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Photomultiplier Tube Head-On (Tube Only) | SIMTRUM Photonics Store

Products / Light Analysis /Photodetectors /Photomultiplier Tubes (PMT)(160-900nm) /Photomultiplier Tube Head-On (Tube Only)(290-650nm) /
Photomultiplier Tube Head-On (Tube Only)(290-650nm)
Overview H1 Series H2 Series H3 Series H4 Series Related Products Order Now!

Photomultiplier tubes can convert weak light signals into strong electric signals through the photoelectric effect and electron multiplication effect, and can amplify weak signals 105-108 times, while having very high sensitivity and gain, so it has important applications in many fields such as particle physics, geological survey，and radiation measurement.According to the incident mode of light signal, it can be divided into Head-on type photomultiplier and Side-on type photomultiplier.
Head-on photomultiplier tubes are more sensitive to the incident Angle of light, usually requiring the light source to be directed directly at the photomultiplier tube, and typically have a more compact design with a shorter light path for applications with high sensitivity.

Feature

  • High gain
  • Small size
  • Linearization
  • Low noise
  • Quick response

Application

  • Environmental Monitoring
  • Scintillation Counting
  • High Energy Physics
  • Radiation Measurement
  • Geological Survey

Parameter LA-BY01-H1-2002 LA-BY01-H1-2016 LA-BY01-H1-2017 LA-BY01-H1-2018 LA-BY01-H1-2021 Unit
Cathode Spectral Range 290 - 650 nm
Cathode Effective Dia. Min:10 Min:25 Min:22 Min:22 Min:60 mm
Peak QE 380     nm
Luminous Sensitivity Min:40
Typ:80		 Min:60
Typ:80		 Typ:60 Min:20
Typ:40
(@25℃)		 Typ:60 μA/lm
Blue Sensitivity Min:9
Typ:10		 Min:8
Typ:11		 Min:8
Typ:10		 Min:4
Typ:6
(@25℃)		 Min:8
Typ:9		 μA/lmf
Anode Anode Sensitivity Min:30
Typ:100
(μA/lm)		 Min:50
Typ:200
(A/lmf)		 / Min:8
Typ:20
(A/lm)		 Typ:30
(A/lm)		 /
Supply Voltage Typ:1000
Max:1250		 Typ:1000
Max:1500		 Typ:1000
Max:1150		 Typ:1500
Max:1800		 Min:2000
Typ:2300
Max:3000		 V
Gain Min:1×10⁶
Typ:5×10⁶		 Typ:4×10⁶ Typ:7×10⁶ Typ:5×105(@25℃) Typ:1×105 --
Dark Current Min:1
Typ:15		 Typ:2
Max:10		 Typ:3
Max:20		 Typ:0.1(@25℃)
Max::10(@25℃)
Max:1000(@175℃)		 Typ:5
Max:10		 nA
Time Rise Time Typ:2.1 Typ:1.9 Typ:1.4 Typ:1.5 Typ:1.8 ns
TTS / Typ:3 Typ:1.5 / / ns
Specification Curves Link    

 

 

Other Parameter

Window material Borosilicate glass
Photocathode material Bialkali
High temp. biakali(H1-2018)
Dynode structure Linear focused(2012)
Box and Linear focused（2016）
Circular and Linear focused（2017/2018）
Operating temperature -30~+50℃
Storage temperature -50~+50℃
Shock(2018) 5000 m/s²（500g）0.5ms
Sine Vibration(2018) 200 m/s²（20g）

Parameter LA-BY01-H2-2013-A LA-BY01-H2-2013-B LA-BY01-H2-2013-C LA-BY01-H2-2014-A LA-BY01-H2-2014-B LA-BY01-H2-2014-C1 LA-BY01-H2-2014-C2 LA-BY01-H2-2014-D Unit
Cathode Spectral range 290-650 290-650 nm
  Cathode effective diameter Min:25 22 mm
  Peak QE 380 380 nm
  Luminous sensitivity Typ:80 / μA/lm
  Blue sensitivity Min:9 10 9 μA/lm
Typ:11
Anode Anode sensitivity Min:30(blue) Min:400 Min:200 Min:300 Min:100 Min:50 A/lmf
Typ:800
  Supply voltage Max:1150 / V
  Gain Typ:7×10⁶ / _
  Dark Count Rate Max:140 Max:300 Max:1000 Max:100 Max:500 / / / Hz
  Dark Current Typ:2 3 5 10 30 30 nA
Max:10
Time Rise time Typ:1.9 Typ:1.5 ns
  TTS Typ:3 Typ:1.5 ns
Specification Curves Link  

 

Other Parameter

Window material Borosilicate glass
Photocathode material Bialkali
Dynode structure Box and Linear focused（2013）
Circular and Linear focused（2014）
Operating temperature -30~+50℃
Storage temperature -50~+50℃

 

 


Parameter LA-BY01-H3-4021A LA-BY01-H3-4021B LA-BY01-H3-4021C LA-BY01-H3-4022 LA-BY01-H3-4031 Unit
Cathode Spectral Range 290-650 nm
Cathode effective Dia. Min:46 / mm
Peak QE 380 420 nm
Luminous sensitivity Min:60 / / μA/lm
Blue Sensitivity Min:10.5 Min:9 Min:7 Min:8
Typ:10		 Min:10
Typ:11.5		 μA/lmf
Anode Anode Sensitivity Min:1500
Typ:2000		 Min:1000
Typ:1250		 Min:600
Typ:800		 Min:3
Typ:30		 Min:3
Typ:30		 A/lm
Supply Voltage Typ:1250
Max:1500		 Typ:1000 Typ:1000 V
Gain Typ:2.5×107 Typ:1.6×107 Typ:1×107 Typ:2.73×105 Typ:2.73×105 --
Dark Current Max:30 Max:50 Max:100 Typ:2
Max:20		 Typ:2
Max:20		 nA
Time Rise Time Typ:7 Typ:6 Typ:6 ns
Specification Curves Link  

Other Parameter

Window material Borosilicate glass
Photocathode material Bialkali
Dynode structure Box focused
Operating temperature -30~+50℃
Storage temperature -50~+50℃

Parameter LA-BY01-H4-2031 LA-BY01-H4-2041 Unit
Cathode Spectral Range 290-650 nm
QE @ 410 nm Typ:28 Min:25
Typ:28		 %
QE @ 450 nm Typ:24 / %
Top Detection Eff. / Min:22
Typ:24		 %
Top Collection Eff. / Typ:90 %
Anode Supply Voltage Min:1000
Typ:1250
Max:1500		 Typ:1050
Max:1350		 V
Gain Typ:1×107 Typ:5×10⁶ _
Dark Count Rae Typ:1500
Max:3000		 Max:1000 Hz
Charge Resolution / Typ:40  
Single PE charge spectrum peak/valley Typ:2.5 Min:2
Typ:2.5		 _
Time Rise Time Typ:1.9 Typ:2.7 ns
TTS (FWHM) Typ:1.6
Typ:1.4(L)		 Typ:2.5
Max:3		 ns
Pre Pulsing / Typ:0.1 %
Late Pulsing / Typ:3 %
After Pulsing / Typ:8 %
Specification Curves Link -     - 

 

Other Parameter

Window material Borosilicate glass
Photocathode material Bialkali
Dynode structure Circular and Linear focused
Operating temperature -30~+50℃
Storage temperature -50~+50℃

 


Photomultipliers Tube (PMT)

Model Spectral Response Range Peak Wavelength QE Typ. Effective Area(mm) Cathode Luminous Sensitivity Typ. Anode Sensitivity Typ.
 Photomultipliers Tube Head-On (Tube Only) 290 - 650nm 380 - 500nm 12% -,28% Φ10 - Φ58 40 - 100μA/lm 30 - 2000A/lm
 Photomultipliers Tube Side On(Tube Only) 160 - 900nm / / 8×24 40 - 250μA/lm 400 - 2500A/lm
 Photomultipliers Tube (Module) 160 - 900nm 400nm, 420nm / Φ22 - Φ25 | 8×24 60 - 250μA/lm /
 Microchannel Plate - Photomultiplier (MCP-PMT) 115 - 650nm 250nm, 380nm 30%@410nm, 15%@250nm / 70μA/lm 900A/lm
 Scintillator Probe / / / Φ25×25 - Φ75×75 / /
 β Detector / / / Φ10, Φ25 / /

 

 

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High Voltage Tube Socket High Voltage Tube Socket for Side Window Voltage Power Supply Counting Unit

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Search Reset
Compare Model Drawings & Specs Availability Reference Price
(USD)
LA-BY01-H1-2002
Spectral Range：290-650 nm ; Peak QE:380 nm ；Gain: Min:1*10^6/Typ:5*10^6 ; Dark Current：Min:1/Typ:15 nA 		4-6week Request for quote
LA-BY01-H1-2016
Spectral Range：290-650 nm ; Peak QE:380 nm ；Gain:Typ:4*10^6 ; Dark Current：Typ:2/Max:10 nA 		4-6week Request for quote
LA-BY01-H1-2017
Spectral Range：290-650 nm ; Peak QE:380 nm ；Gain:Typ:7*10^6 ; Dark Current：Typ:3/Max:20 nA 		4-6week Request for quote
LA-BY01-H1-2018
Spectral Range：290-650 nm ; Peak QE:380 nm ；Gain:Typ:5*10^5(@25℃) ; Dark Current：Typ:0.1(@25℃) /Max:10(@25℃)/Max:1000(@175℃)nA 		4-6week Request for quote
LA-BY01-H1-2021
Spectral Range：290-650 nm ; Peak QE:380 nm；Gain:Typ:1*10^5 ; Dark Current：Typ:5/Max:10 nA 		4-6week Request for quote
LA-BY01-H2-2013-A
Spectral Range：290-650 nm ; Peak QE:380 nm；Gain: Min:Typ:7*10^6 ; Dark Count Rate:Max:140 Hz ; Dark Current：Typ:2/Max:10 nA 		4-6week Request for quote
LA-BY01-H2-2013-B
Spectral Range：290-650 nm ; Peak QE:380 nm ; Gain: Min:Typ:7*10^6 ; Dark Count Rate:Max:140 Hz ; Dark Current：Typ:2/Max:10 nA 		4-6week Request for quote
LA-BY01-H2-2013-C
Spectral Range：290-650 nm ; Peak QE:380 nm；Gain: Min:Typ:7*10^6 ; Dark Count Rate:Max:1000 Hz ; Dark Current：Typ:2/Max:10 		4-6week Request for quote
LA-BY01-H2-2014-A
Spectral Range：290-650 nm ; Peak QE:380 nm ; Anode Sensitivity：Min:400；Dark Count Rate:Max:100 ; Dark Current：3nA 		4-6week Request for quote
LA-BY01-H2-2014-B
Spectral Range：290-650 nm ; Peak QE:380 nm ; Anode Sensitivity：Min:200 ;Dark Count Rate:Max:500 ; Dark Current：5nA 		4-6week Request for quote
LA-BY01-H2-2014-C1
Spectral Range：290-650 nm ; Peak QE:380 nm ; Anode Sensitivity：Min:300/Typ:800 ;Dark Current：10nA 		4-6week Request for quote
LA-BY01-H2-2014-C2
Spectral Range：290-650 nm ; Peak QE:380 nm ; Anode Sensitivity：Min:100 ;Dark Current：30nA 		4-6week Request for quote
LA-BY01-H2-2014-D
Spectral Range：290-650 nm ; Peak QE:380 nm ; Anode Sensitivity：Min:50 ;Dark Current：30nA 		4-6week Request for quote
LA-BY01-H3-4021A
Spectral Range：290-650 nm ; Peak QE:380 nm ;Gain:Typ:2.5*10^7 ; Dark Current ：Max:30nA 		4-6week Request for quote
LA-BY01-H3-4021B
Spectral Range：290-650 nm ; Peak QE:380 nm ;Gain:Typ:1.6*10^7 ; Dark Current ：Max:50nA 		4-6week Request for quote
LA-BY01-H3-4021C
Spectral Range：290-650 nm ; Peak QE:380 nm ;Gain:Typ:1*10^7 ; Dark Current ：Max:100nA 		4-6week Request for quote
LA-BY01-H3-4022
Spectral Range：290-650 nm ; Peak QE:420 nm ;Blue Sensitivity:Min :8/Typ:10μA/lmf;Gain:Typ:2.73*10^5 ; Dark Current ：Typ:2/Max:30 		4-6week Request for quote
LA-BY01-H3-4031
Spectral Range：290-650 nm ; Peak QE:420 nm ;Blue Sensitivity:Min :10/Typ:11.5μA/lmf；Gain:Typ:2.73*10^5 ; Dark Current ：Typ:2/Max:30nA 		4-6week Request for quote
LA-BY01-H4-2031
Spectral Range：290-650 nm ; QE@410nm：Typ:28%;QE@450nm:Typ:28%；Gain:Typ:1*10^7 ; Dark Count Rate:Typ:1500/Max:3000 Hz 		4-6week Request for quote
LA-BY01-H4-2041
Spectral Range：290-650 nm ; QE@410nm：Min:25/Typ:28%;Top Detection Eff.:Min:22%/Typ:24% ；Top Collection Eff.：Typ:90%；ain:Typ:5*10^6 ; Dark Count Rate:Max:1000 Hz 		4-6week Request for quote

LA-BY01-H4-2041 - Parameter

LA-BY01-H4-2031 - Parameter

LA-BY01-H3-4031 - Parameter

LA-BY01-H3-4022 - Parameter

LA-BY01-H3-4021C - Parameter

LA-BY01-H3-4021B - Parameter

LA-BY01-H3-4021A - Parameter

LA-BY01-H2-2014-D - Parameter

LA-BY01-H2-2014-C2 - Parameter

LA-BY01-H2-2014-C1 - Parameter

LA-BY01-H2-2014-B - Parameter

LA-BY01-H2-2014-A - Parameter

LA-BY01-H2-2013-C - Parameter

LA-BY01-H2-2013-B - Parameter

LA-BY01-H2-2013-A - Parameter

LA-BY01-H1-2021 - Parameter

LA-BY01-H1-2018 - Parameter

LA-BY01-H1-2017 - Parameter

LA-BY01-H1-2016 - Parameter

LA-BY01-H1-2002 - Parameter

LA-BY01-H4-2041 - Download

LA-BY01-H4-2031 - Download

LA-BY01-H3-4031 - Download

LA-BY01-H3-4022 - Download

LA-BY01-H3-4021C - Download

LA-BY01-H3-4021B - Download

LA-BY01-H3-4021A - Download

LA-BY01-H2-2014-D - Download

LA-BY01-H2-2014-C2 - Download

LA-BY01-H2-2014-C1 - Download

LA-BY01-H2-2014-B - Download

LA-BY01-H2-2014-A - Download

LA-BY01-H2-2013-C - Download

LA-BY01-H2-2013-B - Download

LA-BY01-H2-2013-A - Download

LA-BY01-H1-2021 - Download

LA-BY01-H1-2018 - Download

LA-BY01-H1-2017 - Download

LA-BY01-H1-2016 - Download

LA-BY01-H1-2002 - Download

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