OSI Optoelectronics Infrared Photodiode 65° Through Hole Mount FCI-InGaAs-1000

OSI Optoelectronics FCI-InGaAs-1000 is a high-performance infrared photodiode designed for sensitive detection of infrared wavelengths spanning from 900nm to 1700nm, with a peak sensitivity at 1550nm. Its through hole mount type and robust TO-46 or TO-5 package housing with a flat window provide durability and ease of integration.

The photodiode features a large active area ranging from 1mm to 3mm, enabling enhanced responsivity and low noise, making it ideal for precise IR instrumentation, optical monitoring, power measurement, IR sensing, and medical device applications. Its low dark current of 0.2nA coupled with fast rise and fall times of 0.6ns supports accurate and rapid signal detection.

Operating reliably across a temperature range of -25°C to 85°C, the device maintains performance stability in challenging environments. With a breakdown voltage of 30V and a 65-degree half sensitivity angle, it provides optimized detection within specified angular coverage.

This photodiode is RoHS compliant and supplied in tape and reel packaging, facilitating automated manufacturing processes. Its reverse polarity configuration ensures compatibility within various circuit designs.

Detects infrared spectrum with peak sensitivity at 1550nm. Large active area of 1mm, 1.5mm, and 3mm sizes available. Low dark current of 0.2nA ensures low noise operation. Fast response with typical rise and fall times of 0.6ns.

Operating temperature range from -25°C to 85°C. Through hole mount type for reliable mechanical stability. Breakdown voltage of 30V with reverse polarity. Compliant with RoHS environmental standards. Packaged in tape and reel for automated assembly.

This OSI Optoelectronics infrared photodiode series is suitable for industrial instrumentation, laboratory equipment, optical communication, manufacturing quality control, and medical sensing devices. Explore more Photodiode and optoelectronic components at EnvMart for all your high-precision sensor requirements.