Game Changer 400 Nm To 1700 Nm Ingaas Pin Photodiode [best Value] [E4bFVjMh]

High-Performance InGaAs PIN Photodiode

The Game Changer 400 Nm To 1700 Nm Ingaas Pin Photodiode [best Value] [E4bFVjMh] is a cutting-edge optical sensor designed for a wide range of applications. This diode boasts exceptional sensitivity and a broad spectral range, making it ideal for various optical detection tasks. With its advanced PIN structure, this photodiode offers high quantum efficiency and low dark current, ensuring accurate and reliable performance.

• High Sensitivity: Achieve optimal light detection with high quantum efficiency.
• Broad Spectral Range: Operate effectively across a wide range of wavelengths from 400 nm to 1700 nm.

Technical Specifications and Properties

This InGaAs PIN Photodiode is engineered with precision, featuring a robust PIN structure that minimizes noise and enhances signal-to-noise ratio. The diode operates at a reverse bias, which not only increases its sensitivity but also allows for easy interfacing with a variety of readout circuits. Key specifications include a maximum reverse bias voltage of 5 V and a maximum operating temperature range of -55°C to +125°C.

• Reverse Bias Operation: Enhances sensitivity and allows for easy interfacing.
• Wide Temperature Range: Ensures reliable performance in diverse environments.

Applications and Benefits

The versatile Game Changer 400 Nm To 1700 Nm Ingaas Pin Photodiode [best Value] [E4bFVjMh] is a valuable component in numerous applications, including optical communication, scientific research, and industrial automation. Its high sensitivity and broad spectral range make it suitable for tasks such as optical signal detection, fiber optic communication, and spectral analysis. Whether you're a researcher, engineer, or hobbyist, this photodiode can provide the precision and performance you need for your projects.

• Optical Communication: Improve signal detection in fiber optic networks.
• Scientific Research: Conduct advanced spectral analysis and optical experiments.