HAMAMATSU H9170-75, H9170-45 Datasheet

NIR-PMT MODULE
(Thermoelectrically cooled)
PRELIMINARY
H9170-45, -75
Wavelength Range: 950 nm to 1400 nm / 950 nm to 1700 nm,
TE cooled, High Speed, Suitable for Photon counting
* Rotary Vacuum Pump is not shown (included)
OVER VIEW
Hamamatsu has developed a highly sensitive semi­transparent NIR photocathode by the novel photoca­thode technology. We have adopted this technology to a compact photo­multiplier tube (PMT) and have developed a PMT mod­ule with the air cooled TE cooler and high voltage power supply with protection circuit. No liquid nitrogen or cooling water is necessary. The cooling unit is equip­ped with a condensor lens that allows large input area for easy optical coupling. Adaptors for optical fiber or monochromator are available as an option.
APPLICATIONS
Photoluminescence
Singlet Oxygen Measurement
Raman Spectroscopy
Cathodoluminescence
Fluorescence, Fluorescence Life Time
LIDAR
FEATURES
High Sensitivity (Capable of Photon Counting)
Fast Time Response
Rise Time: 900 ps, TTS: 300 ps
Compact
Simple Operation by Air Cooled TE Cooler
No Liquid Nitrogen, No Cooling Water in Necessary
Operable in 20 min after Swiched ON
Large Detection Area
19 mm for Collimated Light
HV Power Supply with Interlock Function
Mechanical Shutter
Optional Adaptors are Available.
For Optical Fiber (FC type) For Monochromator
SPECIFICATIONS
GENERAL
Parameter H9170-45 H9170-75 Unit
Spectral Response Photocathode Material Detection Area for Collimated Light Effective Area of PMT PMT Operating Temperature PMT Supply Voltage Storage Ambient Temperature Operating Ambient Temperature
950 to 1400
InP/InGaAsP
19
1.6
-60
-500 to -900
-20 to +50 +7 to +30
MAXIMUM RATING
Parameter H9170-45 H9170-75 Unit
PMT Supply Voltage Average PMT Anode Current
-900 1
CHARACTERISTICS (at -800 V, -60 °C)
5
H9170-45
Typ.
— — —
6
1 × 10
4
4
2 × 10
0.9
1.7
0.3
Max.
— — — —
10
— — — —
Min.
0.29
3.5
700
2 × 10
Parameter
Quantum Efficiency
Cathode Sensitivity
Anode sensitivity
1
Radiant
1
Radiant Gain Anode Dark Current Anode Dark Count
2
2
Anode Pulse Rise Time Time Response
Anode Pulse Fall Time
Transit Time Spread
1 At 1300 nm (H9170-45), at 1500 nm (H9170-75) 2 At 30 minutes after high voltage is applied with shutter closed, and 1 × 106 gain.
Min.
0.48 5
1000
2 × 10
— — — — —
— — — — —
950 to 1700
InP/InGaAs
H9170-75
5
1 × 10
2 × 10
Typ.
— — —
40
0.9
1.7
0.3
Max.
— — —
6
100
5
— — — —
nm
mm mm
°C
V
°C °C
V
µA
Unit
%
mA/W
A/W
nA
-1
s
ns ns ns
MODULE, CONTROLLER
Parameter Value / Description Unit
Cooling Method Condenser Lens Material Diameter of the Condenser Lens F Number of the Condenser Lens Cooling Time to -60 °C PMT Temperature Protection Function Input Voltage (AC)
Module
Dimensions (W × H × D)
Weight
3 Excluding projections.
3
Controller Module Controller
High Voltage Interlock for Inappropreate Temperature
Thermoelectric / Air Cooled
BK7
20
1.25 20
90 to 264 (50 Hz / 60 Hz)
210 × 193 × 200 100 × 193 × 310
Approx. 8 Approx. 3
ROTARY VACUUM PUMP
Parameter Value / Description Unit
Type Input Voltage (AC)
4
90 to 126 or 180 to 252 (50 Hz / 60 Hz), Single Phase Pumping Speed Dimensions (W × H × D) Weight
4 The voltage is set at the factory. If change is necessary, please consult with your local Hamamatsu office.
Oil-Sealed Rotary Vacuum Pump
50 (50 Hz), 60 (60 Hz)
150 × 251 × 427
Approx. 16
— —
mm
min
V
mm
kg
V
l/min
mm
kg
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