TSOP39340TR1

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Optical Sensors - Photo Detectors - Remote Receiver

The TSOP39340TR1 is an infrared photo detector specifically designed for remote control systems used for controlling appliances such as TVs, VCR’s, and stereos. The device consists of an infrared detector, an amplifier, a differential output stage, and a modulation detector. The device is packaged in a DIP - 8 format and has an operating wavelength range of 940nm to 1100nm. The TSOP39340TR1 can detect and transmit up to 20 different remote command codes and is compatible with various kinds of encoders and decoders.

The working principle of the TSOP39340TR1 is based on the photoelectric effect. When an electrical signal is transmitted by an infrared transmitter, it is detected by the photo diode in the ThTO sensor and converted into a voltage. This voltage is then amplified and finally transmitted to a decoder, which then converts the signal into a form that is readable by the appliance. The device has fast response times and is immune to ambient light noise.

The TSOP39340TR1 is an ideal solution for manufacturers of remote control systems. Its small size and low power consumption make it easy to integrate into existing systems. The enhanced sensitivity and improved immunity to ambient noise make it suitable for a range of applications, including home appliances, consumer electronics, security systems, etc.

The TSOP39340TR1 is also a good choice for designers of wireless control systems in automobiles, where the small form factor of the device allows it to fit into tight spaces. The improved immunity also ensures reliable operation even under the harsh conditions encountered in the automotive environment.

The TSOP39340TR1 is an ideal solution for manufacturers of remote control systems. It is a small yet powerful device that provides reliable results even in harsh conditions. Its enhanced sensitivity and improved immunity to ambient noise make it suitable for controlling a variety of appliances and electronic devices in domestic and industrial applications.

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