Infrared detector modules with preamp Non-cooled and thermoelectrically cooled types Easy-to-use detector modules with built-in preamps Infrared detector modules operate just by connecting to DC power supplies. Low noise thermoelectric cooled types using InGaAs, InAs, InSb or InAsSb elements are available. We welcome requests for custom devices that suit your application. Infrared detection Compact size Easy to use Operates just by connecting to DC power supply Circuit design optimized for detector characteristics 4-conductor cable for non-cooled type (for DC power supply): 2 m (with one side connector) A4372-02: C12494-011LH Built-in temperature control circuit (TE-cooled type) 6-conductor cable for TE-cooled type (for DC power supply): 2 m (with one side connector) A4372-07: C12485-210, C12486-210, C12483-250, C12492-210, C12494-210S/-210M/-211L Instruction manual Structure Supply voltage Vp*1 Vcc*1 (V) (V) Detector element Window material Two-stage TE-cooled AR coated (1.55 μm peak) borosilicate glass InGaAs (G12182-210K) InGaAs (G12183-210K) InAs (P10090-21) InAsSb (P11120-201) InAsSb (P12691-201G) InAsSb (P13894-011NA) InAsSb (P13894-211MA) Two-stage TE-cooled Borosilicate glass Two-stage TE-cooled Sapphire glass Sapphire glass AR coated Ge None AR coated Ge Two-stage TE-cooled Non-cooled Two-stage TE-cooled *1: Vcc=power supply for circuit, Vp=power supply for cooling

Infrared detector modules with preamp Non-cooled and thermoelectrically cooled types Absolute maximum ratings Type no. Supply voltage Incident light level Operating temperature*2 Storage temperature*2 Topr Tstg (°C) (°C) *2: No dew condensation When there is a temperature difference between a product and the surrounding area in high humidity environments, dew condensation may occur on the product surface. Dew condensation on the product may cause deterioration in characteristics and reliability. Note: Exceeding the absolute maximum ratings even momentarily may cause a drop in product quality....

Infrared detector modules with preamp Non-cooled and thermoelectrically cooled types Photosensitive surface (4 ×) M3 depth 5 (threaded hole) Cooling fin (front side) BNC connector (signal output) 20 ± 0.3 Photosensitive area 6-pin connector (voltage input) Tolerance unless otherwise noted: ±1 Weight: 270 g KIRDA0

Infrared detector modules with preamp Non-cooled and thermoelectrically cooled types Photosensitive area Photosensitive surface (4 ×) M3 depth 5 (threaded hole) Cooling fin (front side) BNC connector (signal output) 6-pin connector (voltage input) Tolerance unless otherwise noted: ±1 Weight: 270 g Note: The cooling fin (front side) is removable. SMA connector (signal output) 4-pin connector (voltage input) Photosensitive area Tolerance unless otherwise noted: ±0.2 Weight: 90 g KIR

Infrared detector modules with preamp Non-cooled and thermoelectrically cooled types 4-conductor cable (for DC power supply) A4372-02 2000 ± 100 70 ± 10 Solder processing Connector: HR10-7P-4P (made by Hirose Electric) Pin no. Lead color Black/white/blue stranded wire Blue Tolerance unless otherwise noted: ±1 KIRDA0196EF 6-conductor cable (for DC power supply) A4372-07 36 Solder processing Connector: LF07WBP-6P (made by Hirose Electric) Pin no. Pin connection Lead color +2.5 V or +4.5 V Red Power supply for cooling controller GND Blue Power supply for cooling controller Output for temperature...

Infrared detector modules with preamp Non-cooled and thermoelectrically cooled types Precautions · Always use a dual-polarity ±15 V or ±2.5 V power supply to operate this detector. Never use a single-polarity power supply. Using a single-polarity power supply may cause the amplifier in the detector module to break down. · Regarding TE-cooled type, always supply +2.5 V or +4.5 V to cool the detector element. · Be careful not to apply excessive force to the detector surface. Applying excessive force may damage the light input window. Do not directly touch the light input window with bare hands....