TSOP39356TR

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TSOP39356TR is an infrared remote control receiver module capable of detecting and demodulating infrared signals from consumer remote control units. It is commonly used as an infrared receiver in remote sensing applications because of its wide operating frequency range and good selectivity. The module has a frequency range of 38 kHz to 56 kHz and an effective operating range of approximately 2000 Hz to 3300 Hz.

Application field

The TSOP39356TR is primarily used in remote sensing applications, such as those used in consumer electronics. It is designed to receive signals from infrared transmitting devices, such as TV remote controllers, lighting remote controls, and other consumer remote control devices. The TSOP39356TR can also be used in certain medical applications, such as patient monitoring and medical imaging. In addition, it can be used in security and surveillance systems as an infrared sensor for night vision applications.

Working principle

The TSOP39356TR module utilizes an infrared LED to receive transmitted light signals in the range of 38kHz to 56kHz. These infrared signals are then converted into electrical signals and sent to the output pins of the module. The module also contains an adjustable gain, which allows the output signal to be adjusted to the desired level. The module also provides a wide field of view and an adjustable receiver sensitivity, which can be adjusted according to the type of remote control being used. The frequency range, sensitivity adjustment range, and field of view of the TSOP39356TR, make it an ideal choice for remote sensing applications.

Overall, the TSOP39356TR is a reliable and versatile module that is designed to provide a reliable, low cost solution to enable remote sensing applications. Its wide operating frequency range, adjustable gain and wide field of view, make it an ideal choice for any remote sensing or security application. In addition, its adjustable receiver sensitivity and adjustable gain provide the user with an additional layer of flexibility when it comes to setting up their remote sensing applications.

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