TSOP36336TR

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Optical sensors are devices used to detect, measure and convert light into electrical signals. Photo detectors, or light sensors, are among the most widely used optical sensors. They are used in a variety of applications, from alarm systems and motion detectors to motion control and image recognition. One type of photo detector is the TSOP36336TR, which is used in many applications for remote sensing and communication.

Application Field

The TSOP36336TR is typically used in wireless communication systems. It is a low-cost, medium-speed infrared (IR) detector capable of receiving modulated signals from remote controls. In addition, it can receive data transmission rates from 2400 baud to 4800 baud and is thus well suited to many low-speed, one-way communication systems. Examples of such systems include those used to control consumer electronic products, including televisions, audio systems, and security devices. It is also used in RF (radio frequency) communication systems, including FM radio receivers and wireless microphone systems.

Working Principle

The TSOP36336TR uses a special photodiode to receive light of a specific wave length (typically broadband IR). When the photodiode receives the light, it generates an electrical current flow, which is then amplified and compared against a reference voltage. If the electrical current exceeds the reference voltage, the TSOP36336TR will issue a digital output, thus providing indications of the light’s presence or absence. This digital output is then used for the on/off control of the remote receiver.

The TSOP36336TR is designed to respond to a variety of signal characteristics, including pulse widths, pulse lengths, coded signals and various pulse frequencies. In addition, the design also allows for low noise emission, which is important in many wireless applications. The TSOP36336TR is also capable of receiving multiple IR signals simultaneously, which is useful for two-way communication systems.

Conclusion

The TSOP36336TR is a versatile photo detector that is useful for many types of remote sensing and communication applications. By taking advantage of its features, engineers can create highly reliable and cost-effective RF and IR communication solutions.

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