LTV-825S-TA

Opto-isolators are electrical isolators that optically couple two electrical circuits, allowing electrical signals to pass between the circuits while providing isolation to keep the circuits out of direct contact with each other. The LTV-825S-TA is an optoisolator from Lite-On Technology Corporation that uses a transistor, photovoltaic output to transfer signals. It has several applications and is designed to meet numerous safety standards.

The LTV-825S-TA optoisolator is a reinforced type 8-lead DIP package. It has a minimum isolation voltage of 5000VRMS, a non-zero current output adjustable up to 20mA, and a safety power rating of 600mW. The optoisolator features a 3-pin photo transistor with an integrated circuit device, a 0.5A DC Load current rating, and a 0.5A Darlington current rating. It’s also designed to be compatible with Type 6 performance cycles, and meets safety standards EN475, UL913, and CSA C22.2 No.20 for Class 1 products.

The LTV-825S-TA optoisolator has several different applications. It can be used as an electrical isolation device to transfer signals between two circuits without creating a direct electrical connection. It can also be used to extend electrical signal transmission distances. And in a communication setting, it can be used to transfer data between two circuits while isolating them from each other.

In terms of its working principle, the LTV-825S-TA optoisolator utilizes an integrated circuit device with a three-pin photo transistor. The optoisolator converts electrical signals to light signals, and then sends the light signals to the other circuit, where they are converted back into electrical signals. This process provides electrical isolation between the two circuits while allowing signals to pass between them.

The LTV-825S-TA optoisolator is a useful device for signal transmission applications, providing electrical isolation while allowing signals to pass between two circuits. Its 0.5A DC Load current rating, 0.5A Darlington current rating, and safety power rating of 600mW make it an ideal choice for many applications. The optoisolator also meets a variety of safety standards, making it a reliable and safe choice for many applications.