TIA
MODULES
SiPM detectors with integrated electronics.
Unique Features
PM3315-WB or PM3325-WB SiPM based
Integrated Transimpedance Amplifier (TIA)
Integrated Controllable Bias Source
Tunable Output Offset
- Plug and Play Solution for Optical Bench Mount
Direct Replacement for PMTs and APDs
Application Examples
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Biophotonics |
Cytometry
Fluorescence Measurements
Point-of-Care-Diagnostics
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Hazard & Threat Detection |
- Single Photon Counting
- Scintillator Readout
- Handheld Devices
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High Energy Physics |
- Single Photon Counting
- High Linearity Measurements
- Energy Measurements
KEY PARAMETERS
APPLICATION EXAMPLES
| Type | Active Area [mm²] | Microcell Size [µm] | Features | Dimensions (L x W x H) [mm³] |
|---|---|---|---|---|
| PE3315-WB-TIA-SP
PE3315-WB-TIA-TP |
3.0 x 3.0 | 15 | High linearity, single photon counting | 40 x 20 x 50 |
| PE3325-WB-TIA-SP
PE3325-WB-TIA-TP |
3.0 x 3.0 | 25 | Low light intensities, single photon counting | 40 x 20 x 50 |
Photo Detection Efficiency
Figure 1: Absolute Photo Detection Efficiency (PDE) of the WB Series SiPMs versus photon wavelength. The peak PDE is at 430 nm. WB Series SiPMs are sensitive over a wide range from 350 nm to 900 nm. The plot shows the values at 5.0 V overvoltage.
SiPM Gain vs. Temperature
Figure 2: Comparison of the gain change with temperature for the unstabilized PE33xx-WB-TIA-SP and stabilized PE33xx-WB-TIA-TP. The accurracy of the stabilization is specified to be better than 2% (min/max).
Cytometry
Figure 3: Measurement of 8 Peaks Rainbow Calibration Particles at the MoFlo™ XDP (Beckman Coulter®) as a direct replacement of a PMT.
The output signal of PE3315-WB-TIA-SP was directly fed into the MoFlo™ XDP DAQ without further preprocessing or signal conditioning.
The output signal of PE3315-WB-TIA-SP was directly fed into the MoFlo™ XDP DAQ without further preprocessing or signal conditioning.
Single Photon Spectrum
Figure 4: Both PE3315-WB-TIA and PE3325-WB-TIA show excellent single photon resolution.
