EL816(S1)(C)(TA)

Optoisolators - Transistor, Photovoltaic Output are devices which separate high voltage and low voltage. EL816(S1)(C)(TA) are such type of devices, they provide electrical isolation between different circuits and also provide additional safety to sensitive circuits. This device is used in various applications because of its compact size, inherent isolation and excellent performance.

The working principle of EL816(S1)(C)(TA) is that a light-emitting element is used to generate infrared radiation which is then received across an optical barrier. The infrared radiation, when received across the optical barrier, is converted into electric power that is made available to the load. The device consists of an infrared emitting LED or diode which is connected to a power supply and a phototransistor which is connected to the load. The photodiode receives the radiation from the LED/diode, which is further converted into electrical energy using the transistor. This electrical energy is then transmitted to the load.

The EL816(S1)(C)(TA) device is used in various applications, such as consumer applications, industrial automation systems, power systems, automotive applications, security systems, telecom systems and medical equipment. It is also used for the isolation and protection of sensitive circuits. Since it provides inherent voltage isolation, it is ideal for applications where high voltage and low voltage components are present.

The EL816(S1)(C)(TA) device has an excellent performance. It can withstand electrical shocks and high temperature operation, making it suitable for any application. It has a response time of about 0.3 milliseconds, and a temperature range of -40°C to 125°C, making it suitable even for harsh environmental conditions. The device is also able to provide a guaranteed CTR (Current Transfer Ratio) of 500%. This feature makes it ideal for applications that require more current transfer.

In conclusion, EL816(S1)(C)(TA) devices are used for a variety of applications such as consumer applications, industrial automation systems, power systems, automotive applications, security systems, telecom systems and medical equipment. They provide electrical isolation and protection of sensitive circuits and have an excellent performance. With a response time of about 0.3 milliseconds and a temperature range of -40°C to 125°C, they are ideal for any application, even harsh environmental conditions. The guaranteed CTR (Current Transfer Ratio) of 500% makes EL816(S1)(C)(TA) an ideal device for current transfer applications.