New product of near infrared (to 900 nm) detection
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- David Bridges
- 5 years ago
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1 WITH THERMOELECTRIC COOLER H7844 New product of near infrared (to 900 nm) detection FEATURES A newly developed high sensitivity multialkali side-on photomultiplier tube Fast cooling (3 minutes) by thermoelectric cooler directly coupled to the photocathode Low dark current (1/50 of that at room temperature) Wide dynamic range Free of condensation APPLICATIONS NOx Gas Detection Fluorescence Detection (LIF, Fluorescence Spectrophotometer) Bioluminescence Detection COOLING SPECIFICATIONS Parameter Cooling Method Max. Cooling Temperature ( T) * 1 * 2 Cooling Time * 1 Description / alue Thermoelectric cooling 20 Approx. 3 *1: Input current to thermoelectric cooler = 2.1 A *2: Photocathode temperature difference from ambient Unit min COOLING CHARACTERISTICS S/N Ratio During Cooling SIGNAL, DARK CURRENT (na) TPMOB0212EA 20 OFF ON 10 5 OFF When Not Cooled ON Light Source: LED 850 nm Energy: W Data Acquisition Speed: 8 times/s SN Improved 4 Times When Cooled OFF ON OFF ON Anode dark current after cooling has started ANODE DARK CURRENT (na) TPMOB0181EA (at 25 ) CONTROL OLTAGE: +1.0 (PMT SUPPLY OLTAGE: ) TIME (s) TIME (min) Subject to local technical requirements and regulations, availability of products included in this promotional material may vary. Please consult with our sales office. Information furnished by HAMAMATSU is believed to be reliable. However, no responsibility is assumed for possible inaccuracies or omissions. Specifications are subject to change without notice. No patent rights are granted to any of the circuits described herein Hamamatsu Photonics K.K.
2 WITH THERMOELECTRIC COOLER H7844 SPECIFICATIONS Parameter Input oltage Max. Input oltage for Main Unit Max. Input Current for Main Unit Max. Input oltage for Thermoelectric Cooler Max. Input Current for Thermoelectric Cooler Max. Output Signal Current Max. Control oltage Recommended Control oltage Adjustment Range Effective Area Spectral Response Range Peak Sensitivity Wavelength Min. Luminous Sensitivity Blue Sensitivity Index (CS 5-58) Radiant Sensitivity * 3 Luminous Sensitivity * 4 Min. Radiant Sensitivity * 3 * 4 Gain * 4 Dark Current * 4 * 5 Max. Equivalent Noise Input (ENI) * 3 * 4 * 5 Rise Time * 4 Settling Time * 6 Operating Ambient Temperature * 7 Storage Temperature * 7 Weight Cathode Anode alue to (Input impedance: 100 kω) +0.3 to to to to *3: At peak sensitivity wavelength *4: Control voltage +1.0 (PMT supply voltage ), with cooler operated *5: After 30 minutes storage in darkness *6: The time required for the output to reach a stable level following a change in the control voltage from +1.0 to *7: No condensation (at 25 ) Unit ma A µa mm nm nm µa/lm ma/w A/lm A/W na W ns s g CHARACTERISTICS Spectral Response CATHODE RADIANT SENSITIITY (ma/w) QUANTUM EFFICIENCY (%) TPMOB0180EA QUANTUM EFFICIENCY CATHODE RADIANT SENSITIITY (at 25 ) Equivalent Noise Input (ENI) EQUIALENT NOISE INPUT (W) TPMOB0182EA CONTROL OLTAGE: +1.0 (PMT SUPPLY OLTAGE: ) BAND WIDTH: 1 Hz WITH COOLER OPERATED (at 25 ) WAELENGTH (nm) WAELENGTH (nm)
3 Gain vs. Control oltage TPMOB0183EA 10 9 (at 25 ) WITH COOLER OPERATED GAIN CONTROL OLTAGE () SENSITIITY ADJUSTMENT AND COOLING OPERATION OLTAGE PROGRAMMING COAXIAL CABLE (CURRENT OUTPUT) THERMOELECTRIC COOLER (ORANGE) (GREEN) LOW OLTAGE INPUT (RED) (BLACK) ref OUTPUT +1.2 (BLUE) cont INPUT (WHITE) BNC-R POWER SUPPLY to +.5 POWER SUPPLY for COOLING FAN A to 2.8 A POWER SUPPLY for THERMOELECTRIC COOLER +0.3 to +1.1 POWER SUPPLY for cont Adjust the control voltage when adjusting the anode sensitivity of the PMT. Electrically isolate the reference voltage output. (This output is not used.) Low voltage input can also be used to supply the power to the cooling fan. In this case, the low voltage input must be set to +12. Always run the cooling fan while the thermoelectric cooler is operating. RESISTANCE PROGRAMMING COAXIAL CABLE (CURRENT OUTPUT) THERMOELECTRIC COOLER (ORANGE) (GREEN) LOW OLTAGE INPUT (RED) (BLACK) ref OUTPUT +1.2 (BLUE) cont INPUT (WHITE) BNC-R POWER SUPPLY to +.5 POWER SUPPLY for COOLING FAN A to 2.8 A POWER SUPPLY for THERMOELECTRIC COOLER Monitor the control voltage when adjusting the anode sensitivity of the PMT with a trimmer potentiometer. A C-mount adaptor is available for H7844. (Sold separately) CW MONITOR POTENTIOMETER (10 kω) TPMOC0189EA
4 WITH THERMOELECTRIC COOLER H7844 DIMENSIONAL OUTLINE (Unit: mm) *Dimensional tolerance is ±0.5 mm unless otherwise specified. CONNECTOR FOR COOLING FAN COOLING FAN * 6.8± * When installing the H7844 photosensor module, be sure to allow enough space around the cooling fan for heat dissipation TOP IEW ±0.3 EFFECTIE AREA (9 14) 30.6 WINDOW PHOTOCATHODE MOUNTING THREADED HOLE (2 4-M3 DEPTH 3) RECEPTACLE FOR THERMOELECTRIC COOLER JST SLR-02F L=60± : 2: LOW OLTAGE INPUT + 3: cont +0.3 to : ref 5: 6: NC POWER INPUT HIROSE HR10A-7R-6P FRONT IEW MOUNTING THREADED HOLE (4-M3 DEPTH 3) 63.0 SIDE IEW SIGNAL OUTPUT BNC-R REAR IEW BOTTOM IEW MOUNTING THREADED HOLE (4-M3 DEPTH 10) ACCESSORIES (Supplied) Power cable with connector (HIROSE HR10A-7P-6S) 600 ± 20 BLACK : RED : LOW OLTAGE INPUT (+11.5 to +.5 ) WHITE : cont INPUT (+0.3 to +1.2 ) BLUE : ref OUTPUT (+1.2 ) Thermoelectric cooler cable (JST SLP-02) 600 ± 20 : AWG18 (GREEN) THERMOELECTRIC COOLER : AWG18 (ORANGE, +3.2, 2 A to 2.8 A) Cooling fan lead wire (AMP ) FAN : AWG24 (RED, +12 ) : AWG24 (BLACK) 600 ± 20 TPMOA0036EA
5 ON ON H7844 ACCESSORIES Sold separately Bench-Top Power Supply C10410 The C10410 is a power supply unit designed for the H7844 thermoelectrically cooled photosensor module. By simply connecting to an AC power source from 100 to 240, the C10410 provides all the high voltage power necessary for operating the H7844 such as for the power supply circuit, gain adjustment circuit, thermoelectric cooler, and cooling fan. The voltage for gain adjustment is displayed on the front panel and can easily be adjusted with the potentiometer. Left: H7844, Right: C10410 SPECIFICATIONS Parameters Input oltage (AC) Input oltage Frequency Power consumption Output oltage for H7844 Control oltage Adjustment Range Output Current for Thermoelectric Cooler *1 Output oltage for Cooling Fan Operating Ambient Temperature Operating Ambient Humidity *2 Storage Temperature Storage Humidity *2 Weight *3 Description / alue 100 to / to to to to +40 Below to +50 Below 80 Approx. 1 *1: Setting at the time of shipment. Maximum current: 3 A *2: No condensation *3: Excluding cables Unit Hz A A % % kg ACCESSORIES (Supplied) Thermoelectric cooler / cooling fan cable (1.5 m)*... 1 H7844 output cable (1.5 m)*... 1 AC input cable... 1 Spare fuse... 1 Instruction manual... 1 * Thermoelectric cooler cable, fan cable, and H7844 output cable are bundled together. DIMENSIONAL OUTLINE (Unit: mm) THERMOELECTRIC COOLER / FAN CABLE H7844 OUTPUT CABLE 00 AC INPUT CABLE 2000 MAIN POWER SWITCH POWER SWITCH FOR H7844 TOP IEW THERMOELECTRIC COOLER / FAN OUTPUT 46.0 ± AC INPUT ± ± H7844 OUTPUT FUSE BOX FRONT IEW SIDE IEW REAR IEW TACCA0282EA
6 WITH THERMOELECTRIC COOLER H7844 Power Supply Module M106 The M106 is a power supply module designed for the H7844 thermoelectrically cooled photosensor module. The H7844 can be operated with only a + input to the M106. SPECIFICATIONS Parameters Description / alue Input oltage to Output oltage for H to +.8 Output Current for Thermoelectric Cooler *1 2.1 Output oltage for Cooling Fan 11.4 to 12.6 Maximum Cooling Temperature (with respect to ambient temperature) T=20 Power consumption Operating Ambient Temperature +5 to +40 Operating Ambient Humidity *2 Below 80 Storage Temperature -20 to +50 Storage Humidity *2 Below 80 Weight *3 Approx.100 *1: Setting at the time of shipment. Maximum current: 3 A *2: No condensation *3: Excluding cables Unit A A % % g DIMENSIONAL OUTLINE (Unit: mm) TERMINAL A 100 TERMINAL B TERMINAL A + INPUT OLTAGE 50 TERMINAL B (+5 ) COOLING FAN OUTPUT CONTROL CIRCUIT OUTPUT TERMINAL C 2 A TO 3 A THERMOELECTRIE COOLER OUTPUT TERMINAL C TOP IEW 5 / SELECT SWITCH (Do not change) 45 4-M3 SELF-CLINCHING SPACER SP-3-60D-60H (Equivalent to POP spacer) FRONT IEW 5 SIDE IEW TACCA0300EA
7 ACCESSORIES (Supplied) DC input power cable (1 m)... 1 Cooling fan cable... 1 Thermoelectric cooler cable (1.5 m)... 1 Instruction manual... 1 DC INPUT POWER CABLE CONNECTOR A 600 ± 50 COOLING FAN CABLE 1000 ± 50 CONNECTOR B THERMOELECTRIC COOLER CABLE 1000 ± 50 CONNECTOR C TACCC0142EA
8 WITH THERMOELECTRIC COOLER H7844 WEB SITE HAMAMATSU PHOTONICS K.K., Electron Tube Division 314-5, Shimokanzo, Iwata City, Shizuoka Pref., , Japan, Telephone: (81)539/ , Fax: (81)539/ U.S.A.: Hamamatsu Corporation: 360 Foothill Road, P. O. Box 6910, Bridgewater. N.J , U.S.A., Telephone: (1) , Fax: (1) Germany: Hamamatsu Photonics Deutschland GmbH: Arzbergerstr. 10, D Herrsching am Ammersee, Germany, Telephone: (49) , Fax: (49) France: Hamamatsu Photonics France S.A.R.L.: 19, Rue du Saule Trapu, Parc du Moulin de Massy, Massy Cedex, France, Telephone: (33) , Fax: (33) United Kingdom: Hamamatsu Photonics UK Limited: 2 Howard Court, 10 Tewin Road Welwyn Garden City Hertfordshire AL7 1BW, United Kingdom, Telephone: 44-(0) , Fax: 44(0) info@hamamatsu.co.uk North Europe: Hamamatsu Photonics Norden AB: Smidesvägen 12, SE SOLNA, Sweden, Telephone: (46) , Fax: (46) info@hamamatsu.se Italy: Hamamatsu Photonics Italia: S.R.L.: Strada della Moia, 1/E, Arese, (Milano), Italy, Telephone: (39) , Fax: (39) info@hamamatsu.it TPMO1032E03 OCT IP
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All-in-one solutions For applications with imaging challenges, we offer a wide range of TDI solutions.
Speed Sensitivity Resolution All-in-one solutions For applications with imaging challenges, we offer a wide range of solutions. high-throughput Imaging in Low Light Applications New Generation of Solves
Power supply for MPPC
Power supply for MPPC C1104-0 Bias power supply with built-in high precision temperature compensation for MPPCs The C1104-0 is a high voltage power supply that is optimized for MPPCs (multi-pixel photon
Driver circuit for CMOS linear image sensor
Driver circuit for CMOS linear image sensor C13015-01 For CMOS linear image sensor S11639-01, etc. The C13015-01 is a driver circuit developed for Hamamatsu CMOS linear image sensor S11639-01, etc. By
Driver circuits for photodiode array with amplifier
C98 series Compact, easytouse driver circuit The C98 series CMOS driver circuit is designed for photodiode arrays with amplifier. The C98 series operates a linear image sensor by just inputting two signals
Photo IC diode. COB (chip on board) type, small package. S CT. Absolute maximum ratings
COB (chip on board) type, small package mm The photo IC has spectral response close to human eye sensitivity. Two photosensitive areas are made on a single chip. Almost only the visible range can be measured
Reduced color temperature errors
Reduced color temperature errors The is a photo IC diode with spectral response characteristics that closely resemble human eye sensitivity. Two active areas are formed on the same chip, and the outputs
Driver circuit for CCD linear image sensor
Driver circuit for CCD linear image sensor C11165-02 For CCD image sensor (S11155/S11156-2048-02) The C11165-02 is a driver circuit designed for Hamamatsu CCD image sensor S11155/S11156-2048-02. The C11165-02
Between elements measure. Photosensitive area (per 1 element)
16, 35, 46 element Si photodiode array for UV to NIR The are Si photodiode linear array mounted in ceramic DIPs (Dual Inline Packages). These photodiode arrays are primarily developed for low-light-level
LCOS-SLM (Liquid Crystal on Silicon - Spatial Light Modulator)
POWER LCOS-SLM CONTROLLER RESET POWER OUTPUT ERROR LCOS-SLM (Liquid Crystal on Silicon - Spatial Light Modulator) Control your light! Shape your beam! Improve your image! The devices are a reflective type
16-element Si photodiode arrays
S11212-421 S11212-321 S11212-021 S11212-121 Back-illuminated photodiode arrays for non-destructive inspection The is a back-illuminated type 16-element photodiode array specifically designed for non-destructive
MPPC (Multi-Pixel Photon Counter)
MPPC (Multi-Pixel Photon Counter) MPPCs in a chip size package miniaturized through the adoption of TSV structure The are MPPCs for precision measurement miniaturized by the use of TSV (through-silicon
Photo IC for optical switch
Photo IC with optical switch functions The S6841 and S8119 are specifically designed for optical switches. A transmission mode or reflection mode optical switch can be easily configured when used in combination
MS series. Parameter Min. Typ. Max. Unit Driving voltage V Power consumption mw Video rate khz
Mini-spectrometer MS series C10MA Ultra-compact Mini-spectrometer integrating MEMS and technologies The MS series C10MA is a thumb-sized (2. 13 1. mm) spectrometer head developed for installation into
Mini-spectrometer. SMD series C14384MA-01. High sensitivity in the near infrared region (to 1050 nm), ultra-compact grating type spectrometer
Mini-spectrometer SMD series C14384MA-01 High sensitivity in the near infrared region (to 1050 nm), ultra-compact grating type spectrometer The C14384MA-01 is a ultra-compact grating type spectrometer
Phototubes. Phototubes, Solar Blind Phototubes and Biplanar Phototubes
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NMOS linear image sensor
Image sensor highly sensitive to X-rays from 0 k to 00 kev s are self-scanning photodiode arrays designed specifically as detectors for multichannel spectroscopy. The scanning circuit is made up of N-channel
Mini-spectrometers. RC series. Compact and low cost C11009MA, C11010MA: for installation into measurement equipment.
Compact and low cost, : for installation into measurement equipment HAMAMATSU mini-spectrometer is a family of compact polychromators integrated with a reflection grating and a CMOS linear. Two types are
Driver circuit for CCD image sensor
For CCD image sensor S11850-1106, S11511 series The is a driver circuit developed for CCD image sensors S11850-1106 and S11511 series. By connecting the to a PC through the USB 2.0 interface, you can use
MPPC (Multi-Pixel Photon Counter) arrays
MPPC (Multi-Pixel Photon Counter) arrays MPPC arrays in a chip size package miniaturized through the adoption of TSV structure The is a MPPC array for precision measurement miniaturized by the use of TSV
mini-spectrometer TG series Long-wavelength type (to 2.55 μm) nearinfrared C11118GA Optical characteristics (Ta=25 C)
Long-wavelength type (to 2.55 μm) nearinfrared mini-spectrometer Hamamatsu mini-spectrometers are polychromators integrated with optical elements and an. Light to be measured is guided into the entrance
16-element Si photodiode arrays
S11299-321 S11299-421 S11299-21 S11299-121 Back-illuminated photodiode arrays for X-ray non-destructive inspection, slender board type The is a back-illuminated type 16-element photodiode array specifically
MPPC modules. Photon counting module with built-in MPPC. C series C10751 series. Selection guide
C10507-11 series C10751 series Photon counting module with built-in MPPC The MPPC (multi-pixel photon counter) module is a photon counting module capable of low-light-level detection. This module consists