HCPL-061N#060

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Optoisolators are an important piece of circuitry used in electrical applications. The HCPL-061N#060, in particular, is an optoisolator designed to provide electrical isolation between two a.c. or d.c. circuits. It is a great choice for applications where the isolation is required for safety or when signals must be accurately transferred from one circuit to the other. The HCPL-061N#060 belongs to the Optoisolators - Logic Output family.

This optoisolator is built in a 6-pin dual-in-line package and provides a laser diode and a detector on the input side, connected with a 0.25 mm center-to-center spacing. On the output side, a GaAlAs infrared LED is optically coupled to a photo-detector with a current limiter. The device has a dielectric strength of 1250 Vacrms (1 minute), optical output power of 80mW/sr, and an isolation voltage of 3750Vrms. It also has a CTR (Current Transfer Ratio) between 10% to 500%, and a propagation delay of 20ns typical, 35ns maximum.

The most important application of the HCPL-061N#060 is its use as an isolator between two separate circuits. It is often used to ensure complete electrical isolation between the two circuits, offering a higher degree of safety and reliability than other optoisolators. This device can also be used to accurately transfer digital signals at very high speed, with low crosstalk and low power consumption.

The HCPL-061N#060 works on the principle of light transmission between two circuits. An infrared LED is placed on one side of the device, and a photodiode is placed on the other side. When a current is passed through the LED, it emits a beam of light that is received by the photodiode, which then amplifies the signal and sends it to the other circuit. This effectively isolates the two circuits from each other, while still ensuring accurate signal transmission.

In summary, the HCPL-061N#060 is a great choice for applications that require electrical isolation between two circuits. Its wide range of features allows for reliable and accurate signal transmission, and its very high dielectric strength makes it an ideal choice for safety-critical applications. This device is particularly well-suited for digital signal transmission, and its ability to provide accurate, fast, and low-power transmission make it an invaluable piece of circuitry.

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