TSOP57336TT1

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Optical sensors are used in a range of industries, from automotive to industrial manufacturing and aerospace, to monitor and control various processes. The sensors are equipped with sensing elements that convert light into electrical signals, enabling the detection and measurement of various parameters. Photo detectors are particularly useful for these applications since they can detect infrared or visible light radiation. As such, they are utilized in remote receivers to detect digital communications signals. One of the popular photo detectors used in this regard is the TSOP57336TT1. This paper looks at the application fields and working principle of the TSOP57336TT1.

Application Fields of the TSOP57336TT1

The TSOP57336TT1 photo detector is a miniaturized component designed for remote receiver applications. It is capable of detecting modulated infrared signals typically used in digital applications such as remote phone controls, home automation systems, television receivers and mouse control devices. The TSOP57336TT1 is manufactured using advanced CMOS technology and is optimized for sensing modulated infrared radiation with a 38 kHz modulated frequency. This makes it an ideal choice for remote transceiver applications.

The TSOP57336TT1 is often used for infrared detection in long range applications. It has a wide response range of 6 to 22 kHz and a holding current of 20 mA. This enables the TSOP57336TT1 to detect signals even in noisy environments. Additionally, the TSOP57336TT1 has a high photosensitivity value of 15 mV/lux, which allows it to detect even weak signals with high accuracy. The device is also highly reliable, with a long service life of up to 10 million cycles.

Working Principle of the TSOP57336TT1

The TSOP57336TT1 photo detector is designed to sense modulated infrared radiation with a 38 kHz modulated frequency. In order to detect such signals, the photo detector utilizes a single photodiode that is sensitive to infrared radiation with a wavelength between 830 and 840 nm. When radiation at the required frequency is incident on the device, it generates an electrical signal that is then amplified and further processed by the TSOP57336TT1.

Since the photo detector is optimized for a particular frequency, it has a wide dynamic range to ensure that even weak signals can be reliably detected. Additionally, the TSOP57336TT1 is equipped with an output stage that amplifies the signal to a suitable level that can be used by the associated circuitry, such as control logic or a microcontroller. This allows the TSOP57336TT1 to be used for reliable infrared reception even in noisy environments.

Conclusion

The TSOP57336TT1 is a popular photo detector used in remote receiver applications. It is capable of detecting modulated infrared signals with a 38 kHz modulated frequency and has a wide dynamic range for reliable detection even in noisy environments. Additionally, the device has a high photosensitivity value and a long service life, making it an ideal choice for infrared detection in long range applications.

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