MOCD207R2M_F132

The MOCD207R2M_F132 belongs to the Optoisolators – Transistor, Photovoltaic Output family. It is a solid-state photocoupler module that provides electrical isolation of circuits and signal transmissions. It consists of an infrared light-emitting diode and a light detector connected in reverse direction. It is primarily used to prevent the interference of signals from one circuit to another.

The optoisolator module utilizes a totally enclosed package with 4 terminals, including an anode (A), a cathode (G), an output (C), and an output enable (E). In normal working conditions, the E terminal is connected to the cathode (G). But, when adjacent circuits require fast switching and timing, the output enable (E) pin needs to be connected to VCC.

The MOCD207R2M_F132 is designed for data communication isolation. It has an insulation voltage rating of 5,000VAC RMS and a temperature range of -40 to +85°C. This isolation device has a wide range of applications, including industrial automation, measurement, control, telecom, and ITE (Information Technology Equipment) systems, among others.

With regards to common optical isolators such as the MOCD207R2M_F132, the working principle is quite straightforward. When the photodiode receives light, electrons are generated and driven across the insulation space by the electric field. This, in turn, causes a controlled voltage on the output, allowing for a signal to cross the optical barrier and reach its intended destination. The device is designed to deliver a maximum output current of 30mA.

When it comes to its application field, this photovoltaic optoisolator is ideal for applications such as serial data communications, circuit isolation, and protection from surge voltage or ground loop currents. It is also highly efficient in preventing short circuits between input and output circuits, and in controlling the speed and accuracy of data transmissions.

In conclusion, the MOCD207R2M_F132 is an excellent choice for various applications ranging from industrial automation and system control, to data communications and circuit protection. With its working principle and insulation voltage rating, it offers a reliable solution for reliable data transmission, circuit isolation, and surge voltage protection.