ID101 OEM Visible Photon Counter

ID101 OEM Visible Photon Counter

Micro photon counter suitable for OEM applications

·OEM Free Operation

·35% quantum efficiency

·Compact and reliable

·cost-effectiveness

Overview

ID101 is designed specifically for large-scale OEM applications and is a smaller, more reliable, and useful single photon detector on the market. It is composed of CMOS (Complementary Metal Oxide Semiconductor) silicon chips, which are packaged in standard TO5-8 pin needles with transparent window covers.

This chip combines a single photon avalanche diode with a diameter of 20 μ m (ID101-20) or 50 μ m (ID101-50) and a fast active quenching circuit, ensuring a no-load time of less than 50 ns. The chip is mounted on top of a single-stage thermoelectric cooler (TEC). There are also three fiber coupling versions available, namely ID101-SMF20, ID101-MMF50, and ID101-MMF100.

Measure the probability of detecting large photons in the blue spectral range (35% at 500 nm). Excellent timing resolution below 60 ps enables high-precision measurements. The performance of the ID101 detector is comparable to that of the ID100-20 and ID100-50 modules.

ID101 can be installed on printed circuit boards and integrated into devices such as spectrometers or microscopes. This module is used for biological/chemical instruments, quantum optics, aerospace, and defense applications. Unlike traditional photomultiplier tubes (PMT) and other silicon-based counters manufactured using non-standard custom processes, the ID101 detector is manufactured using qualified commercial CMOS processes to ensure high reliability.

application

·Time related single photon counting TCSPC

·Fluorescence and luminescence detection

·Single molecule detection, DNA sequencing

·Fluorescence related spectroscopy

·Flow cytometry, spectrophotometry

·Quantum cryptography, quantum optics

·Laser scanning microscope

·adaptive optics

·Particle physics

·Dynamic Light Scattering (DLS)

feature

·Excellent timing resolution (40 ps)

·Low idle time (45 ns)

·High count rate small IRF offset

·Peak photon detection at λ=500 nm

·The effective area diameter is 20 μ m or 50 μ m

·Free space, single-mode or multi-mode fiber coupling

·Not damaged by strong light exposure

·Integrated thermoelectric cooler and thermistor

·Smaller and more reliable SPDs on the market

·Easy to integrate