TSOP34536

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TSOP34536 Application Field and Work Principle

TSOP34536 is a type of remote receiver, belonging to a family of optical sensors that detect physical environment variables such as light, heat, sound, voltage and pressure. This device is specifically designed to detect infrared (IR) signals used with consumer electronics, as is the case with various remote control applications.

The principle of operation of TSOP34536 is based on the typical infrared receiver circuit. The device consists of two components: a photodiode and an amplifier-filter combination. The photodiode is the sensor responsible for converting the infrared signal into an electrical signal. Depending on the wavelength of the incoming light, the photodiode alters its resistance, which in turn generates a current. This current is directed to the amplifier-filter combination where it is filtered, amplified, and then outputted in the form of a digital signal.

The TSOP34536 photodiode is specially designed to detect infrared (IR) signals with a frequency of 36-42KHz. This frequency range is one of the most commonly used for consumer electronics such as TVs, stereos, set-top boxes, and DVD players, making the TSOP34536 the ideal device for such applications.

Due to its characteristics and wide range of applications, the TSOP34536 is a popular choice for various projects that require the detection of infrared signals. It is often used in remote control applications, as well as in security systems, where it is used to detect the presence of an intruder. It can also be used in automotive applications, as many vehicles incorporate infrared systems for controlling windows and other car components. Furthermore, the TSOP34536 can be used in various robotics projects to allow robots to interact with their environment.

In summary, the TSOP34536 is an optical sensor belonging to the family of photo detectors, specifically designed to convert infrared (IR) signals into digital signals. It is commonly used in remote control applications, as well as in various robotics, security, and automotive applications. Furthermore, due to its wide frequency range, it can be used for various types of consumer electronics.

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