SiPM Module PRELIMINARY
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- Leon Griffin
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1 The integrates a stable voltage supply, signal amplification, interfaces and the SiPM detector in a compact plug and play unit. Included software allows optimization of the operating point of the detector to the respective application by the precise and individual setting and storage of the supply voltage. The new is used for test set-ups in research and development and is ideally suited for photon counting applications. Features Light detection from 350 to 900 nm Ultra compact Very light weight Different SiPM sizes, 1x1, 3x3, 4x4 mm Voltage supply with low ripple Control software Setup board for voltage setting Non cooled, analog output Built-in SiPM optimized for NUV (420nm) or RGB (550nm) light detection Optional version with LYSO scintillation crystal Applications Ultra-low-level light measurement Single photon counting Scientific applications Scintillator readout Gamma counting Certificates RoHS compliant (2011/65/EU) Page 1/6
2 Absolute maximum ratings (1) Parameter Min. Max. Unit Operating temperature (T op ) C Storage temperature (T S ) C Supply voltage (V S ) typ. 5 V Output voltage (V out ) typ Ω Electro-optical characteristics (1) NUV type RGB type Parameter Min. Typ. Max. Min. Typ. Max. Unit Active area 1 1, 3x3, 4x4 1 1, 3x3, 4x4 mm Recharge time constant ns Peak responsivity nm Breakdown voltage (BV) V Recommended overvoltage range (OV) V Dark count rate 2 V OV, 6 V OV 2 V OV, 4 V OV khz/mm 2 Gain Characteristics for module Parameter Min. Typ. Max. Unit Bandwidth 25 MHz Voltage ripple 5 mv Specification notes (1) For further technical information, see SiPM datasheets. Page 2/6
![UV Blue Green Yellow Red Infrared 0 % 350 400 450 500 550 600 650 700 750 800 850 900 Wavelenght [nm] Schematic](/docs-images/78/77203643/images/3-2.jpg "Power supply Input signal Control block HV block SiPM Amplifier Analog output Trimmer for offset correction")
3 Device characteristics Photon detection efficiency (PDE) as fct of wavelength (crosstalk and afterpuls not included) 50 % 45 % 40 % 35 % 30 % 420 nm PDE for RGB Type 550 nm PDE for NUV Type PDE 25 % 20 % 15 % 10 % 5 % UV Blue Green Yellow Red Infrared 0 % Wavelenght [nm] Schematic Power supply Input signal Control block HV block SiPM Amplifier Analog output Trimmer for offset correction Page 3/6
4 Physical dimensions HV/connector side Detector side 33 SiPM position SiPM position depends on size of SiPM and is centred to board edges. Distance can vary due to manual processing X Chip size Width Y (distance to edge) 1x1 mm 2.03 mm typ mm 3x3 mm 3.48 mm typ mm 4x4 mm 4.48 mm typ mm Y 5,5 ±1 SiPM 2 2,1 dimensions in mm Page 4/6
5 Module components HV/connector side Detector side HV block Power supply +5 V Trimmer for offset correction SiPM sensor Signal output (MMCX), analog Serial interface Setup board for voltage setting Mini USB connector for communication with computer (USB cable not included in delivery) Serial interface connector to Software for working point setting of the SiPM Connection indicator Display for bias voltage Non-volatile write, for fix setting of voltage/working point in the module (2) Close application Rotary bottom for voltage setting Workflow 1. Download software from 2. Module can run without software, basic setting with 5 V supply voltage. Vbr 50 Ω (e.g. oscilloscope) 1 PE approx. 10 mv, Vbr can be changed with the software 3. Install the software 4. Install driver 5. Settings for Vbr are possible due to keyboard or the rotary botton 6. If you want to set the value of Vbr for the next start of the module you have to klick on the non volatile button Specification notes (2) Voltage which was set non-volatile will also be applied to the SiPM after reset/restart/power off of the module Page 5/6
6 Ordering information Type Chip size Cell count Description (1) Part # 1x1 mm 625, NUV, 1x1 mm NUV 3x3 mm 5520, NUV, 3x3 mm x4 mm 9340, NUV, 4x4 mm x1 mm 625, RGB, 1x1 mm RGB 3x3 mm 5520, RGB, 3x3 mm x4 mm 9340, RGB, 4x4 mm NUV+LYSO 3x3 mm 5520, NUV, 3x3 mm, with LYSO scintillation crystal Accessories Description Part # Setup board Setup board for voltage setting not included in delivery Software Software for voltage setting free download - Cable MMCX to BNC Connection cable for signal output not included in delivery Cable power supply Cable with flying leads included in delivery - Specification notes (1) For further technical information, see SiPM datasheets. Page 6/6
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OPF2416, OPF2416T, OPF2416TC
Features: Up to 155Mbps operation 850nm wavelength ST style port Wave solderable Wide temperature range Description: The OPF2416 family is a low cost solution for high speed fiber optic communications
TrigBox SQTB01 07.MAR.2018 PRODUCT DATA SHEET. IKALOGIC S.A.S. 19 Rue Columbia Limoges FRANCE
TrigBox SQTB01 Adds Trigger IN and Trigger OUT capability for ScanaQuad logic analyzers series Product status: Active. 07.MAR.2018 PRODUCT DATA SHEET (PRELIMINARY DATA) IKALOGIC S.A.S. 19 Rue Columbia
RoHS compliant 850 nm Multi-mode Transceiver (1000BASE-SX) 2 5, LC Duplex Connector, 3.3 V Gbd Fiber Channel/1.25 Gigabit Ethernet
Features RoHS compliant Compliant with IEEE 802.3z Gigabit Ethernet standard Compliant with Fiber Channel standard Industry standard 2 5 footprint LC duplex connector Single power supply 3.3V Class 1 laser
Pre-Amplifier SPA Series
Pre-Amplifier SPA Series External Pre-Amplifier for all A/D cards Low noise/high gain Allows to acquire smallest signals with high resolution 5 different versions 20 db to 60 db gain up to 2 GHz bandwidth
NIR-MPX series nm band Phase Modulators. Modulator. Features. NIR-MPX-LN-0.1 series Performance Highlights. Applications
1000 nm band Phase s The NIR-MPX series are phase modulators especially designed to operate in the 1000 nm wavelength band. They are available with various modulation bandwidth, from low frequency to 10
PRELIMINARY. Specifications are at array temperature of -30 C and package ambient temperature of 23 C All values are typical
DAPD NIR 5x5 Array+PCB 1550 Series: Discrete Amplification Photon Detector Array Including Pre-Amplifier Board The DAPDNIR 5x5 Array 1550 series takes advantage of the breakthrough Discrete Amplification
[MILLIMETERS] INCHES DIMENSIONS ARE IN:
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Features: Wide acceptance angle, 00 Fast response time Linear response vs Irradiance Plastic leadless chip carrier (PLCC-) Low Capacitance Top Sensing Area Tape and reel packaging Moisture Sensitivity