29 mm (1.13") photomultiplier 9125B series data

29 mm (1.13") photomultiplier
9125B series data sheet
6 characteristics
1 description
The 9125B is a 29 mm (1.13") diameter, end window
photomultiplier with blue-green sensitive bialkali photocathode
and 11 high gain, high stability, SbCs dynodes of linear
focused design. The 9125WB and 9125QB are variants for
applications requiring uv sensitivity.
2 applications
wide range of applications
spectroscopy
x-ray & gamma-ray spectroscopy
photon counting of bio- and chemi-luminescent samples
3 features
•
•
•
•
high gain
low operating voltage
good SER
good pulse height resolution
4 window characteristics
9125B
borosilicate
spectral range**(nm)
refractive index (nd)
K
Th
U
(ppm)
(ppb)
(ppb)
9125WB
UV glass
9125QB*
fused silica
280 - 630
1.49
170 - 630
1.48
160 - 630
1.46
300
250
100
8500
30
30
<10
<10
<10
* note that the sidewall of the envelope contains graded seals of high K content
** wavelength range over which quantum efficiency exceeds 1 % of peak
5 typical spectral response curves
min
(1)
subject to not exceeding max. rated sensitivity
7
type
max
25
28
65
11
1
200
2000
850
1100
3
0.1
1150
0.2
2
100
1
5
6.4
25
100
2
7.5
20
2
± 0.5
4.5
7.5
4
33
50
100
50
30
2000
60
2000
300
300
202
-30
(2)
subject to not exceeding max rated V(k-a)
7 typical voltage gain characteristics
%
30
8
20
Q
W
100
300
7
10
200
100
B
10
0
10
2,000
1,000
A/ l m
quantum efficiency
10,000
500
wavelength nm
700
900
6
10
divider A
divider B
10
5
10
1
0.1
4
10
0.2
0.4
0.6
0.8
1.0
1.2
Vk-a (kV)
1.4
1.6
1.8
2.0
gai n
•
•
•
•
unit
photocathode: bialkali
active diameter
mm
quantum efficiency at peak
%
luminous sensitivity
µA/lm
with CB filter
with CR filter
dynodes: 11LFSbCs
anode sensitivity in divider A:
nominal anode sensitivity
A/lm
max. rated anode sensitivity
A/lm
overall V for nominal A/lm
V
overall V for max. rated A/lm
V
6
gain at nominal A/lm
x 10
dark current at 20 ºC:
dc at nominal A/lm
nA
dc at max. rated A/lm
nA
-1
dark count rate
s
afterpulse rate:
%
afterpulse time window
µs
pulsed linearity (-5% deviation):
divider A
mA
divider B
mA
pulse height resolution:
single electron peak to valley
ratio
137
Cs with 1” x 1” Nal(T1)
rate effect ( Ia for ∆g/g=1%):
µA
magnetic field sensitivity:
the field for which the output
decreases by 50 %
-4
most sensitive direction
T x 10
-1
temperature coefficient:
% ºC
timing:
single electron rise time
ns
single electron (fwhm)
ns
single electron jitter (fwhm)
ns
transit time
ns
weight:
g
maximum ratings:
anode current
µA
cathode current
nA
6
gain
x 10
sensitivity
A/lm
temperature
°C
(1)
V (k-a)
V
V (k-d1)
V
(2)
V (d-d)
V
ambient pressure (absolute)
kPa
8 voltage divider distribution
k
d1 d2
d8
11 ordering information
d9 d10 d11
a
A
2R
R
R
R
B
2R
R
R
2R 3R 4R 3R
R
R
R
9125B series data sheet
page 2
Standard
High Pulsed
Linearity
Characteristics contained in this data sheet refer to divider A
unless stated otherwise.
9 external dimensions mm
The drawings below show the 9125B in hardpin format, the
9125FLB in flying lead format with temporary B14B base fitted
and the 9125FLB in flying lead format.
The 9125B meets the specification given in this data sheet.
You may order variants by adding a suffix to the type number.
You may also order options by adding a suffix to the type
number. You may order product with specification options
by discussing your requirements with us. If your selection
option is for a one-off order, then the product will be referred
to as 9125A. For a repeat order, ET Enterprises Limited will
give the product a two digit suffix after the letter B, for example
B21. This identifies your specific requirement.
9125
window variants
W
Q
UV glass
fused silica
base variant
FL
flying lead base with
28.2 max
temporary B14B
hardpin base
options
S
electromagnetic shielding
see drawing below
supplied with spectral
response calibration
M
112 ±3
specification options
B
A
as given in data sheet
single order to
selected specification
repeat order to
selected specification
Bnn
9.5
max
63
max
70 ±2
12.7
max
0.75 diameter flexible
leads, arranged on a
19 mm pcd.
temporary B14B base
29 max with
electrostatic
shielding
29.3 max with
electromagnetic
shielding
conductive coating
mumetal* shield
(for S option)
10 base configuration (viewed from below)
d11
d9
a
7
6
8
9
10
B14B
3
d3
2
d11
d8
5
d7 4
d5
d10
1
ic
d6
11
12
14
13
d1
d4
d2
k
B14B hardpin base
(For 9125B)
‘ic’ indicates an internal connection
d9
a
6
7
d3
8
5
9
d8
10
d7 4
d5 3
d10
ic
1
16 15
cl
cl
d6
11
FL
2
insulating sleeve
12
14
13
d1
*mumetal is a registered trademark of Magnetic Shield Corporation
d4
d2
12 voltage dividers
k
The standard voltage dividers available for all variants of this
pmt are tabulated below:
flying lead base
(For 9125FLB)
after removal of temporary base.
‘cl’ indicates cut lead
k
Our range of B14B sockets is available to suit the B14B hardpin
base. The range includes versions with or without a mounting
flange, and versions with contacts for mounting directly onto
printed circuit boards.
ET Enterprises Limited
45 Riverside Way
Uxbridge UB8 2YF
United Kingdom
tel: +44 (0) 1895 200880
fax: +44 (0) 1895 270873
e-mail: sales@et-enterprises.com
web site: www.et-enterprises.com
ADIT Electron Tubes
300 Crane Street
Sweetwater TX 79556 USA
tel: (325) 235 1418
toll free: (800) 399 4557
fax: (325) 235 2872
e-mail: sales@electrontubes.com
web site: www.electrontubes.com
d1 d2
d7
d9
d8
d10 d11 a
C637A
2R
R
R
R
C637B
2R
R
R
2R 3R
C637C
150 V
R
R
C637D
150 V
R
R
R
R
R
2R 3R
R
R
4R 3R
R
R
4R 3R
R = 330kΩ
choose accessories for this pmt on our website
an ISO 9001 AND ISO 14001 registered company
The company reserves the right to modify these designs and specifications without notice.
Developmental devices are intended for evaluation and no obligation is assumed for future
manufacture. While every effort is made to ensure accuracy of published information the
company cannot be held responsible for errors or consequences arising therefrom.
© ET Enterprises Ltd, 2015
DS_ 9125B Issue 9 (09/06/15)