D A T A S H E E T
Lighting
Imaging
Telecom
Sensors
Channel Photomultipliers and Modules
MD Series CPM Modules
Ultra High Sensitivity Gateable Channel
Photomultiplier DC-Modules
Description
The Channel Photomultiplier DC-
Module series is designed for all low
light applications e.g. in industries,
life science or medical analysis, in
high energy physics or pure research.
It is an easy to use module, containing
the Channel Photomultiplier,
a high voltage power supply, an
amplifier with I/U conversion
and an active quenching circuit for
high light protection. It is also
possible to apply an external gate
function. Strong variations in light
levels are possible due to the high
dynamic range of the installed CPM.
The exceptional low noise and high
sensitivity facilitates detection of
extremely low light levels.
Features
· High dynamic range
· No cooling required
· Very high stability in noise level
· Adjustable gain
· Active quenching
· Circuit for high light protection
· Gateable CPM input (only Bialkali types)
· Optical fiber read-out possible
· 5 volts operating voltage
· Monitor voltage output
.
w w w. p e r k i n e l m e r. c o m / o p t o
Technical Specifications
MD 900 Series
1/3” DC Photosensor Module
*) Additional models on request
Operating Conditions
Supply voltage
Supply current
Settling time
Over-illumination protection:
Current to voltage conversion factor
Output signal
Output offset
Gain
Active Quenching Control
Frequency bandwidth
GATE voltage V
gate
High voltage pre-adjusted
Maximum ratings
Input voltage
Operating temperature
Storage temperature
Weight
Performance Characteristics
Spectral response
100
5 V dc
< 280 mA
< 1s (time to stabilize HV after supply voltage applied)
active quenching control (internal)
1 V/ 20nA (other values on request)
0 ... 10 V dc **)
± 3mV
up to 1 x 10
8
, via internal potentiometer (or by external control voltage
0...3 V via ext. OpAmp circuit)
TTL-Pulse, active high, RESET: internal via timer, typ. 1 s, external
via 5 V-pulse
DC to 1 kHz (other values on request, max. 20 kHz)
5 V: h to l set time V
ca
to V
ch-ent
+100 V : ~ 150 µs
5 V: l to h set time V
ca
to V
ch-ent
- 100 V : ~ 150 µs
1500 volts
+5.5 V
5 to 40 °C
-20 to 50 °C
~ 350 g
**) for long term operation: max. average output voltage of <
5 V (anode current of <100 nA) is recommended
Current Amplification vs Control Voltage
1,E+09
1,E+08
Quantumefficiency (%)
10
C 943
C 983
C 944
1,E+07
1,E+06
1,E+05
1
C 973
C 922
C 921
C 982
700
800
C 972
C 962
1,E+04
1,E+03
C 952
C 942
0,1
100
200
C 911
300
400
500
1,E+02
0,9
900
1,4
1,9
2,4
2,9
600
Control Voltage / V
Wavelength (nm)
Technical Specifications
MD 1300 Series
1/2” DC Photosensor Module
*) Additional models on request
Operating Conditions
Supply voltage
Supply current
Settling time
Over-illumination protection:
Current to voltage conversion factor
Output signal
Output offset
Gain
Active Quenching Control
Frequency bandwidth
GATE voltage V
gate
High voltage pre-adjusted
Maximum ratings
Input voltage
Operating temperature
Storage temperature
Weight
Performance Characteristics
Spectral response
100
1,E+09
1,E+08
5 V dc
< 280 mA
< 1s (time to stabilize HV after supply voltage applied)
active quenching control (internal)
1 V/ 20nA (other values on request)
0 ... 10 V dc **)
± 3mV
up to 1 x 10
8
, via internal potentiometer (or by external control voltage
0...3 V via ext. OpAmp circuit)
TTL-Pulse, active high, RESET: internal via timer, typ. 1 s, external via
5 V-pulse
DC to 1 kHz (other values on request, max. 20 kHz)
5 V: h to l set time V
ca
to V
ch-ent
+100 V : ~ 150 µs
5 V: l to h set time V
ca
to V
ch-ent
- 100 V : ~ 150 µs
1500 volts
+5.5 V
5 to 40 °C
-20 to 50 °C
~ 420 g
**) for long term operation: max. average output voltage of <
5 V (anode current of <100 nA) is recommended
Current Amplification vs Control Voltage
Quantumefficiency (%)
10
C 1343 C 1344
C 1383
1,E+07
1,E+06
1,E+05
1
C 1373
C 1322
C 1321
C 1382
700
800
C 1372
1,E+04
C 1362
1,E+03
C 1352
C 1342
1,E+02
0,9
1,4
1,9
2,4
2,9
0.
1
100
C 1311
200
300
400
500
600
900
W avel
ength (nm )
Control Voltage / V
Technical Specifications
MD 1900 Series
3/4” DC Photosensor Module
*) Additional models on request
Operating Conditions
Supply voltage
Supply current
Settling time
Over-illumination protection:
Current to voltage conversion factor
Output signal
Output offset
Gain
Active Quenching Control
Frequency bandwidth
GATE voltage V
gate
High voltage pre-adjusted
Maximum ratings
Input voltage
Operating temperature
Storage temperature
Weight
Performance Characteristics
Spectral response
100
1,E+09
5 V dc
< 280 mA
< 1s (time to stabilize HV after supply voltage applied)
active quenching control (internal)
1 V/ 20nA (other values on request)
0 ... 10 V dc **)
± 3mV
up to 1 x 10
8
, via internal potentiometer (or by external control voltage 0...3 V
via ext. OpAmp circuit)
TTL-Pulse, active high, RESET: internal via timer, typ.1s, external via
5 V-pulse
DC to 1 kHz (other values on request, max. 20 kHz)
5 V: h to l set time V
ca
to V
ch-ent
+100 V : ~ 150 µs
5 V: l to h set time Vca to V
ch-ent
- 100 V : ~ 150 µs
1500 volts
+5.5 V
5 to 40 °C
-20 to 50 °C
~ 450 g
**) for long term operation: max. average output voltage of <
5 V (anode current of <100 nA) is recommended
Current Amplification vs Control Voltage
Quantumefficiency (%)
1,E+08
10
C 1943 C 1944
C 1983
1,E+07
1,E+06
1,E+05
1
C 1973
C 1322
C 1921
C 1982
700
800
C 1972
C 1962
1,E+04
1,E+03
C 1952
C 1942
1,E+02
0,9
1,4
1,9
2,4
2,9
0.
1
100
C 1911
200
300
400
500
600
900
Control Voltage / V
W avel
ength (nm )
Dimensions (mm)
MD 900 Series
MD 1300 Series
MD 1900 Series
Connections
Red: Vcc, input (+5 V to +5.5 V DC)
Black: GND
Coax: External Gate in (TTL,active high)
Yellow: Monitor voltage output (|V
ch-ent
/1000|)
Green: Control voltage input via ext.
OpAmp (ref. to manual)
BNC Connector:
-
DC 0 - 10 V Signal Output
-
GND
CPM
·
CAUTION: HIGH VOLTAGE WARNING
This product operates at high voltage. Extreme care must be taken to ensure operator safety and to avoid damage to other
instruments. Avoid direct contact with the entrance window of the built in CPM when high voltage is applied. Avoid placing
conductive material close to the cathode.
Ensure that no light levels are applied, generating higher anode currents than specified.
All given values are nominal/typical @ 20 °C ambient temperature; specification subject to change without notice
USA:
PerkinElmer Optoelectronics
2175 Mission College Blvd.
Santa Clara, CA 95054
Phone: (408) 565-0850
Fax: (408) 565-0793
EUROPE:
PerkinElmer Optoelectronics GmbH
Wenzel-Jaksch-Str. 31
65199 Wiesbaden
Germany
Phone: +49 611 492 534
Fax: +49 611 492 578
ASIA:
PerkinElmer Optoelectronics
47 Ayer Rajah Crescent #06-12
Singapore 139947
Phone: +65 775 2022
Fax: +65 775 1008
.
© 2001 PerkinElmer, Inc. All rights reserved.
DS-287 Rev A 1101
w w w. p e r k i n e l m e r. c o m / o p t o
京公网安备 11010802033920号
EEWORLD
