................................................................
DPT733G.................................................................
DPT733H .................................................................
DPT733K .................................................................
DPT733M ................................................................
DPT733N .................................................................
DPT743G.................................................................
DPT743H .................................................................
DPT743K .................................................................
DPT743M ................................................................
DPT743N .................................................................
DPT833G.................................................................
DPT833H .................................................................
DPT833K .................................................................
DPT833M ................................................................
DPT833N .................................................................
DPT843G.................................................................
DPT843H .................................................................
DPT843H1...............................................................
DPT843K .................................................................
DPT843M ................................................................
DPT843N .................................................................
DPT933G.................................................................
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DPT933G2 ...............................................................
DPT933H .................................................................
DPT933H2 ...............................................................
DPT933K .................................................................
DPT933K2 ...............................................................
DPT933M.................................................................
DPT933M2...............................................................
DPT933N .................................................................
DPT933N2 ...............................................................
DPT943G .................................................................
DPT943H .................................................................
DPT943K .................................................................
DPT943M.................................................................
DPT943N .................................................................
DTC419N-22P0 .......................................................
DTT334H .................................................................
DTT334J ..................................................................
DTT334L ..................................................................
DTT334N .................................................................
DTT343H .................................................................
DTT343J ..................................................................
DTT343K..................................................................
DTT343L ..................................................................
DTT343M .................................................................
DTT434H .................................................................
DTT434J ..................................................................
DTT434L ..................................................................
DTT434N .................................................................
DTT534H .................................................................
DTT534J ..................................................................
DTT534L ..................................................................
DTT534N .................................................................
DTT543H .................................................................
DTT543H1 ...............................................................
DTT543J ..................................................................
DTT543J1 ................................................................
DTT543K..................................................................
DTT543L ..................................................................
DTT543M .................................................................
DTT543N .................................................................
DTT543N1 ...............................................................
DTT634H .................................................................
DTT634J ..................................................................
DTT634J1 ................................................................
DTT634L ..................................................................
DTT634N .................................................................
DTT643H .................................................................
DTT643J ..................................................................
DTT643K..................................................................
DTT643L ..................................................................
DTT643M .................................................................
DTT643N .................................................................
DTT734H .................................................................
DTT734J ..................................................................
DTT734L ..................................................................
DTT734N .................................................................
Í Copyright 1998
Oxley Inc.
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Rev. 00 May 98
EMI Filter Catalog
DTT743H ................................................................. 48
DTT743J .................................................................. 48
DTT743K.................................................................. 48
DTT743K1................................................................ 48
DTT743L .................................................................. 48
DTT743M ................................................................. 48
DTT743N ................................................................. 48
DTT834H ................................................................. 48
DTT834J .................................................................. 48
DTT834L .................................................................. 48
DTT834N ................................................................. 48
DTT843H ................................................................. 48
DTT843J .................................................................. 48
DTT843K.................................................................. 48
DTT843L .................................................................. 48
DTT843M ................................................................. 48
DTT843N ................................................................. 48
DTT934H ................................................................. 48
DTT934H1 ............................................................... 48
DTT934H2 ............................................................... 48
DTT934J .................................................................. 48
DTT934J1 ................................................................ 48
DTT934J2 ................................................................ 48
DTT934L .................................................................. 48
DTT934L1 ................................................................ 48
DTT934L2 ................................................................ 48
DTT934N ................................................................. 48
DTT934N1 ............................................................... 48
DTT934N2 ............................................................... 48
DTT943H ................................................................. 48
DTT943J .................................................................. 48
DTT943K.................................................................. 48
DTT943L .................................................................. 48
DTT943M ................................................................. 48
DUT331A ................................................................. 38
DUT331G ................................................................. 38
DUT331H ................................................................. 38
DUT331K ................................................................. 38
DUT331M................................................................. 38
DUT331N ................................................................. 38
DUT342G ................................................................. 40
DUT342H ................................................................. 40
DUT342K ................................................................. 40
DUT342M................................................................. 40
DUT342N ................................................................. 40
DUT429B ................................................................. 39
DUT429E ................................................................. 39
DUT429G ................................................................. 39
DUT429H ................................................................. 39
DUT429J .................................................................. 39
DUT429M................................................................. 39
DUT431A ................................................................. 39
DUT431C ................................................................. 39
DUT431D ................................................................. 39
DUT431E ................................................................. 39
DUT431F ................................................................. 39
Rev. 00 May 98
DUT431G ................................................................
DUT431H ................................................................
DUT431K.................................................................
DUT431M ................................................................
DUT431N ................................................................
DUT531G ................................................................
DUT531H ................................................................
DUT531K.................................................................
DUT531M ................................................................
DUT531N ................................................................
DUT542G ................................................................
DUT542H ................................................................
DUT542K.................................................................
DUT542M ................................................................
DUT542N ................................................................
DUT631G ................................................................
DUT631H ................................................................
DUT631K.................................................................
DUT631M ................................................................
DUT631N ................................................................
DUT642G ................................................................
DUT642H ................................................................
DUT642K.................................................................
DUT642M ................................................................
DUT642N ................................................................
DUT731G ................................................................
DUT731H ................................................................
DUT731K.................................................................
DUT731M ................................................................
DUT731N ................................................................
DUT742G ................................................................
DUT742H ................................................................
DUT742K.................................................................
DUT742M ................................................................
DUT742N ................................................................
DUT831G ................................................................
DUT831H ................................................................
DUT831K.................................................................
DUT831M ................................................................
DUT831N ................................................................
DUT842G ................................................................
DUT842H ................................................................
DUT842K.................................................................
DUT842M ................................................................
DUT842N ................................................................
DUT931G ................................................................
DUT931G2 ..............................................................
DUT931H ................................................................
DUT931H2 ..............................................................
DUT931K.................................................................
DUT931K2...............................................................
DUT931M ................................................................
DUT931M2 ..............................................................
DUT931N ................................................................
DUT931N2 ..............................................................
DUT942G ................................................................
Í Copyright 1998
Oxley Inc.
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EMI Filter Catalog
DUT942H.................................................................
DUT942K .................................................................
DUT942M ................................................................
DUT942N.................................................................
DXT345H .................................................................
DXT345L .................................................................
DXT545H .................................................................
DXT545L .................................................................
DXT635H .................................................................
DXT635L .................................................................
DXT645H .................................................................
DXT745H .................................................................
DXT745L .................................................................
DXT845H .................................................................
DXT845L .................................................................
DXT945H .................................................................
DXT945L .................................................................
DYT344H .................................................................
DYT344M ................................................................
DYT534H .................................................................
DYT534L .................................................................
DYT544H .................................................................
DYT544M ................................................................
DYT644H .................................................................
DYT744H .................................................................
DYT744M ................................................................
DYT844H .................................................................
DYT844M ................................................................
DYT944H .................................................................
DYT944M ................................................................
FLT/P/1500 ..............................................................
FLT/P/5000 ..............................................................
FLT/P/680................................................................
FLT3/P/1500/Ref 5 ..................................................
FLT8/P/1500 ............................................................
FLT8/P/1500/RP ......................................................
FLT8/P/5000 ............................................................
FLT8/P/5000/RP ......................................................
FLTM/C/1000...........................................................
FLTM/C/47...............................................................
FLTM/C/470.............................................................
FLTM/C/4700...........................................................
FLTM/C/8200...........................................................
FLTM/P/1500...........................................................
FLTM/P/5000...........................................................
FLTM/P/680 .............................................................
M15733/61-0005 (FL32) ..........................................
M15733/61-0006 (FL32) ..........................................
M15733/61-0007 (FL32) ..........................................
M15733/61-0010 (FL32) ..........................................
M15733/61-0011 (FL32) ..........................................
MLT/C/1000/5..........................................................
MLT/C/10000/5 ........................................................
MLT/C/22000/5 ........................................................
MLT/C/330/5 ............................................................
MLT/C/4700/5..........................................................
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MLT/C/680/5 ............................................................
MLT/L/1000/5...........................................................
MLT/L/10000/5.........................................................
MLT/L/22000/5.........................................................
MLT/L/330/5.............................................................
MLT/L/4700/5...........................................................
MLT/L/680/5.............................................................
SLT/P/1500 ..............................................................
SLT/P/1500/PC2 ......................................................
SLT/P/1500/SM3......................................................
SLT/P/22000/SM3....................................................
SLT/P/5000 ..............................................................
SLT/P/680 ................................................................
SLT1 ........................................................................
TCT101A..................................................................
TCT101B..................................................................
TCT150A..................................................................
TCT150B..................................................................
TCT152C .................................................................
TCT152D .................................................................
TCT152E..................................................................
TCT152F..................................................................
TCT152G .................................................................
TCT152H .................................................................
TCT152I ...................................................................
TCT152J ..................................................................
TCT152K..................................................................
TCT152L ..................................................................
TF01N0P2404..........................................................
TF01N0Z2404..........................................................
TF01N0Z2415..........................................................
TF01N0Z2420..........................................................
TF01N0Z2500..........................................................
TF01N0Z2501..........................................................
TF01N5Z2500..........................................................
TF01N5Z2501..........................................................
TF03N0Z2500..........................................................
TF03N0Z2501..........................................................
TF04N2M2404 .........................................................
TF500PE2404..........................................................
TF500PP2420..........................................................
TPS003A..................................................................
TPS003B..................................................................
TPS004A..................................................................
TPS004B..................................................................
TPS014A..................................................................
TPS014B..................................................................
TPS014C .................................................................
TPS014D .................................................................
TPS017A..................................................................
TPS023A..................................................................
TPS023B..................................................................
TPS051A..................................................................
TPS051B..................................................................
TPS103A..................................................................
TPS103B..................................................................
Í Copyright 1998
Oxley Inc.
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Rev. 00 May 98
EMI Filter Catalog
TPS104A.................................................................. 13
TPS104B.................................................................. 13
TPS114A.................................................................. 13
TPS114B.................................................................. 13
TPS203E.................................................................. 13
TPS204A.................................................................. 13
TPS204B.................................................................. 13
TPT001A .................................................................. 22
TPT001B .................................................................. 22
TPT001C.................................................................. 22
TPT002A .................................................................. 22
TPT002B .................................................................. 22
TPT002C.................................................................. 22
TPT002D.................................................................. 22
TPT021A .................................................................. 22
TPT021B .................................................................. 22
TPT050A .................................................................. 21
TPT050B .................................................................. 21
TPT050C.................................................................. 21
TPT050D.................................................................. 21
TPT070A .................................................................. 22
TPT070B .................................................................. 22
TPT070C.................................................................. 22
TPT070D.................................................................. 22
TPT070EM ............................................................... 22
TPT075A .................................................................. 22
TPT080A .................................................................. 22
TPT080B .................................................................. 22
TPT089A .................................................................. 21
TPT089B .................................................................. 21
TPT101A .................................................................. 22
TPT101B .................................................................. 22
TPT101C.................................................................. 22
TPT102A .................................................................. 22
TPT102B .................................................................. 22
TPT102C.................................................................. 22
TPT102D.................................................................. 22
TPT114C.................................................................. 22
TPT121A .................................................................. 22
TPT121B .................................................................. 22
TPT150A .................................................................. 21
TPT150B .................................................................. 21
TPT150C.................................................................. 21
TPT150D.................................................................. 21
TPT189A .................................................................. 21
TPT189B .................................................................. 21
TPT250B .................................................................. 21
TPT250C.................................................................. 21
TPT270A .................................................................. 22
TPT270B .................................................................. 22
TPT270C.................................................................. 22
TPT270D.................................................................. 22
TPT350B .................................................................. 21
TPT350C.................................................................. 21
Rev. 00 May 98
Í Copyright 1998
Oxley Inc.
69
EMI Filter Catalog
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Í Copyright 1998
Oxley Inc.
Rev. 00 May 98
EMI Filter Catalog
General Index
A
Application Notes ................................................ 55
B
Bulkhead mounting .............................................. 54
C
Ceramic Capability ................................................ 4
Ceramic capacitor ................................................ 58
Circuit Configuration .............................................. 6
Co-axial earthing ................................................. 53
Component Mounting
Configuration ................................................... 6
Solder style .................................................... 53
Threaded style ............................................... 53
Configuration ........................................................ 6
2 Pi ................................................................. 6
2 T .................................................................. 6
Applications and advantages ............................. 6
C .................................................................... 6
Circuit ............................................................. 6
L ..................................................................... 6
Pi .................................................................... 6
T ..................................................................... 6
Current ............................................................... 57
transients ...................................................... 57
Cut-off frequency ................................................. 56
Inspection Schedules
Group A ........................................................ 59
Sub group A0 ........................................... 59
Group B ........................................................ 59
Sub group B1 ........................................... 59
Sub group B4 ........................................... 59
Group C ........................................................ 59
Sub group C4 ........................................... 59
Sub group C4a ......................................... 59
Sub group C4b ......................................... 59
Sub group C5 ........................................... 60
Group D ........................................................ 60
Sub group D1 ........................................... 60
Sub group D2 ........................................... 60
Sub group D3 ........................................... 60
Sub group D4 ........................................... 60
L
Lead Wire Attachment ......................................... 53
M
Mounting panel thickness ..................................... 53
Mounting Styles .................................................... 4
Advantages ..................................................... 4
Mounting torque .................................................. 54
Multilayer ........................................................... 57
P
D
DC Voltage Drop ................................................. 57
E
Electromagnetic compatibility .................................. 3
Electromagnetic interference .................................. 3
EMI Suppression ................................................... 3
F
Feedthrough Filters ................................................ 3
Electrical Configuration ..................................... 5
Filter Construction ............................................... 57
Filter resonances ................................................. 56
Filter Styles ........................................................... 4
Fixing Options ....................................................... 4
I
Index of Part Numbers ......................................... 63
Insertion loss ....................................................... 55
Insertion Loss Characteristics ............................... 55
Rev. 00 May 98
Performance Measurement and Calculations .... 55, 58
Current ......................................................... 57
DC voltage drop ............................................. 57
Filter construction ........................................... 57
Insertion loss ................................................. 55
Insertion loss characteristics ............................ 55
Temperature .................................................. 57
Termination impedance .................................. 57
Voltage ......................................................... 57
Product Approvals ............................................... 59
Product Installation .............................................. 53
Product Safety
Disposal ........................................................ 61
Fire characteristics ......................................... 61
Handling and installation ................................. 61
Intrinsic properties .......................................... 61
Material content ............................................. 61
Physical form ................................................. 61
Storage ......................................................... 61
Unsafe use .................................................... 61
Product Safety Information ................................... 61
Í Copyright 1998
Oxley Inc.
71
EMI Filter Catalog
R
Responsive curve ................................................ 56
RFI Filters .......................................................... 61
S
Selection Guide
Panel mounted filters ........................................ 8
Solder mounted filters ....................................... 7
Solder style ........................................................ 53
T
Temperature ....................................................... 57
Termination Impedance ....................................... 57
Test Plan ............................................................ 59
Thermal shock .................................................... 53
Threaded style .................................................... 53
Types of Feedthrough Filters .................................. 4
V
Voltage .............................................................. 57
72
Í Copyright 1998
Oxley Inc.
Rev. 00 May 98
Oxley Inc.
25 Business Park Drive
PO Box 814
Branford, CT 06405, USA
Tel: (203) 488-1033
Fax: (203) 481-6971
E-mail: oxleyus@aol.com
Doc no. 4654845-39
ODC:SMFIL:40489/1/98

EMI Filter Catalog

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