EL3H7(C)(EA)-VG

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optoisolators are a type of circuit-isolating technology that provide electrical isolation between two or more parts of a circuit. The EL3H7(C)(EA)-VG is a particular type of optoisolator that is designed to provide galvanic isolation between a logic input and a logic output. The EL3H7(C)(EA)-VG optoisolator features a photovoltaic isolator transistor output, and can be applied in a variety of applications and/or use cases to enable electrical isolation between the input and output.

In order for the EL3H7(C)(EA)-VG optoisolator to function, it must be exposed to a source of light. The EL3H7(C)(EA)-VG wiring is such that the LED is connected directly to the logic input, which means that when the logic input is active, the LED will emit light. This light is then picked up by a photovoltaic isolator-transistor pair, which responds by activating the logic output.

The EL3H7(C)(EA)-VG optoisolator provides numerous benefits to users. Perhaps the most prominent benefit is the ability to protect delicate, expensive, or sensitive electronics from harmful electrical transients. Optical isolation also prevents possible ground loop problems, as the two circuits are insulated from one another by the optoisolator. Additionally, the EL3H7(C)(EA)-VG optoisolator is cost-effective and easy to implement.

The EL3H7(C)(EA)-VG optoisolator is primarily used in the medical electronics field, where it is used to protect medical equipment from dangerous electrical current. Furthermore, it is also used in automation systems, industrial controllers, and other systems where electrical isolation is needed. The EL3H7(C)(EA)-VG can also be used in military applications where extremely robust electrical isolation is required.

In conclusion, the EL3H7(C)(EA)-VG optoisolator is a photovoltaic isolator-transistor circuit-isolating technology with the ability to provide superb electrical isolation between a logic input and logic output. Its wide application field and easy implementation make it an attractive option for those who require electrical isolation between two circuits.

The specific data is subject to PDF, and the above content is for reference