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PHOTOSENSOR MODULES
SOCKET ASSEMBLIES
HAMAMATSU
Designing instrument?
It's breeze with Hamamatsu's complete line photosensor modules that engineered meet your specific needs. Simply talk with sales engineers, we'll have sailing along time! After all, have better things with your time.
TABLE CONTENTS
About Photosensor Modules Photosensor Module Application Guide Modules Side-On Photomultiplier Tubes HC120-01 Includes power supply amplifier, response from 185-900 Sockets Divider Assemblies Side-On Photomultiplier Tubes HC123-01 Includes power supply, divider assembly voltage regulating circuit C6270 Active divider network socket assembly with high voltage power supply C6271 Similar C6270 with built-in transimpedance amplifier circuitry Modules 1/8" Head-On Photomultiplier Tubes HC124-01 Detector assembly with 1/8" head-on power supply Modules Head-On Photomultiplier Tubes HC125-01 head-on assembly with divider, power supply signal circuitry Modules Head-On Photomultiplier Tubes with Microcontroller RS-232-C Interface HC135-11 Includes bialkali Visual spectral response HC135-12 Similar HC135-11 with multi-alkali near response Photomultiplier Tube Power Supply C4900 board mountable high voltage power supply applications Module Summary Table
ABOUT PHOTOSENSOR MODULES
Hamamatsu's family Photosensor Modules designed light level detection near infra-red (NIR) wavelength region. modules come various sizes configurations meet your individual needs. Features include: High Sensitivity detect light levels that beyond reach semi-conductor devices Compact light weight power consumption Fast time response Photon counting capability Frequency response from over Spectral response from Easy with exposed high voltage wiring Customized circuitry photomultiplier tube selection your specific application
MODULE APPLICATIONS
Hamamatsu photomultiplier tube modules perfect wide variety applications, from single quantity research experimentation university setting large quantity applications where cost, consistency, delivery, convenience critical. Just possible applications include: Chemiluminescense detection Bioluminescense detection Fluorescence detection Flow cytometry Environmental analyzers Non-destructive test measurement instrumentation Single photoelectron detection inspection Particle counters Optical measurement instrumentation Spectrophotometry Radiation counters probes Surface inspection laser scanning Pollution monitors Astronomical instrumentation Industrial materials inspection Other medical biotech instrumentation
Whatever your application might here help with your light detection requirements provide compact, low-cost solution.
HC120-01
Compact Module Side-On Photomultiplier Tubes
FEATURES:
COMPACT SIZE POWER CONSUMPTION EXPOSURE HIGH VOLTAGE WIRING EASY
HC120-01 ideal battery-powered, portable instruments where light level detection critical. utilize R6350 series side-on photomultiplier tubes wide choice spectral response, sensitivity signal-to-noise characteristics. user needs only supply voltage operate detector assembly. high voltage needed power photomultiplier generated with 10-stage Cockcroft-Walton voltage multiplier with stage dynode. This unique design allows operation higher light levels with improved linearity permits remarkable reduction power consumption, which even enables battery-powered applications. design implemented with surface mount components resulting very compact unit. aluminum enclosure shields against electrical noise potted protect tube circuitry against shock moisture. This HC120 series modules provides designers with solutions application PMT's. Please refer Hamamatsu Photomultiplier Tube catalog, page complete specifications R6350 series side-on photomultiplier tubes.
MAXIMUM RATINGS1
output voltage Supply voltage Operating temperature Storage temperature -1100 -300 -1100 ±11.5 15.5 1000 1:1:1:1:1:1:1:1:1:1 13.0 0.750 2.000 2.094 19.1 50.8 53.2 volts volts volts volts volts/volts volts/volts minutes seconds inch grams, typ.
GENERAL SPECIFICATIONS
Wavelength range (dependent upon phototube) output voltage range2 Supply voltage range output/input ratio Voltage divider ratio Warm-up time Output voltage decay time constant3 Active area Overall dimensions Weight NOTES
periods reduce device reliability.
Stresses above Maximum Ratings cause permanent damage device. Exposure maximum conditions extended Measurement high voltage photocathode) achieved measuring voltage monitor input multiplying 1000 accuracy within photocathode. gain decays times faster than output voltage.
PHOTOMULTIPLIER SPECIFICATIONS
Cathode luminous sensitivity, Anode luminous sensitivity, Dark current -1000 volts min. typ. A/lm, min. A/lm, typ. typ. max.
PERFORMANCE SPECIFICATIONS -1000 volts,
Supply current2 volts input volts input Temperature coefficient high voltage3 Amplifier bandwidth Amplifier gain Amplifier noise Peak output signal Current limit supply circuit) Responsivity NOTES
Hamamatsu Photomultiplier Tube catalog, page Current consumption increases high light levels applied Photomultiplier tube.
1,000,000 10.0
mA., max. mA., max. typ. kHz, min. p-p, typ. volts, min. typ. volts/nanowatt, typ.
These typical specifications R6350 R6351 with Sb-Cs photocathode. multialkali other variants, please refer
This average measurement. maximum voltage subtracted from minimum voltage over specified temperature range
divided temperature difference. internal reference used with external, kohm potentiometer.
HC123-01
Power Supply Divider Assembly 1/8" Side-On PMT's
FEATURES:
COMPACT SIZE COST EXPOSURE HIGH VOLTAGE WIRING POWER CONSUMPTION BATTERY OPERATION
HC123-01 compact, high voltage power module that includes necessary voltage divider mating socket standard 1/8th inch side window photomultiplier tubes. Cockcroft-Walton voltage multiplier used generate high voltage well perform voltage division normally accomplished with resistive divider. design implemented with surface mount components potted guard against moisture contamination. Several performance advantages obtained: lower operating current, improved linearity higher output signal levels, smaller size. high voltage regulated controlled either resistance voltage programming. selfoscillating circuit used convert power sine wave volts peak-to-peak, HC123-01 provides feedback regulating circuit better control output voltage.
MAXIMUM RATINGS1
PARAMETER output voltage Supply voltage Operating temperature Storage temperature SPECIFICATION -1100 UNITS volts volts
GENERAL SPECIFICATIONS
output voltage range2 Supply voltage range output/input ratio Voltage divider ratio Warm-up time Output voltage decay time constant3 Weight NOTES
reduce device reliability. Measurement high voltage photocathode) using ordinary test meters recommended since much loading power supply occurs. Depending upon required accuracy, following techniques: Measure voltage programming input multiply accuracy volts typical photocathode. measurement accuracy within volts, measure voltage multiply Inter-stage voltages checked testing minus minus etc. high voltage probe having input resistance least 1000 megohms.
-300 -1100 +11.5 +15.5 1000 1/10 high voltage stage
volts volts volts/volt volts/volt minutes seconds grams, typ.
Stresses above Maximum Ratings cause permanent damage device. Exposure maximum conditions extended periods
gain decays times faster than output voltage
PERFORMANCE SPECIFICATIONS (25°C, -1000 volts)
PARAMETER Supply current1 Temperature coefficient high voltage2 Anode ripple interference3 Linearity anode output signal current4 Input regulation (per volt change input) Current limit supply circuit) NOTES
SPECIFICATION input 0.005
UNITS mA., max. typ. max. max. typ.
Current consumption increases high light levels applied photomultiplier tube. This average measurement. maximum voltage subtracted from minimum voltage over specified temperature range divided temperature difference. Measured with inch coax signal lead connected unterminated scope input having capacitance megohm resistance. lower load resistance and/or more capacitance (that lower gain and/or bandwidth), ripple becomes proportionally less. This measurement light input. Short pulses usec less) will show good linearity milliamp current levels. Tube characteristics such gain drop hystersis cause additional inaccuracies when measuring high light levels high signal current levels.
HC124/HC125 Series
Module 1/8" Head-On Photomultiplier Tubes
FEATURES:
COMPACT SIZE POWER CONSUMPTION BATTERY OPERATION EXPOSURE HIGH VOLTAGE WIRING SUPPLY ONLY VOLTAGE RUGGED, POTTED HOUSING
HC124-01 HC124-02 HC124-03 HC125-01 HC125-02
Includes 1/8" multi-alkali with amplifier Includes 1/8" bialkali with amplifier Includes 1/8" bialkali with photon counting circuit Includes multi-alkali with amplifier Includes bialkali with amplifier
HC124 HC125 Series integrated detector assemblies combines either (HC125 Series) 1/8" (HC124 Series) head-on photomultiplier tube with high voltage power supply, divider signal processing circuitry measurement weak light signals. user needs only supply voltage operate assembly. types available standard: HIGH SPEED PULSE: current voltage, transimpedance amplifier used change weak current output voltage output impedance. This signal processing high speed light pulses scanning applications. PHOTON COUNTING: Current pulses from individual photons amplified sufficiently discriminated against noise high speed comparator. This most sensitive light measurement technique. voltage needed power photomultiplier tube based upon Cockroft-Walton voltage multiplier with stage dynode. voltage multiplier also performs voltage division normally accomplished with resistive divider, significantly reducing power consumption offering higher signal output current with improved linearity. photomultiplier tube circuitry potted within stainless steel housing guard against moisture contamination well protect from shock vibration. housing inch long HC124 Series 7/8" long HC125 Series. These assemblies made with wide variety 1/8" head-on PMT's well different amplifier gain bandwidth specifications. Please consult factory availability these special assemblies.
MAXIMUM RATINGS1
PARAMETER output voltage Supply voltage Operating temperature Storage temperature Wavelength range output voltage range2 Supply voltage range output/input ratio Voltage divider ratio Warm-up time Output voltage decay time constant3 Active area Overall dimensions (less projections) Weight NOTES
reduce device reliability. Measurement high voltage photocathode) achieved measuring voltage monitor input multiplying 1000 accuracy within photocathode. gain decays times faster than output voltage.
HC124 -1250
HC125
300-850 -350 -1200 ±11.5 ±15.5 1000 2:1:1:1:1:1:1:1:1:1:1:1 3:1:1:1:1:1:1:1:1:1:1 dia. dia. 1.375 dia. 7.562 1.375 dia. 4.752
UNITS volts volts volts volts volts/volt volts/volt minutes seconds min. inch grams, typ.
Stresses above Maximum Ratings cause permanent damage device. Exposure maximum conditions extended periods
PHOTOMULTIPLIER SPECIFICATIONS
PARAMETER Cathode luminous sensitivity, Anode luminous sensitivity, HC124 HC125 UNITS min. typ. A/lm,
PERFORMANCE SPECIFICATIONS (25°C, -1000 volts,
PARAMETER Supply current2 volts input volts input Temperature coefficient high voltage3 Linearity anode signal current Amplifier transimpedance Amplifier bandwidth Amplifier noise Peak output signal5 Rise time Fall time Current limit supply circuit) Responsivity HC124 18.0 13.0 100,000 HC125 UNITS typ. typ. typ. typ. ohms MHz, min. p-p, typ. volts, max. volts, max. typ. typ. mA., typ. volts/nW, typ.
NOTES
photomultiplier tube used this assembly meets specifications should used with limitations listed Hamamatsu Photonics, Japan general data sheet. Current consumption increases high light levels applied photomultiplier tube. This average measurement. maximum voltage subtracted from minimum voltage over specified temperature range divided temperature difference. This measurement light input. Tube characteristics such gain drop hystersis cause additional inaccuracies when measuring high light levels high signal current levels. This applies pulse applications where duty factor less than 0.25. average output voltage should limited volts volt ohm, respectively.
HC135 Series
Module with Micro-controller RS-232-C Interface
FEATURES:
FULLY SELF-CONTAINED OPERATION PRE-SET ADJUSTMENTS PHOTON COUNTING EXCELLENT SENSITIVITY ACCURACY LIGHT MEASUREMENT SENT PERSONAL COMPUTER THROUGH SERIAL PORT
HC135-11 includes R1924A bialkali with embedded micro-controller RS-232-C interface. HC135-12 includes R1925-20 multi-alkali with embedded micro-controller RS-232-C interface.
HC135 series light level detectors combines sensitivity photomultiplier tube with intelligence micro-controller provide detector module exceptional sensitivity, accuracy flexibility. since detector interfaces directly personal computer, operating detector very simple. detector module acquires signal counting photons they enter input window. This method most sensitive technique light measurement. since HC135 integrates necessary components photon counting, details technique have mastered user enjoy benefits. fact, detector shipped with adjustments pre-set rigorous calibration procedure. versions available which differ spectral response. HC135-11 covers with very background noise. HC135-12 suited applications requiring measurement beyond into near infrared (850 nm). Both versions provide large, diameter active area good light gathering ability. light signal from photomultiplier tube takes form very high-speed current pulses. HC135, these pulses amplified converted digital pulses with high-speed amplifier discriminator. Then, counting these pulses results very accurate conversion. pulses prescaled factor four before counting. This aids extending dynamic range without using excessive power. Precise counting intervals milliseconds provided crystal-controlled counter/timer circuitry micro-controller. Crockcroft-Walton high voltage supply used limit current consumption prevent unwanted temperature rise assembly. supply converter, allowing computer control setting. HC135 dead time measured during production this dead time programmed into micro-controller. measured count each ten-millisecond interval then corrected dead time before reporting count rate host computer.
MAXIMUM RATINGS
output voltage Supply voltage Maximum count rate Short duration Continuous Operating temperature Storage temperature
+1200
volts volts Mcps Mcps
GENERAL SPECIFICATIONS
Wavelength range output voltage range Supply voltage range Voltage divider ratio Warm-up time Output voltage decay time constant3 Active area Overall dimensions (less projections) Weight (head only) NOTES
+300 +1200 +4.75 +5.25 3:1:1:1:1:1:1:1:1:1:1 diameter 1.375 diameter 4.752
volts volts volts/volts seconds seconds min. inch grams, typ.
This packaged part evaluation which includes EVAL40 software instructional manual. Specifications based upon inch head-on PMT, R1924-20, embedded micro-controller RS-232-C interface. Stresses above Maximum Ratings cause permanent damage device. Exposure maximum conditions extended periods reduce device reliability. gain decays times faster than output voltage.
PHOTOMULTIPLIER SPECIFICATIONS
Cathode luminous sensitivity, Gain Dark counts default high voltage min. typ. A/lm, min. cps, typ.
PERFORMANCE SPECIFICATIONS (25°C, default high voltage)
Supply current2 volts input Responsivity Counting efficiency3 Noise equivalent power Stability Baseline Responsivity Prescale factor Dynamic range Linearity Mcps 50.0 440,000 3x10E-17 max. cps/pW, typ. typ. watts, typ. %/oC %/oC max.
OUTPUT DATA FORMAT
Serial interface RS-232-C 9600 baud, parity, data bits, stop handshaking lines monitored; CTS,DSR,DCD used Alternate specs supported bytes data; i.e. 32-bit value overflow internal counter will most significant
Data string
NOTES
Photomultiplier tube used this assembly meets specifications should used with limitations listed Hamamatsu Photonics, Japan general data sheet. R1924-20 refers special selection characteristics listed this section Current consumption increases high light levels applied Photomultiplier tube. This ratio measured counts actual photon flux. effects photocathode quantum efficiency, electron-optic collection efficiency, dynode gain loss discrimination process included. Measured with second integration time.
COMMAND
ACTION number msec intervals sum. Same integration time reading sequence readings, where each reading uses integration time with command Change high voltage applied tube output user digital output line Start reading sequence Start continuous reading process. Will continue indefinitely until STOP character (CR) sent Start reading sequence each positiveedge transition applied purple stripe user line Start reading sequence each positivelevel transition applied purple stripe user line Re-set default high voltage tube NOTES
COMMAND
ARGUMENT between between between 1200. bytes sent none
RESPONSE1 VA,BC,BA VA,BC,BA
VA,BC,BA VA,BC,BA bytes data reading bytes data reading bytes data reading bytes data reading VA,BC
none
none
none none
RESPONSE acknowledgment returned having bytes: valid command, command, argument
C6270
High Voltage Power Supply Socket Assembly
FEATURES:
SUPERIOR OUTPUT LINEARITY FAST PROGRAMMING RESPONSE POWER CONSUMPTION WIDE HIGH VOLTAGE OUTPUT RANGE RIPPLE/NOISE COST
C6270 high voltage power supply socket assembly 28mm 1/8") diameter side-on photomultiplier tubes (PMT), incorporating regulated high voltage power supply active voltage divider. enables simple stable operations with exte4nded output linearity only supplying +15Vdc connecting potentiometer high voltage adjustments.
PERFORMANCE SPECIFICATIONS
PARAMETER Applicable Input Voltage Input Current Maximum High Voltage Output Voltage Range Linear Output -1000V (within linearity) -500V Line Regulation Against Input Charge Ripple/Noise High Voltage Output High Voltage Control High Voltage Programming Response* Temperature Coeff. High Voltage Output Operating Temperature Storage Temperature
NOTE: high voltage change
VALUE 28mm 1/8") side-on types -1250 ±0.01 0.008 external potentiometer ±0.01
UNITS -Vdc Typ. Typical Typ. Typ. Typ. %/°C Typ.
Figure Linearity Characteristics
Figure High Voltage Controlling Characteristics
Figure Practical Output Limits
Figure Schematic Diagram
Figure Dimensional Outline (Unit:
C6271
High Voltage Power Supply Socket Assembly with
FEATURES:
FAST PROGRAMMING RESPONSE POWER CONSUMPTION WIDE HIGH VOLTAGE OUTPUT RANGE COST
C6271 high voltage power supply socket assembly 28mm 1/8") diameter side-on photomultiplier tubes (PMT), incorporating regulated high voltage power supply, active voltage divider, transimpediance amplifier. enables simple stable operations with exte4nded output linearity supplying only +15Vdc connecting potentiometer high voltage adjustments.
GENERAL SPECIFICATIONS
PARAMETER Applicable Input Voltage Input Current Maximum High Voltage Operating Temperature Storage Temperature VALUE 28mm 1/8") side-on types UNITS -Vdc Typ.
HIGH VOLTAGE POWER SUPPLY SECTION
PARAMETER Output Voltage Range Line Regulation Against Input Charge Ripple/Noise High Voltage Output High Voltage Control High Voltage Programming Response* Temperature Coeff. High Voltage Output NOTE: high voltage change VALUE -1250 ±0.01 0.008 external potentiometer ±0.01 UNITS Typ. Typ. Typ. %/°C Typ.
TRANSIMPEDANCE AMPLIFIER SECTION
PARAMETER Current Voltage Conversion Factor Maximum Linear Signal Output Voltage Bandwidth Signal Output Offset Voltage Induced Ripple Signal Output Load Resistance VALUE (anode current -0.3 +0.3 UNITS Typ. Typ. mVp-p Typ. min.
Figure High Voltage Controlling Characteristic
Figure Schematic Diagram
Figure Wire Connection
Figure Dimensional Outlines (Unit:
C4900
High Voltage Power Supply
FEATURES:
COMPACT LIGHTWEIGHT POWER CONSUMPTION HIGH STABILITY FAST RESPONSE WIDE VARIABLE OUTPUT RANGE AMPLE PROTECTIVE FAIL-SAFE FUNCTIONS DUAL POLARITY
C4900 series compact PC-board mountable high voltage power supplies, especially designed photomultiplier tubes. design offers better performance improved fail-safe protection. C4900 C4900-01 have negative polarity high voltage output, C4900-50 C4900-51 have positive polarity high voltage output.
SPECIFICATIONS
PARAMETER Input Voltage Range Input Current1 C4900 -1250 +1250 -200 -1250 +200 +1250 ±0.01 ±0.01 0.007 external controlling voltage external potentiometer +5.13 (with external potentiometer) (Controlling voltage 250) 0.5% ±0.01 46x24x12
Units protected against reversed power input, reversed/ excessive controlling voltage input, continuous overloading/short circuit output
UNITS typ. max. typ. typ. typ. typ. typ. typ. typ. %/°C typ.
with load with full load
Variable Output Range Specification Guaranteed Output Range Output Current Line regulation against 0.5V change2 Load regulation against 100% load chg.1 Ripple/Noise (p-p)2 Output Voltage Controlling Modes Controlling Voltage Input Impedance Reference Voltage Output Output Voltage Setting (Absolute value) Output Voltage Rise Time (0%-99%)2 Temperature Coefficient2 Operating Temperature Range2 Storage Temperature Range Dimensions (WxHxD) Weight Protective Functions
NOTES:
maximum output voltage. maximum output voltage current.
Figure Output Voltage Controlling
Figure Output Voltage Controlling Characteristic
Figure Example Ripple/Noise Reduction Circuit
Figure Dimensional Outline (Unit:
NOTES:
HAMAMATSU CORPORATION
E-mail: USA@Hamamatsu.com site: www.hamamatsu.com CORPORATE OFFICE
Foothill Road 6910 Bridgewater, 08807-0910 Phone: (908) 231-0960 Fax: (908) 231-1218 (Main) (908) 231-1539 (Engineering) (908) 231-0405 (Customer Srvcs)
MANUFACTURING FACILITY
Wood Avenue Middlesex, 08846 Phone: (732) 356-1203 Fax: (732) 356-6153 (Main) (732) 356-9662 (Shipping)
SALES OFFICES
Dick Fisher Maureen Raaberg Raymond Muller Reji Samuel 2875 Moorpark Avenue Suite Jose, 95128 Phone: (408) 261-2022 Fax: (408) 261-2522 Richard Blanchard 25864 Business Ctr. Suite Redlands, 92374 Phone: (909) 796-6288 Fax: (909) 796-4696 Connie Lazarus 3855 Avocado Blvd. Suite Mesa, 91941 Phone: (619) 660-9581 Fax: (619) 660-9583 Murray Whispering Brookfield, 06804 Phone: (203) 775-5602 Fax: (203) 775-5610 Poveromo Huntington Avenue Suite Boston, 02115 Phone: (617) 536-6441 Fax: (617) 536-6960 McCormick Holton Circle Londonderry, 03053 Phone: (603) 437-8880 (603) 437-2187 Fax: (603) 437-2250 Lowell 1410 Higgins Road Suite Park Ridge, 60068 Phone: (847) 825-6046 Fax: (847) 825-2189 Darren Martindill Ardenlee Peachtree City, 30269 Phone: (770) 632-0645 Fax: (770) 632-0954 Andrew Allen 1506 Leopard Berwyn, 19312 Phone: (610) 695-9856 Fax: (610) 695-9858 David Fatlowitz Laurel, 08054 Phone: (856) 727-0476 Fax: (856) 727-0477 Norman Schiller Bridgewater, office Contact Phone: (718) 352-2026 Fax: (718) 352-0823 Kasulones Woodcrest Drive Loveland, 45140 Phone: (513) 583-5348 Fax: (513) 583-5349 Nick Cattat 1911 Campus Dr., #563 Federal Way, 98023 Phone: (253) 896-0740 Fax: (253) 896-0754 Laura Pagano 4800 Baseline Rd., #E104-346 Boulder, 80305 Phone: (303) 554-9122 Fax: (303) 554-9135 Wayne Stehle 7171 Highway North Suite Houston, 77095-2507 Phone: (281) 859-4396 Fax: (281) 859-4398 Baro Foothill Road 6910 Bridgewater, 08807-0910 Phone: (908) 231-0960 Home Fax: (908) 756-6398 Wolpert Foothill Road 6910 Bridgewater, 08807-0910 Phone: (908) 231-0960 Fax: (908) 231-1218
HAMAMATSU
HAMAMATSU PHOTONICS K.K., Electron Tube Center 1126-1, Ichino-cho, Hamamatsu City, 435-91 Japan Telephone: (81)53-434-3311, Fax: (81)53-434-5184 http://www.hamamatsu.com
Information this catalog believed reliable. However, responsibility assumed possible inaccuracies omission. Specifications subject change without notice. Hamamatsu Photonics K.K. Cat. HC101501 Oct. 2001 Printed U.S.A.

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