Pickering Programmable Resistor Map - 2016

PXI Resistor
Modules
over 160
model choices
)
40-293 PXI
Programmable
Resistor & Relay
Module
40-294 PXI
Programmable
Resistor & Relay
Module
40-295A PXI
Programmable
Resistor Module
40-296 PXI
Programmable
Potentiometer
Module
40-260
PXI Precision
Programmable
Resistor Module
pickering
40-262 PXI RTD
Simulator Module
40-265
PXI Strain Gauge
Simulator Module
40-297 PXI
High Density
Programmable
Resistor Module
40-293-011 (4)
40-293-012 (4)
40-293-013 (4)
40-293-014 (4)
40-293-021 (2)
40-293-022 (2)
40-293-023 (2)
40-293-024 (2)
40-293-031 (2)
40-293-032 (2)
40-293-033 (2)
40-293-034 (2)
40-293-111 (4+8xSPDT)
40-293-112 (4+8xSPDT)
40-293-113 (4+8xSPDT)
40-293-114 (4+8xSPDT)
40-293-121 (2+8xSPDT)
40-293-122 (2+8xSPDT)
40-293-123 (2+8xSPDT)
40-293-124 (2+8xSPDT)
40-293-131 (2+8xSPDT)
40-293-132 (2+8xSPDT)
40-293-133 (2+8xSPDT)
40-293-134 (2+8xSPDT)
40-294-011 (4)
40-294-012 (4)
40-294-013 (4)
40-294-014 (4)
40-294-021 (2)
40-294-022 (2)
40-294-023 (2)
40-294-024 (2)
40-294-031 (2)
40-294-032 (2)
40-294-033 (2)
40-294-034 (2)
40-294-111 (4+8xSPST)
40-294-112 (4+8xSPST)
40-294-113 (4+8xSPST)
40-294-114 (4+8xSPST)
40-294-121 (2+8xSPST)
40-294-122 (2+8xSPST)
40-294-123 (2+8xSPST)
40-294-124 (2+8xSPST)
40-294-131 (2+8xSPST)
40-294-132 (2+8xSPST)
40-294-133 (2+8xSPST)
40-294-134 (2+8xSPST)
40-295A-311 (18)
40-295A-312 (18)
40-295A-313 (18)
40-295A-314 (18)
40-295A-321 (10)
40-295A-322 (10)
40-295A-323 (10)
40-295A-324 (10)
40-295A-331 (10)
40-295A-332 (10)
40-295A-333 (10)
40-295A-334 (10)
40-295A-341 (6)
40-295A-342 (6)
40-295A-343 (6)
40-295A-344 (6)
40-295A-351 (6)
40-295A-352 (6)
40-295A-353 (6)
40-295A-354 (6)
40-295A-211 (10)
40-295A-212 (10)
40-295A-213 (10)
40-295A-214 (10)
40-295A-221 (5)
40-295A-222 (5)
40-295A-223 (5)
40-295A-224 (5)
40-295A-231 (5)
40-295A-232 (5)
40-295A-233 (5)
40-295A-234 (5)
40-295A-241 (3)
40-295A-242 (3)
40-295A-243 (3)
40-295A-244 (3)
40-295A-251 (3)
40-295A-252 (3)
40-295A-253 (3)
40-295A-254 (3)
40-296-021-5/8 (5)
40-296-021-2/12 (2)
40-296-021-2/16 (2)
40-296-021-1/24 (1)
40-296-121-9/8 (9)
40-296-121-4/12 (4)
40-296-121-4/16 (4)
40-296-121-3/24 (3)
High Precision
40-260-001 (3)
40-261-001 (2)
40-261-002 (2)
40-262-001 (18)
40-262-002 (18)
40-265-016 (6)
40-265-206 (6)
40-265-406 (6)
40-265-306 (6)
40-265-106 (6)
40-297-010 (18)
40-297-011 (18)
40-297-012 (18)
40-297-013 (18)
40-297-014 (18)
40-297-020 (9)
40-297-021 (9)
40-297-022 (9)
40-297-023 (9)
40-297-024 (9)
40-297-030 (9)
40-297-031 (9)
40-297-032 (9)
40-297-033 (9)
40-297-034 (9)
40-297-040 (6)
40-297-041 (6)
40-297-042 (6)
40-297-043 (6)
40-297-044 (6)
40-297-050 (6)
40-297-051 (6)
40-297-052 (6)
40-297-053 (6)
40-297-054 (6)
40-292-011 (1)
40-292-012 (1)
40-292 PXI Load
Resistor Module
Ω
Ω
Ω
Ω
Ω
Additional Relay Option to
Extend Resistance Range
Additional Relay Options,
Short & Open Simulation
Reed Relay Based With
Fast Operating Speed &
Long Service Life
High Density Programmable Resistor,
Custom Options Available
High Density Programmable Potentiometer,
Custom Options Available
Very High Accuracy & Stability,
Fine Setting Resolution
40-262-201 (12)
40-262-202 (12)
40-262-101 (6)
40-262-102 (6)
RTD Simulation (PT100)
RTD Simulation (PT1000)
Simulation from
-25°C to +410°C
Strain Gauge Simulator, 350Ω
Strain Gauge Simulator, 1kΩ
Strain Gauge Simulator, 1.5kΩ
Strain Gauge Simulator, 2kΩ
Strain Gauge Simulator, 3kΩ
40-297-110 (9)
40-297-111 (9)
40-297-112 (9)
40-297-113 (9)
40-297-114 (9)
40-297-120 (4)
40-297-121 (4)
40-297-122 (4)
40-297-123 (4)
40-297-124 (4)
40-297-130 (4)
40-297-131 (4)
40-297-132 (4)
40-297-133 (4)
40-297-134 (4)
40-297-140 (3)
40-297-141 (3)
40-297-142 (3)
40-297-143 (3)
40-297-144 (3)
40-297-150 (3)
40-297-151 (3)
40-297-152 (3)
40-297-153 (3)
40-297-154 (3)
Ω
High Density Precision
Programmable Resistor,
Short & Open Simulation
Programmable Load Resistor,
Up to 15W Power Handling
Ω
Ω
Resolution
)
Accuracy*
0.5Ω
0.5Ω
0.5%
0.5%
0.25Ω
0.5Ω
1Ω
2Ω
0.25Ω
0.5Ω
1Ω
2Ω
0.25Ω
0.5Ω
1Ω
2Ω
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
50-293-011 (4)
50-293-012 (4)
50-293-013 (4)
50-293-014 (4)
50-293-021 (2)
50-293-022 (2)
50-293-023 (2)
50-293-024 (2)
50-293-031 (2)
50-293-032 (2)
50-293-033 (2)
50-293-034 (2)
50-293-111 (4+8xSPDT)
50-293-112 (4+8xSPDT)
50-293-113 (4+8xSPDT)
50-293-114 (4+8xSPDT)
50-293-121 (2+8xSPDT)
50-293-122 (2+8xSPDT)
50-293-123 (2+8xSPDT)
50-293-124 (2+8xSPDT)
50-293-131 (2+8xSPDT)
50-293-132 (2+8xSPDT)
50-293-133 (2+8xSPDT)
50-293-134 (2+8xSPDT)
0.25Ω
0.5Ω
1Ω
2Ω
0.25Ω
0.5Ω
1Ω
2Ω
0.25Ω
0.5Ω
1Ω
2Ω
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
50-294-011 (4)
50-294-012 (4)
50-294-013 (4)
50-294-014 (4)
50-294-021 (2)
50-294-022 (2)
50-294-023 (2)
50-294-024 (2)
50-294-031 (2)
50-294-032 (2)
50-294-033 (2)
50-294-034 (2)
50-294-111 (4+8xSPST)
50-294-112 (4+8xSPST)
50-294-113 (4+8xSPST)
50-294-114 (4+8xSPST)
50-294-121 (2+8xSPST)
50-294-122 (2+8xSPST)
50-294-123 (2+8xSPST)
50-294-124 (2+8xSPST)
50-294-131 (2+8xSPST)
50-294-132 (2+8xSPST)
50-294-133 (2+8xSPST)
50-294-134 (2+8xSPST)
0.25Ω
0.5Ω
1Ω
2Ω
0.25Ω
0.5Ω
1Ω
2Ω
0.25Ω
0.5Ω
1Ω
2Ω
0.25Ω
0.5Ω
1Ω
2Ω
0.25Ω
0.5Ω
1Ω
2Ω
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
0.3%
50-295A-311 (18)
50-295A-312 (18)
50-295A-313 (18)
50-295A-314 (18)
50-295A-321 (10)
50-295A-322 (10)
50-295A-323 (10)
50-295A-324 (10)
50-295A-331 (10)
50-295A-332 (10)
50-295A-333 (10)
50-295A-334 (10)
50-295A-341 (6)
50-295A-342 (6)
50-295A-343 (6)
50-295A-344 (6)
50-295A-351 (6)
50-295A-352 (6)
50-295A-353 (6)
50-295A-354 (6)
50-295A-211 (10)
50-295A-212 (10)
50-295A-213 (10)
50-295A-214 (10)
50-295A-221 (5)
50-295A-222 (5)
50-295A-223 (5)
50-295A-224 (5)
50-295A-231 (5)
50-295A-232 (5)
50-295A-233 (5)
50-295A-234 (5)
50-295A-241 (3)
50-295A-242 (3)
50-295A-243 (3)
50-295A-244 (3)
50-295A-251 (3)
50-295A-252 (3)
50-295A-253 (3)
50-295A-254 (3)
1Ω
1Ω
1Ω
1Ω
0.5%
0.5%
0.5%
0.5%
50-296-021-5/8 (5)
50-296-021-2/12 (2)
50-296-021-2/16 (2)
50-296-021-1/24 (1)
50-296-121-9/8 (9)
50-296-121-4/12 (4)
50-296-121-4/16 (4)
50-296-121-3/24 (3)
0.01Ω
0.002Ω
0.015Ω
0.008Ω
0.09Ω
0.002Ω
0.01Ω
0.0125Ω
0.02Ω
0.025Ω
0.1%
0.08%
0.08%
0.1%
0.1%
0.03%
0.06%
0.06%
0.06%
0.06%
50-262-101 (6)
50-262-102 (6)
50-265-016 (6)
50-265-206 (6)
50-265-406 (6)
50-265-306 (6)
50-265-106 (6)
0.125Ω
0.25Ω
0.5Ω
1Ω
2Ω
0.125Ω
0.25Ω
0.5Ω
1Ω
2Ω
0.125Ω
0.25Ω
0.5Ω
1Ω
2Ω
0.125Ω
0.25Ω
0.5Ω
1Ω
2Ω
0.125Ω
0.25Ω
0.5Ω
1Ω
2Ω
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
0.2%
50-297-010 (18)
50-297-011 (18)
50-297-012 (18)
50-297-013 (18)
50-297-014 (18)
50-297-020 (9)
50-297-021 (9)
50-297-022 (9)
50-297-023 (9)
50-297-024 (9)
50-297-030 (9)
50-297-031 (9)
50-297-032 (9)
50-297-033 (9)
50-297-034 (9)
50-297-040 (6)
50-297-041 (6)
50-297-042 (6)
50-297-043 (6)
50-297-044 (6)
50-297-050 (6)
50-297-051 (6)
50-297-052 (6)
50-297-053 (6)
50-297-054 (6)
1Ω
10Ω
5%
5%
50-297-110 (9)
50-297-111 (9)
50-297-112 (9)
50-297-113 (9)
50-297-114 (9)
50-297-120 (4)
50-297-121 (4)
50-297-122 (4)
50-297-123 (4)
50-297-124 (4)
50-297-130 (4)
50-297-131 (4)
50-297-132 (4)
50-297-133 (4)
50-297-134 (4)
50-297-140 (3)
50-297-141 (3)
50-297-142 (3)
50-297-143 (3)
50-297-144 (3)
50-297-150 (3)
50-297-151 (3)
50-297-152 (3)
50-297-153 (3)
50-297-154 (3)
* Accuracy figure is for indication purposes only, please consult the product datasheets for more detail.
50-293 PCI
Programmable
Resistor & Relay
Card
50-294 PCI
Programmable
Resistor & Relay
Card
50-295A PCI
Programmable
Resistor Card
50-296 PCI
Programmable
Potentiometer Card
50-262 PCI RTD
Simulator Card
50-265
PCI Strain Gauge
Simulator Card
50-297 PCI
High Density
Programmable
Resistor Card
pickeringtest.com
Pickering Interfaces
40-261
PXI Precision
Programmable
Resistor Module
40-290-121 (2+16xSPDT)
40-291-121 (4+16xSPDT)
Ω
Pickering Interfaces
40-290/291 PXI
Programmable
Resistor Module
Standard Precision
40-290-021 (2)
40-291-021 (4)
Resistance Range
PCI Resistor Cards
over 150 model choices
pickering
pickeringtest.com
Pickering Programmable Resistor Map - 2016
pickeringtest.com
Pickering Programmable Resistor Map - 2016
Pickering Interfaces' Programmable Resistor Module Range
Our PXI modules operate in any PXI
or PXIe Hybrid Chassis available from
Keysight, NI, Marvin Test Solutions,
ADLINK, Pickering and Teradyne/LitePoint.
Programmable Resistor Map
Accessories
Our PXI and PCI product
ranges are fully supported by an
extensive range of breakouts,
cables and connectors that
are outlined in the Cable &
Connectors Map and Catalog. By
utilizing our connection solutions,
you are able to minimize the
time required to specify your test
system.
Pickering is a leading manufacturer of PXI switching modules. Offering the
widest range of PXI switching solutions available, over 1000 modules, we can
help you with your test and measurement requirements. We first entered the
PXI market in 1998 and now offer more PXI modules than our competitors
combined.
● Modules vary from our BRIC high density switching matrix, RF &
microwave, and optical switching products through to simple and
precision resistor switching networks for sensor emulation.
● All modules come with a standard 3-year warranty.
● We are a Sponsor Member of the PXI Systems Alliance.
)
)
Provides two or four channels of variable resistance based
on binary chains of resistors switched by reed relays. It is
controlled using relay bit patterns to set the resistance values.
It is ideal for lower density general purpose applications.
Relay
)
High performance three channel resistor module
designed for wide resistance range with very fine
setting resolution. Software control is easy as it uses
resistance calls in ohms rather than bit patterns. It
includes a calibration port on a separate connector.
Cables & Connectors Catalog
Our PCI Cards are compatible with
Specification 2.0 of the PCI standard and
operate with a 33MHz 32-bit bus using
either +5V or universal signalling (see
individual card data sheets for details).
Details the available cable and
connector options we can supply for
any product in the PXI/PCI range 250 pages.
Outlines the range of cable and
connector options available for
PCI and PXI products.
Relay
)
Pickering is the
Details our full range of PXI
modules and support products over 500 pages.
These instrument grade reed
relays feature SoftCenter® technology, ensuring long service life and
repeatable contact performance (for further information visit www.
pickeringrelay.com). In addition, most of our switch modules use
through-hole technology relays (as opposed to surface mount) allowing
easy replacement without the need for special tools.
A fold-out selection guide to
all our 1000+ PXI modules.
Pickering can also quickly develop custom solutions. Our modules and cards are designed and manufactured on
our own flexible manufacturing lines, giving complete product control and enabling simple customization to meet
very specific requirements. Please contact your local sales office to discuss.
LXI Ethernet Modular Chassis
These chassis are capable of hosting
our extensive range of 3U PXI switching
and test & measurement modules in an
LXI environment, allowing remote control
over a gigabit Ethernet connection.
Available in 7 or 18 slot versions.
Our extensive switching experience and the fact that all of our critical components, software and cabling designs
and manufacturing processes are done in-house enables us to provide you with long-term support—typically 15-20
years for many products.
)
Custom Resistors
)
Designed to provide a narrow resistance range with
high channel count and very high performance levels.
Intended specifically for RTD simulation applications,
with builds aimed at PT100 and PT1000, they provide
a simulation range of -25°C to +410°C. Through use
of resistance calls, values can easily be adapted by
the user into temperature settings corresponding to
the required RTD device. The 40-262 and 50-262
both have separate calibration ports.
)
Suited to applications were speed of operation is more critical
than accuracy, they use relay patterns or resistance calls
for control and are ideal for real time applications. They are
based on reed relays that have higher thermo-electric EMF
values than electro-mechanical relays, and a higher contact
resistance which leads to a higher residual path resistance.
Simulator
)
)
Designed specifically for strain gauge simulation,
the 40-265 and 50-265 include a resistance bridge
circuit and excitation system. Available with Bridge
Impedances of 350Ω, 1kΩ, 1.5kΩ, 2kΩ and 3kΩ, the
resistance control range is very small and has very
fine resolution, allowing the emulation of small strain
levels. They also have separate calibration ports.
)
Resistor
A fold-out selection guide to
all our PCI card range.
Load Resistors
Cables & Connectors
PXImate
Our 80-page book explaining
PXI basics providing useful data
for engineers working on test
systems.
Selectable Resistors
This two channel module is similar to 40-260 but
has a much lower bottom end resistance value. The
design is optimized for high performance applications
requiring low as well as high resistance settings.
It uses a resistance call to set its value and has a
separate calibration port.
Based on the same architecture as the 40-295 and 50-295A,
the 40-296 and 50-296 have adjacent channels internally
linked to provide the user with a potentiometer emulation.
Our PXI module and PCI card
drivers are compatible with all popular
software: Windows® 10/8/7/Vista/
XP, Visual Studio® (VB.NET, C#,
C/C++), LabVIEW™, LabVIEW
RT™, LabWindows/CVI™, IVI,
NISE, Keysight VEE, Mathworks
Matlab, Marvin Test ATEasy, MTQ
Testsolutions Tecap.
Accuracies from 0.03% to 5%
)
Similar architecture to the 40-293/50-293 but using Pickering
Reed Relays giving fast operation time and long service Life.
In addition to offering two or four resistor channels the design
includes the option of 8xSPST relays which can be used
for general purpose switching applications or for inserting
additional components into the resistor chains.
)
Product Customization
Dedicated ranges for RTD and Strain Gauge Simulation
Resolutions from 2 mΩ to 10 Ω
)
)
A common driver and software package ensures programs can be exchanged
with minimal effort between the PCI and PXI platforms.
Ideal for Sensor Emulation
)
Offers a lower cost alternative with lower accuracy than the
40-297/50-297. In addition to offering two or four resistor
channels the design includes the option of 8xSPDT relays
which can be used for general purpose switching applications
or for inserting additional components into the resistor chains.
A test system may not require a large number of switching or instrumentation modules or the need for a PXI
or LXI chassis. In these cases a PCI switch card may provide a low cost solution that is perfectly adequate. In
some cases full length PCI cards can be used that offer more capacity than their PXI equivalents, the complexity
limitation usually being the connector space on the card’s panel.
Our PCI cards are built using the same basic technology as our acclaimed PXI module range, utilizing the same
software drivers, soft front panels and control electronics. They are 100% software compatible allowing users to
migrate from PXI to PCI or from PCI to PXI as required by the application.
Our range of PCI cards includes:
● Programmable and Precision
● General Purpose Relay
Resistors
● Matrices including High Density & RF
● Relay Drivers and Digital I/O
● Multiplexers including High Voltage
● Function Generators
Pickering Interfaces
Programmable Resistor Range
PXI & PCI from Pickering Interfaces
Pickering designs and manufactures signal switching and instrumentation for use
in electronic test and simulation - offering the largest range of switching for PXI, LXI
Ethernet and PCI applications in the industry. Our expanding range enables us to
mance at the right cost.
give you the right amount of switching with the required performance
pickering
)
)
Pickering’s Resistor Map is a single sheet reference to our range of over 160 PXI Resistor Modules
and range of over 150 PCI Resistor cards, including their basic specifications and cabling options.
For applications where accuracy is important but
the accuracy levels of the precision range are not
required. Control is by resistance calls and the closest
setting to the required value is calculated by the
use of calibration information stored on-board. Both
PXI and PCI versions have excellent accuracy and
temperature stability.
)
Based on solid state switching, this programmable resistor
provides an adjustable load with up to 15W power handling.
Offset resistors are included and the module can also be set
for open or short circuit.
pickeringtest.com
2016
Custom PXI & PCI Programmable Resistors
When our extensive range of Programmable
Resistor Modules and Cards do not meet the exact
requirements for your application, we offer custom
builds defined to meet your needs. Examples of
customization can include the addition of an offset
resistor, different resolutions and resistance ranges.
Contact your local sales office with your requirements
for more information.
)
What is a Programmable Resistor?
Short
Circuit
CHANNEL 1
COARSE
ADJUST
●
●
●
●
Generally 100mW for precision programmable resistors and up to 1W for
standard programmable resistors.
We also offer a PXI programmable load module with up to 15W power
handling (40-292).
Minimum Resistance Value
The lower the minimum resistance value required the greater the errors
caused by relay contact resistance and copper trace losses.
Generally, modules and cards with a low minimum resistance do not have as
wide a range of resistance values as those with higher minimum resistances.
Accuracy
High accuracy requires careful design to ensure low loss paths,
management of thermoelectric EMF and the use of higher stability resistors
Calibration Port
A calibration port allows the user to check the resistor channel without
having to disconnect the front panel connector. It can be used to connect
any of the resistor channels to a DMM to perform an accurate four terminal
measurement.
Custom Programmable Resistors
If the desired accuracy, precision, range, number of channel, power
handling, etc is not available then please contact your local sales office to
discuss your application. We are often able to configure custom builds or
even design a new version of a PXI/PCI model.
Our entire range of resistor modules and cards use real resistors, they do not use
current loads or other electronic means to control the resistance value. Therefore
they behave in exactly the same way as a real resistor.
Resistor
6
Resistor
7
Resistor
8
Programmable resistors have many applications in automated test, verification and
simulation systems:
CALIBRATION PORT
CONNECTOR
CHANNEL 2
FINE
ADJUST
COARSE
ADJUST
FINE
ADJUST
CALIBRATION
MUX
Simulation of resistance based temperature sensors such as positive or negative
temperature coefficient thermistors.
Resistance Temperature Detectors (RTDs) can be wire-wound or thin film. PT100
and PT1000 types, along with others, can be simulated, requiring fine setting
resolution.
250
2500
200
2000
150
1500
100
1000
50
500
-20
0
20
40
60
EXCITATION PORT
2
CH1 Excite1
3
4
5
RF Cables
Ω
● 200 Way LFH
● Strain Gauge Simulation
Strain gauges are used in mechanical systems to measure the tension or
compression of structural components. Simulation requires extremely fine setting
resolution with high accuracy and temperature stability.
CALIBRATION PORT
CONNECTOR
RESISTIVE STRAIN GAUGE SIMULATOR CHANNEL 1
Mass Interconnect
Ω
6
CH1 Out1
CH1 Out2
Programmable Resistor Map
We recommend the use of a mass
interconnect solution when an Interchangeable
Test Adapter (ITA) is required to be used with
a PXI based test system. The complete range
of our PXI modules are fully supported by
both VPC and MacPanel mass interconnect
solutions:
Temp erature ( º C)
CH1 Excite2
CALIBRATION
MUX
Pickering Interfaces
80 100 120 140 160 180 200 220 240 260 280 300 320 340 360 380 400
PROGRAMMABLE
RESISTOR
INTERNAL
EXCITATION
SOURCE
pickering
Comprehensive
Range
of Cables
& Connectors
Comprehensive Range
of Connector
and Cabling
Solutions
FROM OTHER STRAIN
GAUGE CHANNELS
BRIDGE OUTPUT
Pickering Interfaces
pickering
●
Resistor
5
Multi-Way Cables & Connectors
Solutions in both the PXI and PCI formats.
Ethernet control of any PXI module when installed in an LXI Chassis.
Modules and cards based on electro-mechanical relays have an operating
speed of typically 3ms. For higher speed, those based on reed relays are
more suitable with an operating speed of typically 0.5ms.
Resistor
4
RESISTOR CHANNEL
CONNECTOR
Between 1 and 18 channels.
● Range
A wide selection of resistance ranges are available with values from a short
circuit to millions of Ohms.
Modules and cards are available with a narrow setting range and very fine
resolution suitable for simulating sensors and strain gauges.
● Resolution
A selection of resistance setting resolutions are available from 10Ω to 2mΩ
suitable for a wide range of applications.
●
Resistor
3
●
We offer a variety of resistor modules and cards with different features which make
them attractive for different applications:
●
Resistor
2
OUT
Selecting a Programmable Resistor
●
Resistor
1
Resistance f or PT1000 RTD ( Ω)
In their simplest form, our programmable resistors consist of a basic chain of
resistance values switched in or out of circuit with reed relays, electro-mechanical
relays or solid state switches. We also offer multi-channel programmable resistors
with very fine value adjustment and high accuracy including programmable resistive
bridges for strain gauge emulation.
IN
Resistance f or PT100 RTD ( Ω)
A Programmable Resistor is designed to emulate the use of resistive sensors and
variable resistors in systems when testing devices such as engine controllers.
Provides an array of switched fixed value resistors. Each
resistor can be set in-circuit, open circuit, or short circuit. This
module is a good choice where you simply need to have a
few fixed values rather than a variable resistor. The resistors
can either be fitted by the user or we can load the values
required.
Isolation
● Load Cell Simulation
The most common implementation is by using Strain Gauges. Programmable resistors
in a wheatstone bridge arrangement can be used to simulate an applied force.
● Pressure Sensor Simulation
For the simulation of pressure senders in mechanical systems or barometric pressure
sensors in applications such as altimeters in the aerospace industry.
● Select on Test Resistance
A programmable resistor can be used in a test environment where a component's
value is optimized at the production test stage.
● 200 Way LFH
● 160 Way DIN 41612
● 96 & 68 Way SCSI Style
Micro-D
● 50 Way IDC
● 78, 50, 37, 26, 25, 15 & 9
Way D-Type
● 50, 37 & 9 Way High Voltage
D-type
● 20 Way GMCT (MS-M)
● 26 Way GMCT (MS-M) RF
Coaxial
● 160 Way DIN 41612
● 200 Way LFH
● 160 Way DIN 41612
● 96 & 68 Way SCSI
Style Micro-D
● 50 Way IDC
● 78, 50, 37, 25 & 9 Way
D-Type
● 3, 4 & 8 Way Power D-Type
● Position Sensor Simulation
Rotary or linear position sensors in mechanical systems usually take the form of
potentiometers and are used in applications such as throttle position senders in
automotive systems.
●
Can be used to simulate the contacts of a worn or contaminated switch for automotive
ECU testing.
● Fault Insertion
Can be used for injecting fault conditions when testing the fault tolerance of aircraft or
automotive control systems.
● SMB to SMB 50Ω
● SMA to SMA 50Ω
● 78, 50, 37, 26, 25, 15 & 9
Way D-Type
● µWave SMA to µWave
SMA 50Ω
● 50, 37 & 9 Way High Voltage
D-type
● MCX to MCX 50Ω
● SMB to BNC 50Ω
● 20 Way GMCT (MS-M)
● SMB to SMA 50Ω
● 26 Way GMCT (MS-M) RF
Coaxial
● F type to SMA 50Ω
● 3, 4 & 8 Way Power D-Type
● SMZ/type43 to SMZ/
type43 75Ω
● Male to Male
● Male or Female
● Shielded
● Straight or Right Angled
● Module Mounted
● PCB or Cable Mount
● BRIC Mounted
● Solder or Crimp
● DIN Rail Mounted
● With or Without Backshell
● Screw Terminals
Refer to the Cables &
Connectors Catalog or individual
connector data sheets to see
which connector formats are
available for each connector
type.
Refer to the Cables &
Connectors Catalog or
individual connector
data sheets to see which
connector block formats
are available for each
connector type.
● Male to Female
● Female to Female
● Male to Unterminated
● Female to Unterminated
● Lengths of 0.5m, 1m, 2m or
Custom
Refer to the Cables &
Connectors Catalog or
individual connector data sheets
to see which cable formats are
available for each connector
type.
Pickering’s PXI and PCI Programmable Resistor Modules are ideal for functional test and
simulation in medical, aerospace and automotive applications.
Switching | Programmable Resistors | Instrumentation | Custom Design | Connectivity & Cables
● BNC to BNC 75Ω
● 1.0/2.3 to 1.0/2.3 75Ω
● Load Resistor
Where a circuit under test requires the connection of an external load.
● 96 & 68 Way SCSI Style
Micro-D
● BNC to BNC 50Ω
● Mini SMB to Mini SMB
75Ω
Direct Sales & Support Offices
Pickering Interfaces Inc., USA
Tel: +1 781-897-1710 | e-mail: ussales@pickeringtest.com
Pickering Interfaces Ltd., UK
Tel: +44 (0)1255-687900 | e-mail: sales@pickeringtest.com
● MCX to MCX 75Ω
Pickering Interfaces Sarl, France
Tel: +33 1 60 53 55 50 | e-mail: frsales@pickeringtest.com
● F type to F type 75Ω
Pickering Interfaces GmbH, Germany
Tel: +49 89 125 953 160 | e-mail: desales@pickeringtest.com
● 1.6/5.6 to 1.6/5.6 75Ω
● Mini SMB to BNC 75Ω
● Mini SMB to SMZ/type43
75Ω
● Mini SMB to 1.0/2.3 75Ω
All cables are available in
0.1m, 0.25m, 0.5m, 1m or
custom lengths.
Pickering Interfaces AB, Sweden
Tel: +46 340-69 06 69 | e-mail: ndsales@pickeringtest.com
Pickering Interfaces s.r.o., Czech Republic
Tel: +420 558 987 613 | e-mail: desales@pickeringtest.com
Pickering Interfaces, China
Tel: +86 10 57025883 | e-mail: chinasales@pickeringtest.com
Local Sales Agents in Australia, Belgium, Canada, China, India, Indonesia, Israel,
Italy, Japan, Malaysia, Netherlands, New Zealand, Philippines, Singapore, South
Korea, Spain, Taiwan, Thailand, Vietnam and throughout the USA.
Pickering Interfaces, the Pickering Interfaces logo, BRIC, BIRST and eBIRST are trademarks of Pickering Interfaces LLC.
All other brand and product names are trademarks or registered trademarks of their respective owners. Information contained
in this document is summary in nature and subject to change without notice.
© Pickering Interfaces 2016 – All rights reserved
Feb 2016 - LIT–011 Issue 2
)
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