SFH 3162 F

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The SFH 3162 F is a unique optoelectronic transistor designed to optimize power efficiency in numerous applications. The SFH 3162 F is a bipolar, collector coupled, phototransistor with a built-in Schmitt trigger inverter. This device is used mainly to register exposure to light and infrared radiation, and is specifically designed to operate in low-power applications.

The SFH 3162 F is part of the optoelectronic medium power division within the Vishay family. This device has a 600mW peak power dissipation rating, which makes it ideal for battery-powered applications. The device is designed and manufactutred in compliance with the international standards set by the International Commission on Illumination (CIE). Additionally, the device features a unique DPAK lead frame package with four leads and an integrated dissipator for improved efficiency.

The device works by using an integrated phototransistor and an integrated trigger inverter. The phototransistor receives the light signal which is then inverted by the trigger inverter. The output signal has the same functional behavior of a bipolar transistor, where current is driven by the input signal. The output signal is only sent when the light level exceeds a predetermined threshold established by the user.

The SFH 3162 F has numerous applications in both industrial and consumer electronics. Its simple and straightforward design makes it a perfect candidate for use in automotive and portable consumer electronic products. With the low power consumption and small electrical footprint, the SFH 3162 F is also used in industrial process control systems, including light sensing, infrared detection, and proximity sensing.

The SFH 3162 F is a versatile device and features a wide range of readout configurations. It can be used to measure the absolute light intensity, create opto-isolated outputs, register ambient light levels, and to provide automatic power management for low-power devices. Moreover, the device has the ability to turn on or off LEDs depending on the ambient lighting conditions, enabling the user to optimize power consumption.

The SFH 3162 F is a truly revolutionary device that offers outstanding performance and an efficient design. It provides manufacturers with the technology necessary to achieve significant savings in power consumption in a variety of applications. This device is a great example of a phototransistor optimized for increased power efficiency in numerous applications and is sure to be a go-to device for years to come.

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