HCPL-2202#060

Optoisolators are a type of electric component used in electronic circuits to enable isolation of input from output signals. They are typically used where a signal needs to be protected from electrical noise or interference caused by inductive loads and ground loops. The HCPL-2202#060 is a type of optoisolator that contains both an IR emitting LED and an NPN transistor, and belongs to the logic output family of optoisolators.

These optoisolators are used in a variety of applications, from industrial process control to consumer electronics. In industrial process control, HCPL-2202#060 optoisolators are used to prevent ground loops from interfering with the signals used to control valves, motors, and other equipment. In consumer electronics, they’re used in devices like gaming consoles, portable media players, and PCs to provide isolation between I/O ports and to protect against electrical noise.

The HCPL-2202#060 optoisolator utilizes an IR LED that is optically coupled with an NPN transistor to provide isolation. The circuit is powered by a 5V DC supply voltage and the current draw of the LED is typically in the range of 10mA. The high voltage output is typically in the range of 50V. The optoisolator is triggered by a low voltage signal, typically in the range of 4V, and provides a high voltage output signal.

In a typical application, the HCPL-2202#060 optoisolator is used to buffer and isolate a digital signal from ground. When the low voltage signal is received, the IR LED will be activated and its current will activate the transistor, which will then pass the signal to the output. The output will then be isolated from the rest of the circuit and the signal will continue to be sent even in the presence of electrical noise or ground loop interference.

The HCPL-2202#060 optoisolator is a versatile optoisolator that can be used in a wide range of applications. Its simple design and low power requirements make it an ideal choice for enclosing and isolating digital signals. It is also highly resistant to electrical noise and can be used to protect digital signals and minimize the risk of interference from other devices.