PHOTOMULTIPLIER TUBE MODULES

Transcription

1 PHOTOMULTIPLIER TUBE MODULES

2 People are aid to get more than eventy percent of their information about our world from their eye. However, there are vat um of information and unknown poibilitie hidden within light not viible to the naked eye. Thi kind of light include ultraviolet, infrared, X-ray and ultra-low level light impoible for human eye to detect. Since it founding Hamamatu Photonic ha been invetigating not only light een by the human eye but alo light that far exceed thi level. Hamamatu Photonic ha marketed dozen of product and coitted itelf to pioneering work in yet unexplored area in many field including indutrial and academic reearch. The photomultiplier tube, one typical product from Hamamatu Photonic i a photodetector offering exceedingly high enitivity and high-peed repone. Hamamatu ha alo developed photomultiplier tube module to make the photomultiplier tube with it amazing hitory of reult, even eaier to ue in wider application. Thi pamphlet erve a your introduction to the photomultiplier tube module. Hamamatu Photonic will continue to deliver innovative breakthrough in a divere range of field, alway triving to make human life fuller and richer by "reearching the many way to ue light".

3 Content Type No. Simplified chart Contitution example Application example Micro PMT Micro PMT module Micro PMT photon counting head Current output type Metal package photoenor module Cooler Metal package photoenor module Gate Metal package photoenor module Gate Metal package photoenor module Side-on photoenor module Side-on photoenor module Cooler Side-on photoenor module Head-on photoenor module Head-on photoenor module Head-on high peed photoenor module Head-on photomultiplier tube module Head-on photomultiplier tube module Head-on photoenor module oltage output type Metal package photoenor module Metal package photoenor module Side-on photoenor module Head-on photoenor module Head-on photoenor module Photon counting head Metal package photon counting head Cooler Metal package photon counting head CPU+I/F Metal package photon counting head Side-on photon counting head Gate Side-on photon counting head Head-on photon counting head Head-on photon counting head CPU+I/F Head-on photon counting head Head-on photon counting head Related product Power upply for PMT module Amplifier unit, Amplifier module Photon counting unit Counting unit, Counting board Optical block for PMT module Stabilized light ource for PMT Optical fiber adapter Technical guide General characteritic Power upply circuit characteritic Photoenor module with gate function Photon counting head Senitivity adjutment method Precaution H2402/H2403 erie H2406 erie H0720/H072/H900/H90 erie H7422 erie H526/H2056 erie H706 erie H9305/H3320 erie H46 erie H7844 H7826/H0425 erie H0426 erie H366 H4 H432 erie H3543 erie H0722/H902 erie H0723/H903 erie H9306/H9307/H462 erie H7827/H0492 erie H0493 erie H0682/H2386 erie H742 erie H890 erie H H8259 erie H7828 erie H870/H3467 erie H939 erie H23 C769, C0709 C9744 C8855-0, M L46, L494 erie E5776, E

4 Type No. Simplified chart Hamamatu offer a full lineup of photomultiplier tube (PMT) module adaptable to variou kind of application and meaurement. Now you can make the bet choice from among our PMT module available with divere device characteritic and hape, analog or digital output, CPU and interface for control and data tranfer with computer and even gating function. Function Current output With gate function With cooler oltage output Type Micro PMT H2402/2403 P.8 Metal package PMT H0720/H072 H900/H90 P.0 H526/H2056 H706 P.2 P.3 H7422 P. H0722/H902 H0723/H903 P.2 P.22 Side-on PMT H9305/H3320 P.4 H7844 P.6 H9306/H9307 P.23 H46 P.5 H462 P.23 H7826 P.7 H7827 P.24 Head-on PMT H0425 H0426 P.7 P.8 H366 P.8 H3543 P.20 H0492 H0493 P.24 P.25 H4 H432 P Product are applicable to "optical block for PMT module". For more information, ee P.34 or individual catalog.

5 What i PMT module The PMT module i baically compried of a photomultiplier tube to convert light into electrical ignal, a highvoltage power upply circuit, and a voltage divider circuit to ditribute the optimum voltage to each dynode, all aembled into a ingle compact cae. In addition to thee baic PMT module, Hamamatu alo provide module having variou additional function uch a ignal proceing, cooling and interface to PC. Photon counting With gate function CPU + I/F With cooler Type Micro PMT H2406 P.9 H0682 P.26 H890 P.28 H742 P.27 Metal package PMT H2386 P.26 Side-on PMT H2525 P.28 H8259 P.29 H7828 P.29 Head-on PMT H870 H23 P.30 P.3 H3467 P.30 H939 P.3 3

6 Contitution example Example of how to ue PMT module and related product are hown below according to the type of meaurement. The cable end of the cable output type do not have connector uch a BNC connector. We can intall a connector (extra charge) if needed. Pleae pecify the type of connector along with the cable length when placing your order. Connecting to aeter Current output type Coercial aeter Connecting to ocillocope Current / oltage output type Coercial ocillocope Current output type Amplifier unit (P.32) Coercial ocillocope Uing AD converter Current output type Amplifier unit (P.32) Coercial ADC board Time-correlated ingle photon counting Current output type Amplifier unit (P.32) Coercial CFD Coercial TAC Photon counting RS-232C USB Photon counting head Coercial counter Photon counting head USB Photon counting head Counting unit (P.33) USB Current output type elected for photon counting Photon counting unit (P.33) Counting unit (P.33) 4

7 Application example Flowcytometer In a flowcytometer, cell labeled with fluorecent material flow in a olution along a flow cell while moving at a certain interval. A laer beam i then irradiated onto the cell and the cattered light from the cell and fluorecence from the fluorecent material are meaured by a photomultiplier tube. ariou kind of information are acquired from the cattered and fluorecence uch a cell urface antigen, cell period, number of cell, iunity function and reticulocyte, and the cell can alo be eparated from each other. Rapid advance are recently being made in irradiation by multiple laer, 6-channel color analyi, high-peed operation, and compact flow ytem. ital characteritic High-peed repone High quantum efficiency FLOWCELL Creating the channel not to hift optical axi LASER LIGHT CELL A CELL B SPECTRUM FLUORESCENCE SCATTERING LIGHT IMMUNE SYSTEM CELLS etc. CELL C PMT MODULE Amount meaurement of each color PMT module H900/H90 erie (P.0) H0720/H072 erie (P.0) H9305/H3320 erie (P.4) TPMOC042EC DNA chip reader A DNA chip reader i ued to analyze coloal amount of genetic information. The DNA chip i a ubtrate on which a large amount of DNA i arrayed uually by a method uing emiconductor lithographic technology, or a method dipening the DNA onto a lide gla uing a high-preciion robot. On the DNA chip, hybridization i performed on the DNA labeled by a fluorecent dye. The DNA chip i then canned by laer beam and by meauring the fluorecent intenity of the hybridized DNA pot, the genetic information i acquired from among the targeted DNA. (Hybridization i proce to link 2 chain of DNA each having a complementary bae.) LENS FILTER HARMONIC WAE OF YAG LASER (532 ) He-Ne LASER (633 ) PMT MODULE OBJECTIE LENS C T A G A G A C T A C A A G T A A C T G A G A C G T A T C G C A T C T A A A G T C A A T C T G A C A ital characteritic High-peed repone High quantum efficiency PMT module H9305/H3320 erie (P.4) TPMOC040EB Blood inpection Blood include the antigen, which i the material caue iune reaction, of individual dieae or bacteria which the peron ha. There i a blood inpection method which can decide that the ubject ha a dieae or bacteria to what extent by reacting mall amount of blood with an antibody a a reagent which bond with pecific antigen and meauring it amount of luminecence. While the tudy in order to improve efficiency of bonding or emiion ha been advanced, there ha been alo a demand to decreae the amount of ample ued to meaure. In order to achieve uch demand, photomultiplier tube are ued a the detector which can perform ingle photon counting. LUMINESCENT REAGENT EMISSION SAMPLE PMT MODULE ital characteritic Wide dynamic range High enitivity PMT module H (P.26) H072-0 (P.0) TPMOC0259EA 5

8 Application example Hygiene monitor The hygiene monitor i alo called an ATP analyzer. Thi device extract the ATP held in bacteria and cell and make meaurement by cauing a reaction with the luminou reagent in the ATP uing the firefly' light emiion principle. Thi hygiene monitor i ued for making purity check at retaurant and factorie producing food, etc. In the tet, the urface of the object for inpection i wiped with a cotton wab and the extent of dirt or contamination iediately found jut by inerting the wab in the anitary monitor. A great feature of the hygiene monitor i that the photon counting method allow highly enitive meaurement uing jut an extremely mall amount of ample material. ital characteritic Compact and light weight Low power conumption PMT MODULE PMT module H7828 (P.29) TPMOC037EB Multi-photon microcope U/ISIBLE LIGHT IR LIGHT In thi method, fluorecent molecule can be excited with near infrared light by letting the molecule aborb two photon almot imultaneouly, and the reulting viible to U fluorecence i oberved. The cro ectional area aborbing the two photon i extremely mall, o nearly all the fluorecence mut be detected a a ignal at any poition from the focal point. Other advantage are that nearly twice the wavelength i ued compared to excitation by one photon. Thi not only mean that unwanted effect from cattering and background noie inide the ample due to excitation light are dratically reduced but alo that damage to cell from U light i minimized. ital characteritic High quantum efficiency SAMPLE SINGLE-PHOTON MICROSCOPE OBJECTIE LENS SAMPLE MULTI-PHOTON MICROSCOPE PMT module H (P.) H (P.4) TPMOC038EB Time-correlated ingle photon counting Time-correlated ingle photon counting i ued to meaure low-level light emitted from a ample when excited with a puled laer, baed on the theory that a hitogram obtained by repeatedly meauring the ingle photon many time at a lightly delayed timing repreent a waveform of the emitted light. Electrical ignal produced by a laer driver are lightly delayed and ued a trigger ignal while the PMT module detect the light emiion from a ample. The PMT module output pule ignal are then input to a time-to-amplitude converter (TAC) that produce an electrical pule in proportion to the time difference between a light detection ignal and a trigger ignal. A multichannel analyzer (MCA) create a frequency ditribution of the output ignal from the TAC, to obtain a waveform of the light emiion of the ample. AUTO- CORRELATOR MIRROR HALF MIRROR SAMPLE LASER MCA TAC DELAY TAC AMP LENS CFD FILTER PMT MODULE MONOCHROMATOR ital characteritic High-peed repone High gain PMT module H072P-0 (P.0) H7422P erie (P.) H90P-0 (P.0) TPMOC063EB 6

9 Portable urvey meter Portable radiation meaurement device or urvey meter are eential for detecting radioactive ubtance for public afety in cutom inpection, nuclear power plant, and hopital, etc. Among variou radiation meaurement device, the mot enitive type ue a combination of photomultiplier tube and cintillator and offer enitivity ranging from everal ten to hundred of time higher than Geiger-Müller counter (GM counter). Photomultiplier tube ued in thi application mut be compact, rugged, and eaily coupled to cintillator, and alo have low power conumption. ital characteritic PMT module Compact and light weight Low power conumption ibration-reitant H0720-0/H072-0 (P.0) H7826 (P.7) PORTABLE SUREY METERS PMT MODULE TPMOC04EB Semiconductor wafer inpection ytem Thee ytem find defect on emiconductor wafer, by canning a laer beam onto the wafer and then detecting the reulting cattered light to find any debri, dirt or damage on the wafer urface. Advance in emiconductor technology have made lithographic line on wafer even finer o that even maller defect mut now be detected making thee inpection device an eential tool. PMT MODULE SCATTERED LIGHT LENS LASER WAFER ital characteritic High-peed repone Wide dynamic range PMT module H072 erie (P.0) H90 erie (P.0) TPMOC043EB Laer radar One ue of laer radar (often called "LIDAR*") i making atmopheric meaurement. A laer beam i emitted into the atmophere and the light cattered by the "atmopheric molecule" and "upended element" then detected. The cattered light i aborbed by "trace gae" during it return and i therefore extremely faint. Thee "trace gae, and the ditribution and concentration of upended element" can be analyzed by meauring thi faint light. Lidar i actually ued in meaurement of aerool and ozone concentration, CO2, SO2 and NOx concentration, wind velocity and alo the extent of viibility. * LIDAR: LIght Detection And Ranging ital characteritic Gated operation Le after pule OZONE LAYER STRATOSPHERE TROPOSPHERE PMT module H526 erie (P.2) H870-0 (P.30) TPMOC036EB 7

10 Micro PMT module H2402 erie Micro PMT module H2403 erie (Left) H2403 erie, (Right) H2402 erie Micro PMT Current output Recoended control voltage adjutment range Gain Maximum average output ignal current Dark current Settling time 2 Max. H2402 H to to +.0 (Max. +.5) Control voltage The time required for the output to reach a table level following a change in the control voltage from +.0 to H H to 8 3 (X) (Y) +4.5 to to +. (Max. +.5) H H to 920 (at +25 ) µa na CATHODE RADIANT SENSITIITY (ma/w) TPMOB0259EB H H H H H2402 H WAELENGTH () Dimenional outline (: ) H2402 erie 38 ± ± ± ± M.4 DEPTH.5 30 ± ± ± 0. 3 ± 0. INPUT WINDOW PHOTOCATHODE 3 MIN. 4 M2 DEPTH 4 CABLE LOW OLTAGE INPUT (+5 ) : AWG26 (RED) ref OUTPUT (+.2 ) cont INPUT : AWG26 (BLUE) : AWG26 (WHITE) : RG-74/U Weight: 42 g TPMOA0083EB DETAILS OF INPUT WINDOW.4 CROSS SECTION MICRO PMT PHOTO- C0.3 CATHODE RESIN PACKAGE 4 EFFECTIE AREA INPUT WINDOW TPMHA0590EB H2403 erie 5 ± 0.25 ± ± ± ± ± ± 0. PHOTO- CATHODE 3 MIN. INPUT WINDOW 4 M2 DEPTH 4 CABLE LOW OLTAGE INPUT (+5 ) : AWG26 (RED) ref OUTPUT (+.2 ) : AWG26 (BLUE) cont INPUT : AWG26 (WHITE) : RG-74/U Weight: 52 g TPMOA0084EB Full-cale Micro PMT image! Micro PMT internal tructure CONNECTION TERMINAL FOCUSING ELECTRODE ACUUM TUBE SECONDARY ELECTRON ACUUM SILICON PHOTOCATHODE GLASS ANODE Micro PMT work on the ame vacuum tube technology and principle a conventional PMT and o can deliver the ame performance a conventional PMT yet in a compact and light-weight DIRECTION OF LIGHT PHOTOCATHODE ELECTRON MULTIPLIER (DYNODES) [TOP IEW] ANODE LAST DYNODE PHOTOELECTRON ELECTRON MULTIPLIER (DYNODES) [SECTIONAL IEW] GLASS 8

11 Micro PMT Photon counting Micro PMT photon counting head H2406 erie Count linearity Dark count Pule-pair reolution Output pule width Output pule height Min. Recoended load reitance H to 6 0 Photon counting H to 8 3(X) (Y) to (Load reitance Ω) H to (at +25 ) - - n n Ω Count enitivity Dimenional outline (: ) TPMOB0270EB 0 6 H ± ± ± ± 0. 2 M.4 DEPTH.5 DETAILS OF INPUT WINDOW.4 COUNT SENSITIITY ( - pw - ) H2406 H ± ± ± 0. 3 ± 0. PHOTOCATHODE (3 MIN.) INPUT WINDOW 4 M2 DEPTH 4 CABLE CROSS SECTION C0.3 RESIN PACKAGE 4 EFFECTIE AREA 3 MICRO PMT PHOTO- CATHODE INPUT WINDOW WAELENGTH () LOW OLTAGE INPUT (+5 ) : AWG26 (RED) OER LIGHT DETECTION OUTPUT: AWG26 (BLUE) : RG-74/U Weight: 46 g TPMOA009EA TPMHA0590EB OPTION E356 (FC type) E3562 (SMA type) GASKET GASKET ± (FOR M2 SCREW FIXING *) * Supplied with M2 crew (4 pc) for fixing to module ± (FOR M2 SCREW FIXING *) * Supplied with M2 crew (4 pc) for fixing to module. 2.5 ± ± ± Weight: 7 g TACCA0338EA 2 34 ± Weight: 5 g TACCA0339EA E3563 (FC type) GASKET ± ± ± (FOR M2 SCREW FIXING *) * Supplied with M2 crew (4 pc) for fixing to module. E3564 (SMA type) GASKET ± ± ± (FOR M2 SCREW FIXING *) * Supplied with M2 crew (4 pc) for fixing to module Weight: 2 g Weight: 0 g TACCA0 EA TACCA0 EA * E356 and E3562 are the excluive option for H2402/H2406 erie, E3563 and E3564 are the excluive option for H2403 erie. 9

12 Current output Photoenor module H0720 erie Photoenor module H072 erie (Left) H0720 erie, (Right) H072 erie Maximum input current Recoended control voltage adjutment range Gain Maximum average output ignal current H H072-0 H0720P-0 H072P to 700 H H072-3 H0720P-3 H072P-3 85 to 700 H H H0720P-20 H072P-20 H H072-0 H0720P-0 H072P to to to (Dark condition) +0.5 to +. (Max. +.) H H H0720P-04 H072P to 870 H H to 920 Dark current P type Dark count Settling time 2 Max. 0 Control voltage +.0 2The time required for the output to reach a table level following a change in the control voltage from +.0 to +0.5 Photoenor module H900 erie Photoenor module H90 erie (Left) H900 erie, (Right) H90 erie Maximum input current Recoended control voltage adjutment range Gain Maximum average output ignal current Settling time 0 Settling time to +5 operating +5 operating H900-0 H900-3 H H900-0 H H90-0 H90-3 H90-20 H90-0 H90-04 H900P-0 H900P-3 H900P-20 H900P-0 H900P-04 H90P-0 H90P-3 H90P-20 H90P-0 H90P to to to to to to (Dark condition) +0.5 to +. (Max. +.) H H to 920 Dark current P type Dark count Settling time 2 Max. 0.2 Control voltage +.0 2The time required for the output to reach a table level following a change in the control voltage from +.0 to +0.5 (at +25 ) ma µa na - (at +25 ) ma µa na - CATHODE RADIANT SENSITIITY (ma/w) TPMOB0224EC WAELENGTH () CATHODE RADIANT SENSITIITY (ma/w) TPMOB0225EB WAELENGTH () -20 Dimenional outline (: ) H0720/H900 erie ± ± 0.2 EFFECTIE AREA ( 8 MIN.) 8.0 ± ±.5 ± ± ± 0.2 H072/H90 erie 22.0 ± ± ± THREADED HOLE for OPTION * (4 M2 DEPTH 3) BOTTOM IEW TOP IEW NO CONNECTION 0 2ref OUTPUT (+.2 ) 3cont INPUT (+0.5 to +. ) 4LOW OLTAGE INPUT (+5 / H0720 erie) WINDOW (+5 / H900 erie) 5 6SIGNAL 7 8NO CONNECTION SIDE IEW.0 ± ± 20 Weight: 45 g TPMOA006EB 4.0 ± WINDOW EFFECTIE AREA ( 8 MIN.) THREADED HOLE for OPTION * (4 M2 DEPTH 4) FRONT IEW SIDE IEW LOW OLTAGE INPUT (+5 / H072 erie) (+5 / H90 erie) ref OUTPUT (+.2 ) cont INPUT (+0.5 to +. ) *Option: E5776, E5776-5, A9865, A : AWG26 (RED) : AWG26 (BLUE) : AWG26 (WHITE) : RG-74/U Weight: 80 g TPMOA0062EA 0

13 Current output Photoenor module H7422 erie Heatink with fan (A7423) old eparately H H7422- H7422P-40 H7422P- 300 to to to to 890 Recoended control voltage adjutment range to to +0.8 (Max. +0.9) Gain Maximum average output ignal current 2 Dark current (at 0 ) Dark count (at 0 ) Settling time to +35 Control voltage +.0 2The time required for the output to reach a table level following a change in the control voltage from +.0 to +0.5 Cooling pecification Cooling method Max. cooling temperature (ΔT) Cooling time Over light protection* Cooler * We alo provide "A type" that over light protective function work at µa. Thermoelectric cooling 35 Approx. 5 0 (at +25 ) µa na - min µa CATHODE RADIANT SENSITIITY (ma/w) TPMOB035EC Option Heatink with fan A7423 Single cable E68-05 Optical fiber adapter (FC type) A742 C-mount adapter A743 Power upply unit with temperature control (AC00 to 240 input) C Power upply unit with temperature control (+2 input, on-board type) M WAELENGTH () Dimenional outline (: ) 9.5 ± 0. O-RING GROOE (S-28 O-RING INCLUDED) THREADED HOLE for A742 (4 M2 DEPTH: 2) 20.0 ± ± ± ± 0.2 MOUNTING THREADED HOLE (4 M3B) THREADED HOLE for A7423 (8 M3 DEPTH: 2) 20.0 ± ± ± 0.2 TOP IEW EFFECTIE AREA 5 8 M3C A POWER INPUT TAJIMI PRC03-23A0-7M BNC-R 5.0 ± ± 0.2 M25.4 P=/32" C-MOUNT ACROSS SECTION EFFECTIE AREA WINDOW ± ± ± 0.2 BCROSS SECTION 6.5 ± 0.2 M3 DEPTH: 4.0 Max. 4.8 ± ± 0.2 PMT CCROSS SECTION 2.0 ± 0.2 M3 DEPTH: 4.0 Max. F E G D A GUIDE MARK B C TAJIMI PRC03-23A0-7M A: THERMISTOR B: THERMISTOR 2 C: THERMOELECTRIC COOLER + D: THERMOELECTRIC COOLER E: LOW OLTAGE INPUT (+5 ) F: CONTROL OLTAGE INPUT (+0.5 to +0.8 ) G: TPMOA0024ED 44.0 ± ± ± 0. M25.4 P = /32" C-MOUNT 6.3 ± ± ± ± Weight: 400 g FRONT IEW SIDE IEW

14 Current output 2 Photoenor module H526 erie CATHODE RADIANT SENSITIITY (ma/w) TPMOB0260EA 000 Dimenional outline (: ) Photoenor module H2056 erie CATHODE RADIANT SENSITIITY (ma/w) TPMOB0246JA WAELENGTH () H526-0-NN H526-0-NF H526-0-NN H526-0-NF H NN H NF Recoended control voltage adjutment range 230 to to to to +0.9 (Max. +0.9) 230 to 920 Gain Maximum average output ignal current 00 Dark current Settling time to +45 Control voltage The time required for the output to reach a table level following a change in the control voltage from +0.8 to WAELENGTH () 2 M3 DEPTH 4 Recoended control voltage adjutment range Gain Maximum average output ignal current Dark current P type Dark count Settling time EFFECTIE AREA ( 8 MIN.) M2 DEPTH 4 FOR OPTION * 9.6 Gate 00 n Settling time 2 Dimenional outline (: ) (at +25 ) µa na TPMOA007JB Gate 0 m Settling time 0 (at +25 ) H H2056P-0 H H2056P-20 H H2056P-0 H to to to to to +. (Max. +.) µa 0 na Control voltage +.0 2The time required for the output to reach a table level following a change in the control voltage from +.0 to WINDOW M2.6 DEPTH 4 Power cable with connector (HIROSE HR0A-7P-6S) i upplied with H526 erie BLACK : RED : LOW OLTAGE INPUT (+5 ) WHITE : cont INPUT (+0.4 to +0.9 ) BLUE : ref OUTPUT (+.2 ) YELLOW: ERROR MONITOR / OER-LIGHT MONITOR GREEN : OPERATION MODE SELECT INPUT 4 ± 20 *OPTION: E5776, E5776-5, A9865, A ± ± ± 4.0 ± ± ± ± 0.5 EFFECTIE AREA ( 8 MIN.) THREADED HOLE for OPTION* (4 M2 DEPTH 3) TOP IEW BOTTOM IEW WINDOW 5.24 SIDE IEW *OPTION: E5776, E5776-5, A9865, A SHUTTER PULSE INPUT 2ref OUTPUT (+.2 ) 3cont INPUT (+0.5 to +. ) 4LOW OLTAGE INPUT (+5 ) 5 6SIGNAL 7 : 2: LOW OLTAGE INPUT (+5 ) 3: cont INPUT (+0.4 to +0.9 ) 4: ref OUTPUT (+.2 ) 5: ERROR MONITOR / OER-LIGHT MONITOR 6: OPERATION MODE SELECT INPUT Weight: 70 g POWER / CONTROL INPUT HIROSE HR0A-7R-6PB GATE PULSE INPUT SMA-R SMA-R Weight: 05 g TPMOA0076EA

15 Current output Photoenor module H706 erie Recoended control voltage adjutment range Gain Maximum average output ignal current Dark current P type Dark count Settling time Gate µ Settling time 0.2 H706-0 H H706P to to to to +. (Max. +.) H H706P to to +0.8 (Max. +0.9) to +35 H706-0, H706P-0, H706-20: control voltage +.0 H706-40, H706P-40: control voltage The time required for the output to reach a table lebel following a change in the control voltage from +.0 to The time required for the output to reach a table lebel following a change in the control voltage from +0.9 to (at +25 ) µa na - CATHODE RADIANT SENSITIITY (ma/w) TPMOB0249EA WAELENGTH () Dimenional outline (: ) H0706-0/ H MOUNTING THREADED HOLE (2 M3 DEPTH 4) 20.0 ± ± 0.2 EFFECTIE AREA ( 8 MIN.) ± ± ± ± MOUNTING THREADED HOLE (2 M3 DEPTH 4).0 ± ± ± 20.5 ± 0.2 WINDOW THREADED HOLE for OPTION* (4 M2 DEPTH 4).5 ± 0.2 WINDOW *OPTION: E5776, E5776-5, A9865, A ± ± 20 : RG-74/U LOW OLTAGE INPUT (+5 ) : AWG26 (RED) ref OUTPUT (+.2 ) : AWG26 (BLUE) cont INPUT (+0.5 to +. ) : AWG26 (WHITE) SHUTTER SIGNAL INPUT : AWG26 (YELLOW) Weight: 25 g TPMOA008EB : RG-74/U LOW OLTAGE INPUT (+5 ) : AWG26 (RED) ref OUTPUT (+.2 ) : AWG26 (BLUE) cont INPUT (+0.5 to +0.8 ) : AWG26 (WHITE) SHUTTER SIGNAL INPUT : AWG26 (YELLOW) 4.0 ± 0.2 EFFECTIE AREA ( 5 MIN.) THREADED HOLE for OPTION* (4 M2 DEPTH 4) *OPTION: E5776, E5776-5, A9865, A Weight: 35 g TPMOA0082EB Gate characteritic Gate mode Gate ignal Mode Gate width (FWHM) Repetition rate Switching ratio Input HIGH level Input impedance Max. H526-xx-NN H526-xx-NF H706 H2056 Normally ON Normally OFF Normally ON Normally ON 00 n to DC µ to 0 m 0 m to DC to to to khz kω Gate operation mode NORMALLY ON GATE INTERAL TIME (REPETITION RATE*) NORMALLY OFF GATE INTERAL TIME (REPETITION RATE*) GATE SIGNAL INPUT HIGH LOW GATE SIGNAL INPUT HIGH LOW GATE WIDTH (FWHM) GATE WIDTH (FWHM) PMT OPERATION OFF ON % PMT OPERATION OFF ON % * GATE INTERAL TIME 00 µ / REPETITION RATE 0 khz GATE INTERAL TIME 0 m / REPETITION RATE 00 Hz TPMOC0260EA 3

16 Current output Photoenor module H9305 erie (X Y) Recoended control voltage adjutment range Gain Maximum average output ignal current Dark current Settling time 2 Max. H to operating H to H H to to to to +.0 (Max. +.2) H to H to Control voltage +.0 2The time required for the output to reach a table level following a change in the control voltage from +.0 to +0.5 Photoenor module H3320 erie (X Y) Recoended control voltage adjutment range Gain Maximum average output ignal current Dark current Settling time 2 Max. H to to +5 operating H to H H to to to to +.0 (Max. +.2) H to H to Control voltage +.0 2The time required for the output to reach a table level following a change in the control voltage from +.0 to (at +25 ) µa na (at +25 ) µa na Dimenional outline (: ) CATHODE RADIANT SENSITIITY (ma/w) TPMOB038EB CATHODE RADIANT SENSITIITY (ma/w) TPMOB039EC ± ± WINDOW (7 6) EFFECTIE AREA ( MIN.) MOUNTING.7 ± 0.2 THREADED HOLE (4 M2 DEPTH 4) FRONT IEW 53.2 ± ± ± 20 SIDE IEW PHOTOCATHODE LOW OLTAGE INPUT (+5 / H3320 SERIES) : AWG26 (RED) (+5 / H9305 SERIES) ref OUTPUT (+.2 ) : AWG26 (BLUE) cont INPUT (+0.25 to +.0 ) : AWG26 (WHITE) : RG-74/U Weight: 0 g TPMOA003JH WAELENGTH () WAELENGTH () 4

17 Current output Photoenor module H46 erie (X Y) Recoended control voltage adjutment range Gain Maximum average output ignal current Dark current Dark count Settling time 2 Max. H to H to H46-03 H to to to to +. (Max. +.2) H46P-0 85 to H46P- 85 to Control voltage +.0 2The time required for the output to reach a table level following a change in the control voltage from +.0 to (at +25 ) µa na - CATHODE RADIANT SENSITIITY (ma/w) TPMOB0235EA CATHODE RADIANT SENSITIITY (ma/w) TPMOB0236EA -0, P-0 P- Dimenional outline (: ) 87.0 ± ± ± ± 0.5 EFFECTIE AREA (4 20 MIN.) 55.0 ± 0.5 R3 MOUNTING THREADED HOLE (4 M3 DEPTH 0) 95.0 ± ± ± 0.5 C.0 ± 0.5 MAX ± 0.5 PHOTOCATHODE 7.2 ± 0.5 MOUNTING THREADED HOLE (2 2 M3 DEPTH 0) FRONT IEW SIDE IEW REAR IEW 57 ± 4 ± 20 LOW OLTAGE INPUT (+5 ) : AWG26 (RED) ref OUTPUT (+.2 ) : AWG26 (BLUE) cont INPUT (+0.5 to +. ) : AWG26 (WHITE) : RG-74/U Weight: 225 g TPMOA0072EC WAELENGTH () WAELENGTH () 5

18 Current output Photoenor module with thermoelectric cooler H7844 Cooling pecification Cooling method Max. cooling temperature (ΔT) 34 Cooling time 3 3Input current to thermoelectric cooler = 2. A Thermoelectric cooling 20 Approx. 3 4Photocathode temperature difference from ambient Cooler H7844 (X Y) Recoended control voltage adjutment range 85 to to to +. Gain Maximum average output ignal current 58 Dark current Settling time 2 Max to +40 Control voltage +.0 2The time required for the output to reach a table level following a change in the control voltage from +.0 to +0.5 (at +25 ) µa na min Dimenional outline (: ) TPMOB080EA 00 CONNECTOR FOR COOLING FAN *Dimenional tolerance i ±0.5 unle otherwie pecified. CATHODE RADIANT SENSITIITY (ma/w) WAELENGTH () TOP IEW ± FRONT IEW COOLING FAN * ± 0.3 EFFECTIE AREA (0 4 MIN.) WINDOW MOUNTING THREADED HOLE (4 M3 DEPTH 3) SIDE IEW 2.0 PHOTOCATHODE MOUNTING THREADED HOLE (2 4 M3 DEPTH 3) SIGNAL OUTPUT BNC-R * When intalling the H7844 photoenor module, be ure to allow enough pace around the cooling fan for heat diipation. 7.7 REAR IEW RECEPTACLE FOR THERMOELECTRIC COOLER JST SLR-02F L=60± POWER INPUT HIROSE HR0A-7R-6P : 2: LOW OLTAGE INPUT +5 3: cont +0.3 to +. 4: ref +.2 5: NC 6: NC 32.0 Weight: 296 g 42.0 BOTTOM IEW MOUNTING THREADED HOLE (4 M3 DEPTH 0) TPMOA0036EC 6

19 Current output Photoenor module H7826 erie CATHODE RADIANT SENSITIITY (ma/w) TPMOB043EA 00 0 H7826 H7826P Recoended control voltage adjutment range Gain Maximum average output ignal current Dark current Dark count Settling time 2 Max. H H7826P-0 H to H to 8 Dimenional outline (: ) to to +. (Max. +.2) to +45 H7826P 300 to H7826P to Control voltage +.0 2The time required for the output to reach a table level following a change in the control voltage from +.0 to ± THREADED HOLE for OPTION (4 M2 DEPTH 5) EFFECTIE AREA ( 5 MIN.) ± ± ± ± ± 0.5 FRONT IEW SIDE IEW REAR IEW Power cable with connector (HIROSE HR0A-7P-6S) i upplied with the H7826 erie 8.0 ± ± 0.5 MOUNTING THREADED HOLE (2 M3 DEPTH 5) 2000 BNC-R POWER INPUT HIROSE HR0A-7R-6P BLACK : RED : LOW OLTAGE INPUT (+5 ) WHITE : cont INPUT (+0.5 to +. ) BLUE : ref OUTPUT (+.2 ) GREEN: NC (at +25 ) : 2: LOW OLTAGE INPUT (+5 ) 3: cont INPUT (+0.5 to +. ) 4: ref OUTPUT (+.2 ) 5: NC 6: NC Weight: 70 g µa na TPMOA0005EF Photoenor module H0425 erie TPMHB0204EB 00 WAELENGTH () Recoended control voltage adjutment range Gain Maximum average output ignal current Dark current Settling time 2 Max. H to Dimenional outline (: ) to to +. (Max. +.2) H to Control voltage +.0 2The time required for the output to reach a table level following a change in the control voltage from +.0 to ± ± ± 0.2 WINDOW 20 ± 4 ± 20 (at +25 ) µa na CATHODE RADIANT SENSITIITY (ma/w) 0 H0425 H FRONT IEW EFFECTIE AREA ( 22 MIN.) SIDE IEW LOW OLTAGE INPUT (+ 5 ) : AWG26 (RED) ref OUTPUT (+.2 ) : AWG26 (BLUE) cont INPUT (+0.5 to +. ) : AWG26 (WHITE) : RG-74/U Weight: H g, H g TPMOA0046EB WAELENGTH () 7

20 Current output Photoenor module H0426 erie TPMHB0223EB 00 Recoended control voltage adjutment range Gain Maximum average output ignal current Dark current Settling time 2 Max. H to Dimenional outline (: ) to to +.4 (Max. +.5) 00 0 H to Control voltage +.0 2The time required for the output to reach a table level following a change in the control voltage from +.0 to ± ± ± 0.2 WINDOW 92 ± 4 ± 20 3 (at +25 ) µa na CATHODE RADIANT SENSITIITY (ma/w) 0 H0426 H FRONT IEW EFFECTIE AREA ( 25 MIN.) SIDE IEW LOW OLTAGE INPUT (+ 5 ) : AWG26 (RED) ref OUTPUT (+2.5 ) : AWG26 (BLUE) cont INPUT (+0.5 to +.4 ) : AWG26 (WHITE) : RG-74/U Weight: 270 g TPMOA0047EB WAELENGTH () High peed photoenor module H366 TPMOB033EA 000 H366 Recoended control voltage adjutment range 300 to to to +2.2 (Max. +2.3) Gain Maximum average output ignal current 00 Dark current Settling time 2 Max. 0 Control voltage The time required for the output to reach a table level following a change in the control voltage from +2.2 to +.8 Dimenional outline (: ) 35.0 ± ± Rie time 230 p 05 ± 4 ± 20 0 ± 0.2 WINDOW Poitive output (at +25 ) µa na CATHODE RADIANT SENSITIITY (ma/w) EFFECTIE AREA ( 25 MIN.) : RG-74/U LOW OLTAGE INPUT (+5 ) : AWG26 (RED) ref OUTPUT (+2.5 ) : AWG26 (BLUE) cont INPUT (+.8 to +2.2 ) : AWG26 (WHITE) Weight: 0 g TPMOA000EA WAELENGTH ()

21 Current output Photomultiplier tube module H4 TPMOB024EA 00 H4 Recoended control voltage adjutment range 300 to to to +.8 (Max. +.9) Gain Maximum average output ignal current 200 Dark current Settling time 2 Max. 6 0 Control voltage The time required for the output to reach a table level following a change in the control voltage from +.0 to +0.5 Dimenional outline (: ) 60 ± ± 200 ± 4 ± 20 (at +25 ) µa na CATHODE RADIANT SENSITIITY (ma/w) MAX. EFFECTIE AREA ( 46 MIN.) : RG-74/U LOW OLTAGE INPUT (+5 ) : AWG26 (RED) cont INPUT (+0.5 to +.8 ) : AWG26 (WHITE) ref OUTPUT (+2.5 ) : AWG26 (BLUE) Weight: 560 g TPMOA0074EB WAELENGTH () Photomultiplier tube module H432 erie CATHODE RADIANT SENSITIITY (ma/w) TPMHB084EA H H432 Recoended control voltage adjutment range Gain Maximum average output ignal current Dark current Settling time 2 Max. H432 Dimenional outline (: ) 39 ± EFFECTIE AREA ( 34 MIN.) FRONT IEW 28 ± 2 SIDE IEW H to to to +.45 (Max. +.5) Control voltage +.3 2The time required for the output to reach a table level following a change in the control voltage from +.0 to ± ± 20 LOW OLTAGE INPUT (+5 ) : AWG26 (RED) ref OUTPUT (+2.5 ) : AWG26 (BLUE) cont INPUT (+0.5 to +.45 ) : AWG26 (WHITE) : RG-74/U Weight: 35 g (at +25 ) µa na TPMHA0566EB WAELENGTH () 9

22 Current output Photoenor module H3543 erie (X Y) Recoended control voltage adjutment range Gain Maximum average output ignal current Dark current Settling time 2 Max. H to H to Square photocathode H to H H to to to +0.8 (Max. +0.9) H to 700 Control voltage The time required for the output to reach a table level following a change in the control voltage from +0.8 to H to H to (at +25 ) µa na TPMOB0304EA 000 TPMOB0305EA 000 CATHODE RADIANT SENSITIITY (ma/w) H3543 H H H H CATHODE RADIANT SENSITIITY (ma/w) H H H WAELENGTH () WAELENGTH () Dimenional outline (: ) 33.0 ± ± ± ± ± 0.5 EFFECTIE AREA ( 8 MIN.) : RG-74/U LOW OLTAGE INPUT (+5 ) : AWG26 (RED) ref OUTPUT (+.2 ) : AWG26 (BLUE) cont INPUT : AWG26 (WHITE) FRONT IEW SIDE IEW Weight: 0 g TPMOA0099EA 20

23 oltage output Photoenor module H0722 erie Maximum input current Recoended control voltage adjutment range Photomultiplier tube gain Frequency bandwidth Current-to-voltage converion factor Maximum output ignal voltage oltage output depending on PMT dark current Settling time 2 H to 700 H to 700 H to 700 H to ±4.5 to ± / -3.5 (Dark condition) +0.5 to +. (Max. +.) DC to 20 khz +4 (Load reitance 0 kω) H to 870 H to 920 Max. 0 Control voltage The time required for the output to reach a table level following a change in the control voltage from +.0 to +0.5 Photoenor module H902 erie Maximum input current Recoended control voltage adjutment range Photomultiplier tube gain Frequency bandwidth Current-to-voltage converion factor Maximum output ignal voltage oltage output depending on PMT dark current Settling time 2 H to 700 Settling time 0 H to 700 Max. 0.2 Control voltage The time required for the output to reach a table level following a change in the control voltage from +.0 to +0.5 Settling time 0.2 H to to ±.5 to ± / - (Dark condition) +0.5 to +. (Max. +.) DC to 20 khz +0 (Load reitance 0 kω) ±5 operating ±5 operating H902-0 H to H to (at +25 ) ma /µa m (at +25 ) ma /µa m Dimenional outline (: ) TPMOB0227EB 00 PMT GAIN: 0 5 TPMOB0228EB 00 PMT GAIN: ± ± ± ± 20.5 ± ANODE RADIANT SENSITIITY (/nw) ANODE RADIANT SENSITIITY (/nw) ± WINDOW EFFECTIE AREA ( 8 MIN.) THREADED HOLE for OPTION* (4 M2 DEPTH 4) FRONT IEW SIDE IEW LOW OLTAGE INPUT (+5 / H0722 SERIES) : AWG26 (RED) (+5 / H902 SERIES) LOW OLTAGE INPUT (-5 / H0722 SERIES) : AWG26 (GREEN) (-5 / H902 SERIES) ref OUTPUT (+.2 ) : AWG26 (BLUE) cont INPUT (+0.5 to +. ) : AWG26 (WHITE) : RG-74/U Weight: 90 g *OPTION: E5776, E5776-5, A9865, A TPMOA0063EB WAELENGTH () WAELENGTH () 2

24 oltage output Photoenor module H0723 erie Maximum input current Recoended control voltage adjutment range Photomultiplier tube gain Frequency bandwidth Current-to-voltage converion factor Maximum output ignal voltage oltage output depending on PMT dark current Settling time 2 Max. H to H to H to 700 H to ±4.5 to ± / -3.5 (Dark condition) +0.5 to +. (Max. +.) DC to 200 khz (Load reitance 0 kω) H to 870 H to 920 Control voltage The time required for the output to reach a table level following a change in the control voltage from +.0 to +0.5 Photoenor module H903 erie Maximum input current Recoended control voltage adjutment range Photomultiplier tube gain Frequency bandwidth Current-to-voltage converion factor Maximum output ignal voltage oltage output depending on PMT dark current Settling time 2 Max. H to Settling time 0 Settling time 0.2 H to H to 700 ±5 operating H to ±.5 to ± / -8 (Dark condition) +0.5 to +. (Max. +.) DC to 200 khz (Load reitance 0 kω) ±5 operating Control voltage The time required for the output to reach a table level following a change in the control voltage from +.0 to H to H to 920 (at +25 ) ma /µa m (at +25 ) ma /µa m TPMOB0227EB 0 PMT GAIN: 0 5 TPMOB0228EB 0 PMT GAIN: 0 5 Dimenional outline (: ) 4.0 ± 0.2 THREADED HOLE for OPTION* (4 M2 DEPTH 4) EFFECTIE AREA ( 8 MIN.) ANODE RADIANT SENSITIITY (/nw) ANODE RADIANT SENSITIITY (/nw) ± ± ± ± FRONT IEW 0 WINDOW 5.0 ± ± 20 MOUNTING THREADED HOLE (2 M2.6 DEPTH 3) SIDE IEW WAELENGTH () WAELENGTH () LOW OLTAGE INPUT (+5 / H0723 SERIES) : AWG26 (RED) (+5 / H903 SERIES) LOW OLTAGE INPUT (-5 / H0723 SERIES) : AWG26 (GREEN) (-5 / H903 SERIES) ref OUTPUT (+.2 ) : AWG26 (BLUE) cont INPUT (+0.5 to +. ) : AWG26 (WHITE) : RG-74/U *OPTION: E5776, E5776-5, A9865, A Weight: 90 g TPMOA0064EB 22

25 oltage output Photoenor module H9306 erie Photoenor module H9307 erie (H9306) TPMOB054EB 00 ANODE RADIANT SENSITIITY (/nw) (X Y) Recoended control voltage adjutment range Photomultiplier tube gain Frequency bandwidth Current-to-voltage converion factor Maximum output ignal voltage oltage output depending on PMT dark current Settling time 2 H9306 H9307 H H to H H H H H H H H to to to to ±.5 to ± to +.0 (Max. +.2) H9306 erie: DC to 20, H9307 erie: DC to 200 H9306 erie:, H9307 erie: 0. H9306 erie: +0, H9307 erie: + (Load reitance 0 kω) ± ± WINDOW (7 6) EFFECTIE AREA ( MIN.) MOUNTING.7 ± 0.2 THREADED HOLE (4 M2 DEPTH 4) FRONT IEW 53.2 ± ± ± 20 SIDE IEW H H to PHOTOCATHODE (at +25 ) khz /µa m Max. 0 Control voltage The time required for the output to reach a table level following a change in the control voltage from +.0 to +0.5 Dimenional outline (: ) PMT GAIN: 0 5 (H9307) ANODE RADIANT SENSITIITY (/nw) (H9306) TPMOB06ED 00 ANODE RADIANT SENSITIITY (/nw) PMT GAIN: 0 5 (H9307) ANODE RADIANT SENSITIITY (/nw) LOW OLTAGE INPUT (+5 ) : AWG26 (RED) LOW OLTAGE INPUT (-5 ) : AWG26 (GREEN) ref OUTPUT (+.2 ) : AWG26 (BLUE) cont INPUT (+0.25 to +.0 ) : AWG26 (WHITE) : RG-74/U Weight: 0 g TPMOA003JG WAELENGTH () WAELENGTH () Photoenor module H462 erie H462-0 TPMHB0238EA ANODE RADIANT SENSITIITY (/nw) WAELENGTH () (X Y) Recoended control voltage adjutment range Photomultiplier tube gain Frequency bandwidth (DC to) Current-to-voltage converion factor Maximum output ignal voltage oltage output depending on PMT dark current Settling time 2 Max. (at +25 ) H462-0 H H H H H to to to ±4.5 to ± to +. (Max. +.2) khz /µa +4 (Load reitance 0 kω) m 4 Control voltage The time required for the output to reach a table level following a change in the control voltage from +.0 to +0.5 PMT GAIN: 0 5 H ANODE RADIANT SENSITIITY (/nw) Dimenional outline (: ) 87.0 ± ± ± ± 0.5 MOUNTING THREADED HOLE (4 M3 DEPTH 0) EFFECTIE AREA (4 20 MIN.) 55.0 ± 0.5 R ± ± ± 0.5 C MOUNTING THREADED HOLE (2 2 M3 DEPTH 0).0 ± 0.5 MAX ± 0.5 PHOTOCATHODE 7.2 ± 0.5 FRONT IEW SIDE IEW REAR IEW 57 ± LOW OLTAGE INPUT (+5 ) LOW OLTAGE INPUT (-5 ) ref OUTPUT (+.2 ) cont INPUT (+0.5 to +. ) 4 ± 20 : AWG26 (RED) : AWG26 (GREEN) : AWG26 (BLUE) : AWG26 (WHITE) : RG-74/U Weight: 225 g TPMOA0073EC 23

26 oltage output Photoenor module H7827 erie H TPMOB056EB -0 0 ANODE RADIANT SENSITIITY (/nw) Photoenor module H0492 erie WAELENGTH () H H TPMOB0220EA PMT GAIN: (at +25 ) H H H H to to 8 Recoended control voltage adjutment range 5 ±.5 to ± to +. (Max. +.2) Photomultiplier tube gain Frequency bandwidth (DC to) Current-to-voltage converion factor khz /µa Maximum output ignal voltage +0 (Load reitance 0 kω) oltage output depending on PMT dark current m Settling time 2 Max to +45 Control voltage The time required for the output to reach a table level following a change in the control voltage from +.0 to +0.5 Dimenional outline (: ) PMT GAIN: H ANODE RADIANT SENSITIITY (/nw) ± THREADED HOLE for OPTION (4 M2 DEPTH 5) FRONT IEW EFFECTIE AREA ( 5 MIN.) Power cable with connector (HIROSE HR0A-7P-6S) i upplied with the H7827 erie BLACK : RED : LOW OLTAGE INPUT (+5 ) 700 ± 20 WHITE : cont INPUT (+0.5 to +. ) BLUE : ref OUTPUT (+.2 ) GREEN: LOW OLTAGE INPUT (-5 ) TPMOA0023ED (at +25 ) H H H H H H to to 8 Recoended control voltage adjutment range ±.5 to ± to +. (Max. +.2) Photomultiplier tube gain Frequency bandwidth (DC to) Current-to-voltage converion factor khz /µa Maximum output ignal voltage -00/-002/-0/-02: +0 (Load reitance 0 kω), -003/-03: +0 (Load reitance 0 Ω) +5 (Load reitance Ω) oltage output depending on PMT dark current m Settling time 2 Max. 0 Control voltage The time required for the output to reach a table level following a change in the control voltage from +.0 to +0.5 Dimenional outline (: ) 35.0 ± ± ± ± ± ± 0.5 SIDE IEW 0 ± 0.2 WINDOW 8.0 ± ± 0.5 MOUNTING THREADED HOLE (2 M3 DEPTH 5) REAR IEW 20 ± 4 ± 20 BNC-R POWER INPUT HIROSE HR0A-7R-6P : 2: LOW OLTAGE INPUT (+5 ) 3: cont INPUT +0.5 to +. 4: ref OUTPUT +.2 5: NC 6: LOW OLTAGE INPUT (-5 ) Weight: 80 g ANODE RADIANT SENSITIITY (/nw) ANODE RADIANT SENSITIITY (/nw) EFFECTIE AREA ( 22 MIN.) FRONT IEW SIDE IEW : RG-74/U LOW OLTAGE INPUT (+5 ) : AWG26 (RED) LOW OLTAGE INPUT (-5 ) : AWG26 (GREEN) ref OUTPUT (+.2 ) : AWG26 (BLUE) cont INPUT (+0.5 to +. ) : AWG26 (WHITE) Weight: H /-002/ g H0492-0/-02/ g TPMOA0059EB WAELENGTH ()

27 oltage output Photoenor module H0493 erie H H TPMOB0222EB PMT GAIN: ANODE RADIANT SENSITIITY (/nw) (at +25 ) H H H H H H to to 8 Recoended control voltage adjutment range ±.5 to ± to +.4 (Max. +.5) Photomultiplier tube gain Frequency bandwidth (DC to) Current-to-voltage converion factor khz /µa Maximum output ignal voltage -00/-002/-0/-02: +0 (Load reitance 0 kω), -003/-03: +0 (Load reitance 0 Ω) +5 (Load reitance Ω) oltage output depending on PMT dark current m Settling time 2 Max. 0 Control voltage The time required for the output to reach a table level following a change in the control voltage from +.0 to ANODE RADIANT SENSITIITY (/nw) Dimenional outline (: ) 35.0 ± ± 0.5 EFFECTIE AREA ( 25 MIN.) FRONT IEW 0 ± 0.2 WINDOW 92 ± 4 ± 20 SIDE IEW : RG-74/U LOW OLTAGE INPUT (+5 ) : AWG26 (RED) LOW OLTAGE INPUT (-5 ) : AWG26 (GREEN) ref OUTPUT (+2.5 ) : AWG26 (BLUE) cont INPUT (+0.5 to +.4 ) : AWG26 (WHITE) Weight: 270 g TPMOA0060EB WAELENGTH () 25

28 Photon counting Photon counting head H0682 erie Photon counting head H2386 erie H0682 erie Count linearity Dark count Pule-pair reolution Output pule width Output pule Height Min. Recoended load reitance H H H H H H to to to to (Load reitance Ω), +4.0 (Un-terminated) +5 to +40 (at +25 ) - - n n Ω H2386 erie Count enitivity TPMOB025EB Dimenional outline (: ) H0682 erie 22.0 ± ± ± ± COUNT SENSITIITY ( - pw - ) ± ± 0.2 EFFECTIE AREA ( 8 MIN.) THREADED HOLE FOR OPTION* (4 M2 DEPTH 4) 0 WINDOW 20.0 ± 0.2 LOW OLTAGE INPUT (+5 ) : AWG24 (RED) : AWG24 (BLACK) OER LIGHT DETECTION OUTPUT: AWG24 (BLUE) : RG-74/U MOUNTING THREADED HOLE (2 M3 DEPTH 4) Weight: 47 g TPMOA0058EB H2386 erie THREADED HOLE FOR OPTION* (4 M2 DEPTH 4) 4.0 ± 0.2 EFFECTIE AREA ( 8 MIN.) 4.0 ± *OPTION: E5776, E5776-5, A9865, A WAELENGTH () 30.0 ± 0.5 WINDOW ± ± ± 0.5 *OPTION: E5776, E5776-5, A9865, A : RG-78B/U LOW OLTAGE INPUT (+5 ) : AWG26 (RED) OER LIGHT DETECTION OUTPUT: AWG26 (BLUE) Weight: 6 g TPMOA0090EA 26

29 Photon counting Photon counting head H742 erie Heatink with fan (A7423) old eparately Count linearity Dark count (at 0 ) Pule-pair reolution Output pule width Output pule Height Min. Recoended load reitance Cooling pecification Cooling method Max. cooling temperature (ΔT) Cooling time Cooler H H to to to to +35 Thermoelectric cooling 35 Approx. 5 (at +25 ) - - n n Ω min Count enitivity COUNT SENSITIITY ( - pw - ) TPHOB0042ED Option Heatink with fan A7423 Single cable E68-05 Optical fiber adapter (FC type) A742 C-mount adapter A743 Power upply unit with temperature control (AC00 to 240 input) C837 Power upply unit with temperature control (+2 input, on-board type) M WAELENGTH () Dimenional outline (: ) 9.5 ± 0. O-RING GROOE (S-28 O-RING INCLUDED) THREADED HOLE for A742 (4 M2 DEPTH 2) 20.0 ± ± ± ± 0.2 MOUNTING THREADED HOLE (4 M3B) THREADED HOLE for A7423 (8 M3 DEPTH 2) 20.0 ± ± ± 0.2 EFFECTIE AREA ( 5 MIN.) 8 M3C A TOP IEW POWER INPUT TAJIMI PRC03-23A0-7M BNC-R 5.0 ± ± 0.2 ACROSS SECTION EFFECTIE AREA WINDOW 5 M25.4 P=/32" C-MOUNT ± ± ± 0.2 BCROSS SECTION 6.5 ± 0.2 M3 DEPTH: 4.0 Max. 4.8 ± ± 0.2 PMT CCROSS SECTION 2.0 ± 0.2 M3 DEPTH: 4.0 Max. F E G D A GUIDE MARK B C A: THERMISTOR B: THERMISTOR 2 C: PELTIER ELEMENT + D: PELTIER ELEMENT E: LOW OLTAGE INPUT(+5 ) F: IC* G: *IC: Internal Connection (Do not ue) TAJIMI PRC03-23A0-7M TPHOA002ED 9.5 ± ± ± 0.3 M25.4 P = /32" C-MOUNT 6.3 ± ± ± ± Weight: 340 g FRONT IEW SIDE IEW 27

30 Photon counting Photon counting head H890 erie 230 to 700 Count linearity Dark count Pule-pair reolution Counter gate time Interface Compatible OS 2 Conform to in RS-232C 2Sample program upplied CPU+I/F H890-0 H H to to USB Bu power (with function of linearity correction: ) 20 to 0000 USB2.0 Window 7 Pro, 8 Pro +5 to (at +25 ) - - n m Count enitivity TPMOB0243EA Dimenional outline (: ) 22.0 ± ± ± COUNT SENSITIITY ( - pw - ) ± ± 0.2 EFFECTIE AREA ( 8 MIN.) THREADED HOLE FOR OPTION* 4 M2 DEPTH 4 WINDOW ± USB MINI CONNECTOR WAELENGTH () MOUNTING THREADED HOLE 2 M3 DEPTH 4 Weight: 54 g *OPTION: E5776, E5776-5, A9865, A TPMOA0075EC Photon counting head H (X Y) Count linearity Dark count Pule-pair reolution Output pule width Output pule Height Min. Recoended load reitance H to to (Load reitance Ω), +4.0 (Un-terminated) (at +25 ) - - n n Ω Count enitivity TPMOB0265EA 0 6 Dimenional outline (: ) 9.0 ± PHOTOCATHODE COUNT SENSITIITY ( - pw - ) WINDOW (7 6) EFFECTIE AREA ( MIN.) 49.0 ± 0.5 MOUNTING.7 ± 0.2 THREADED HOLE (4 M2 DEPTH 4) FRONT IEW 53.2 ± ± ± 20 SIDE IEW : RG-74/U LOW OLTAGE INPUT (+5 ) : AWG26 (RED) OER LIGHT DETECTION OUTPUT: AWG26 (BLUE) Weight: 0 g TPMOA0089EC 28 WAELENGTH ()

31 Photon counting Photon counting head H8259 erie (X Y) Count linearity Dark count Gate width (FWHM) Repetition rate Max. Pule-pair reolution Output pule width Output pule Height Min. Recoended load reitance Gate µ H8259 H H to to 8 85 to to µ to DC (Normally ON) (Load reitance Ω) +5 to +40 (at +25 ) - - khz n n Ω Count enitivity Dimenional outline (: ) COUNT SENSITIITY ( - pw - ) TPHOB0023EE H8259 H H ± R ± ± FRONT IEW EFFECTIE AREA (H8259, -0 : 4 20 MIN.) (H : 4 6 MIN.) 55.0 ± ± 0.5 MOUNTING THREADED HOLE (4 M3 DEPTH 0) 5.0 ± ± ± ± ± 0.5 PHOTOCATHDE 23.0 ± ± 0.8 MOUNTING THREADED HOLE (2 2 M3 DEPTH 0) SIDE IEW REAR IEW BNC-R POWER INPUT HIROSE HR0A-7R-6P : 2: LOW OLTAGE INPUT (+5 ) 3: IC* 4: IC* 5: 6: GATE 0 : OPEN, +5 : CLOSE *Internal Connection (Do not ue) Weight: 220 g WAELENGTH () Power cable with connector (HIROSE HR0A-7P-6S) i upplied with the H8259 erie BLACK : RED : LOW OLTAGE INPUT (+5 ) 700 ± 20 GREEN: GATE SIGNAL INPUT (0 or : OPEN, +5 : CLOSE) WHITE : NC BLUE : NC TPHOA0027EF Photon counting head H7828 erie Count linearity Dark count Pule-pair reolution Output pule width Output pule Height Min. Recoended load reitance H7828 H to to to (Load reitance Ω) +5 to +40 (at +25 ) - - n n Ω Count enitivity TPHOB005EA 0 6 Dimenional outline (: ) EFFECTIE AREA ( 5 MIN.) BNC-R COUNT SENSITIITY ( -. pw - ) H H ± 0.5 THREADED HOLE for OPTION (4 M2 DEPTH 5) ± ± ± ± ± ± ± 0.5 MOUNTING THREADED HOLE (2 M3 DEPTH 5) Power cable with connector (HIROSE HR0A-7P-6S) i upplied with H7828 erie POWER INPUT HIROSE HR0A-7R-6P FRONT IEW SIDE IEW REAR IEW Weight: 70 g BLACK : RED : LOW OLTAGE INPUT (+5 ) WHITE : NC BULE : NC GREEN: NC : LOW OLTAGE INPUT (+5 ) 2: 3: IC* 4: IC* 5: NC 6: NC * Internal Connection (Do not ue) TPHOA0028ED WAELENGTH () 29

32 Photon counting Photon counting head H870 erie Photon counting head H3467 erie H870 erie Count linearity Dark count Pule-pair reolution Output pule width Output pule Height Min. Recoended load reitance H870-0 H H H H H to to to to (Load reitance Ω), +4.0 (Un-terminated) +5 to +40 (at +25 ) - - n n Ω H3467 erie Count enitivity TPHOB0252EA Dimenional outline (: ) H870 erie 5 34 ± 0.5 WINDOW COUNT SENSITIITY ( -. pw - ) EFFECTIE AREA ( 22 MIN.) FRONT IEW M34 P ± 000 ± SIDE IEW : RG-74/U LOW OLTAGE INPUT (+5 ) : AWG24 (RED) : AWG24 (BLACK) OER LIGHT DETECTION OUTPUT: AWG24 (BLUE) Weight: 28 g TPMOA0088EC WAELENGTH () H3467 erie 4 M2 DEPTH 3 EFFECTIE AREA ( 22 MIN.) 33.0 ± ± 0. 0 ± 60.0 ± : RG-74/U LOW OLTAGE INPUT (+5 ) : AWG24 (RED) : AWG24 (BLACK) OER LIGHT DETECTION OUTPUT: AWG24 (BLUE) 43.0 ± ± MIN WINDOW 5 Weight: g TPMOA0092EB 30

33 Photon counting Photon counting head H939 erie Count linearity Dark count Counter gate time Input ignal (External trigger input) Output ignal (Uer line output) Interface Sample program CPU+I/F H939-0 H939- H H to to to to 000 TTL level ignal TTL level ignal RS-232C ye no ye no (at +25 ) - - m Count enitivity TPHOB0056EB 0 6 H939-0/- Dimenional outline (: ) COUNT SENSITIITY ( - pw - ) H939-02/-2 EFFECTIE AREA ( 22 MIN.) FRONT IEW SIDE IEW D-ub 9 PIN CONNECTOR LOW OLTAGE INPUT (+5 ) : YELLOW : BLACK USER LINE (TTL OUTPUT) : ORANGE EXTERNAL TRIGGER (TTL INPUT) : IOLET Weight: 280 g TPMOA0032EB WAELENGTH () Photon counting head H23 Count enitivity TPMOB0229EA 0 6 Count linearity Dark count Pule-pair reolution Output pule width Output pule Height Min. Recoended load reitance Dimenional outline (: ) 35.0 ± ± H to to (Load reitance Ω), +4.0 (Un-terminated) +5 to +40 WINDOW 92 ± 4 ± 20 (at +25 ) - - n n Ω COUNT SENSITIITY ( - pw - ) EFFECTIE AREA ( 25 MIN.) FRONT IEW SIDE IEW : RG-74/U LOW OLTAGE INPUT (+5 ) : AWG26 (RED) Weight: 260 g TPMOA0065EB WAELENGTH () 3

34 Related product Power upplie for PMT module C769, C0709 The C769 and C0709 are power upply unit for photomultiplier tube module. and control voltage for photomultiplier tube module can be upplied by thi power upply unit alone. Output voltage Output current Max. Control voltage A (variable voltage range) C769 ±5 0.3 (+5 ), 0.2 (-5 ) to +.8 H7826, H7827, H7844, H9305, H9306 H9307, H0425, H0426, H0492 Applicable product H0493, H4, H526, H706 H900, H90, H902, H903 Output connector Binding pot AC 00 to AC 240 AAdjut within the recoended control voltage range for the photoenor module being ued. C0709 ±5 2.0 (+5 ), 0.2 (-5 ) H0720, H072, H0722, H0723 H432, H46, H462, H2056 H2402, H2403, H3320, H3543 A Amplifier unit, Amplifier module Thee are amplifier unit and amplifier module for photomultiplier tube and current output type PMT module. Output ignal from photomultiplier tube can be directly input into thee amplifier. Type No. C739 C249 C9999 C C6438 C C C9663 C84 C C C M7279 M8879 Frequency bandwidth (-3 db) DC to 20 khz DC to 200 khz (Switchable) DC to MHz DC to 0 MHz DC to MHz DC to MHz DC to 300 MHz khz to.5 GHz DC to 0 MHz DC to MHz Current-to-voltage converion factor 0. /µa, /µa 0 /µa (Switchable) /µa m/µa 0 m/µa 0.5 m/µa 25 m/µa 5 m/µa 4 m/µa.25 m/µa 3.5 m/µa 0 m/µa 4 m/µa Signal input polarity (Output) Poitive / Negative (Inverting) Poitive / Negative (Inverting) Poitive / Negative (Non-inverting) Poitive / Negative (Inverting / Non-inverting) Poitive / Negative (Non-inverting) Poitive / Negative (Non-inverting) Poitive / Negative (Inverting / Non-inverting) Poitive / Negative (Non-inverting) Poitive / Negative (Non-inverting) Poitive / Negative (Non-inverting) Poitive / Negative (Non-inverting) Poitive / Negative (Non-inverting) Signal connector Input Output BNC-R BNC-R BNC-R BNC-R BNC-R MCX-R (MCX-BNC adapter i upplied) SMA-P SMA-R BNC-R SMA-R SMA-R BNC-R On-board mounting On-board mounting Supply voltage () ±5 to ±5 ±5 ±5 ±5 ±5 ±5 +2 to +6 ±5 to ±6.5 ±5 to ±6 32

35 Photon counting unit C9744 The photon counting unit C9744 convert ingle photoelectron pule from a photomultiplier tube into digital ignal of logic pule by ue of the built-in amplifier and dicriminator circuit. Photon counting can be eaily performed by imply connecting a counter to the output of the photon counting unit. The C9744, which incorporate a precaler (diviion by 0), can perform meaurement with an excellent output linearity up to Input impedance Dicrimination level (input converion) Required PMT gain Precaler Count linearity Pule-pair reolution Output pule width Output pule Connector Supply voltage ASupplied with a cable (.5 m) attached to the mating plug Decription / alue -0.4 to Depend on count rate CMOS, poitive logic Input / output: BNC-R, Power: DIN-R (6 pin) A +5.0, 30 ma / -5.0, ma Counting unit C8855-0, Counting board M The C i a counting unit with a USB interface and M i a counting board that i PCI bu add-in type. Both product have two counter circuit (double counter method) capable of counting input ignal with no dead time. The C i upplied with ample oftware and therefore you can tart meaurement a oon a the C i delivered. Number of input ignal Signal input level Signal pule width Input impedance Max. count rate Internal counter gate time Trigger method External trigger ignal OS Data tranfer method / tranfer quantity Supply voltage C M CMOS poitive logic TTL poitive logic 8 or longer Ω Ω (at SW ON), 00 kω (at SW OFF) µ to 0 n to 2.75 µ Software / External trigger TTL negative logic Window 7/8/8./0 Profeional DMA tranfer / 64 M byte MAX. PCI tandard +7 / 0 ma Max. (AC adapter included) Ω m - n n ch n MHz Example of connection for photon counting meaurement Current output type elected for photon counting C9744 C USB PC PCI Photon counting head M PC 33

36 Related product Optical block for PMT module Optical block are preciion unit that contain or can contain optical component uch a bandpa filter and dichroic mirror. Thee block are pecially deigned for low-light-level meaurement uing PMT module. Their optical component are preciely arranged to enure complete light hielding. They can be eaily attached/detached by thumbcrew allowing optical block to be freely combined a needed. Optical block can be aembled in combination with light ource uch a laer or microcope objective lene to create confocal optical ytem or fluorecence microcope. Lineup C-mount adapter A9865 Thi adapter connect a PMT module to C-mount threaded optical block. Thi adapter can alo be connected to a device with C-mount. Adapter block A The A i an adapter block for connecting a PMT module to a -groove type optical block. Optical block combination Fiber adapter block A0037 erie Thi block connect to optical fiber with a FC/SMA connector. The len aembled in the block collimate the light preading from the optical fiber. Filter block A The A i a holder block for aembling a coercially available 5 diameter filter. C-mount adapter block A0039 Thi block connect a device having C-mount to -groove type optical block. The connection angle for the device and block i adjutable. Pinhole block A027 Thi i a holder block that can hold a coercially available, mount type pinhole. Light paing through the pinhole i collimated by the len intalled in the block and i output. Connection example Single wavelength detection with C mount Optical filter within the block pae only light at a pecific wavelength which i then detected by the PMT module. C-mount interchangeable filter block A23 erie The A23 erie i a C-mount connection block for intalling a coercially available 25 diameter filter or len. Thi block allow angle adjutment and o i ueful a a pacer or adapter that connect between C-mount. C-mount interchangeable dichroic block A24 The A24 i a C-mount connection block for intalling a coercially available dichroic mirror having a 45 degree incident angle, thickne, and dimenion of * Other type of optical block are alo available beide the product lited here. For more detail pleae refer to the individual catalog or acce our web ite. C-mount adapter A9865 PMT module C-mount interchangeable filter block A23-xx Fiber-optic ingle wavelength detection Light emitted and preading from an optical fiber cable i collimated by the len within the A0037 erie fiber adapter block and o i effectively guided to the PMT module. Fiber adapter block A0037-xx Filter block A0033-xx PMT module Adapter block A Fiber-optic dual wavelength detection The dichroic mirror within the block reflect light horter than a certain wavelength and pae light longer than that wavelength. The optical filter further pa only light at a pecific wavelength which i then detected by PMT module. PMT module Extended example of microcope Connecting the A027 pinhole block to the C-mount port of a microcope configure a confocal optical ytem. Light paing through the pinhole i collimated by the len in the block and i efficiently guided to the PMT module. Filter block A C-mount interchangeable filter block A23 PMT module 34 C-mount adapter A9865 Fiber adapter block A0037-xx C-mount adapter block A0039 C-mount adapter A9865 C-Mount interchangeable dichroic block A24 Microcope Adapter block A Pinhole block A027 Microcope C-mount port

37 POWER Stabilized light ource L46, L494 erie The L46 and L494 erie are LED light ource mainly deigned for adjuting the enitivity of PMT (photomultiplier tube) and PMT module. The L46 erie i a tet tube type eaily mounted in lab device uch a for blood ampling, while the L494 erie i a plate type deigned to be placed on a ample tage. Stable continuou light of approximately pw i alway output becaue the LED emiion power i controlled by monitoring with a photodiode. Feature High tability even at photon counting level Specification L46 erie Peak emiion wavelength Spectral half width Light emiion power Emiion tability (0 to + ) Battery Battery ervice Life Min. / humidity B Storage temperature / humidity B Weight L494 erie Peak emiion wavelength Spectral half width Light emiion power Emiion area Emiion tability (0 to + ) Battery Battery ervice life Min. / humidity D Storage temperature / humidity D Weight L L L L ± 0.5 A ±2 Max. Button battery SR4 or equivalent 24 0 to + / below 85 % -20 to +60 / below 85 % 3 L L L L High: ± 0.5, Low: 0.0 ± C 7.0 ±2 Max. Button battery SR4 or equivalent 24 0 to + / below 85 % -20 to +60 / below 85 % 23 pw % h g AAdjuted by uing a 22 effective diameter photon counting head placed at a poition 5 away from the L46. BNo condenation pw % h g CAdjuted by uing an 8 effective diameter photon counting head placed in direct contact with the L494. DNo condenation Left: L494, Right: L46 Image during ue L46 L494 2 TACCC072EA TACCC0EB Optical fiber adapter for PMT module E5776, E Thi optical fiber adapter allow connection to an optical fiber cable which ha FC or SMA connector. Guiding the light with an optical fiber can be eaily performed by fixing thi adapter to incident urface of photomultiplier tube module. E5776 (FC type) 22.0 ± ± ± E (SMA type) 22.0 ± ± ± ± 0.2 GASKET (Supplied) 4.0 ± 0.2 SMA GASKET (Supplied) FC-R FRONT IEW SIDE IEW * Supplied with M2 crew (4 pc) for fixing to module TACCA0055EC FRONT IEW SIDE IEW * Supplied with M2 crew (4 pc) for fixing to module TACCA0239EC Connectable PMT module: H0682, H0720, H072, H0722, H0723, H526, H706 H890, H900, H90, H902, H903, H2056, H2386 * When bandpa filter or the like are required between optical fiber and module, it i recoended to ue the fiber adapter block A0037 erie (P.34), which include the len that can collimate diffued light from an optical fiber. 35