SFH206K PHOTODIODE 850NM 5MM CLEAR TO-92

The SFH206K is a high-sensitivity silicon PIN photodiode designed for detecting near-infrared radiation at a wavelength of 850nm. This photodiode is housed in a clear, 5mm TO-92 package, making it easy to integrate into various optical sensing applications. The SFH206K offers excellent responsivity and low dark current, ensuring accurate and reliable detection of infrared signals. Its clear epoxy lens enhances light collection, maximizing sensitivity. The SFH206K is an ideal choice for applications such as remote control systems, light barriers, and optical sensors.

Key features of the SFH206K include its high responsivity at 850nm, providing excellent sensitivity to near-infrared radiation. The low dark current minimizes noise and improves signal-to-noise ratio. The clear epoxy lens enhances light collection, maximizing sensitivity. The 5mm TO-92 package is easy to handle and integrate into various circuits. The SFH206K also features a wide viewing angle, allowing it to detect light from a broad range of angles. These features make the SFH206K a versatile and reliable solution for infrared detection.

The SFH206K's high responsivity at 850nm makes it particularly well-suited for applications using 850nm LEDs or laser diodes as light sources. The low dark current ensures accurate detection of weak infrared signals. The clear epoxy lens maximizes light collection, improving sensitivity in low-light conditions. The 5mm TO-92 package is a standard package type, making it easy to find compatible sockets and mounting hardware. The wide viewing angle allows for flexible placement of the photodiode in relation to the light source. These features make the SFH206K a practical and efficient solution for infrared sensing.

When integrating the SFH206K into a circuit, it's important to consider the appropriate biasing and amplification circuitry. A reverse bias voltage is typically applied to the photodiode to improve its response time and linearity. A transimpedance amplifier can be used to convert the photodiode's current output into a voltage signal. The amplifier should be designed to minimize noise and maximize signal gain. The circuit layout should be designed to minimize stray capacitance and inductance. Careful attention to these details will ensure optimal performance and reliability of the SFH206K in your application.

In summary, the SFH206K photodiode is a high-sensitivity silicon PIN photodiode designed for detecting near-infrared radiation at 850nm. Its high responsivity, low dark current, clear epoxy lens, and easy-to-use TO-92 package make it an ideal choice for remote control systems, light barriers, and optical sensors. Enhance your optical sensing applications with the SFH206K and experience the difference in sensitivity and reliability. Order yours today and take your infrared detection projects to the next level. Don't miss out on this essential component for your optical designs!