EL3083S1(TA)-V

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 electronic components that feature an input side which is isolated from an output side. They are widely used in industrial applications, such as drive circuits, power supplies, and motor control circuits. EL3083S1(TA)-V is one of the popular optoisolators falling in the category of Triac, SCR Output. This article explores the application field and the working principle of EL3083S1(TA)-V.

The EL3083S1(TA)-V is an integrated optoisolator with high isolation voltage, high off isolation, and high EMC stability. It is also highly reliable with a long service life. Main features of this optoisolator include photocoupler feedback phototriac output, low collector-emitter impedence, high collector-emitter voltage, and direct AC output.

Applications for EL3083S1(TA)-V are wide ranging, but they are essentially used for industrial control tasks. This optoisolator can be used in motor speed control, light control, and temperature control systems. It can also be used to drive a variety of loads like inductive, capacitive, and resistive types, while providing isolation between input and output. It is suitable for intermittent control of AC loads in AC power control, lighting control, and AC speed control circuits.

The EL3083S1(TA)-V is designed with two input terminals and two output terminals. One of the output terminals is connected to the GND of the control signal, and the other one is connected to the anode of the TRIAC tube. Input terminals are connected to the phototriac, and the collector terminal is connected to the output terminal of the isolator. The isolation voltage of the EL3083S1(TA)-V is typically more than 5500VAC.

EL3083S1(TA)-V works on the principle of photocoupling. It uses an onboard LED, which is triggered by the input control signal. The light energy released by the LED is transmitted across the signal gap and is received by the phototriac. The phototriac is internally connected to the TRIAC tube, which triggers a series of alternating current in response to the LED signal. This triggers a series of alternating current to the output terminal, which is the last stage of the circuit. This current passes through the external load connected to the circuit, thereby completing the operation.

The El3083S1(TA)-V is an ideal optoisolator for industrial control applications. It provides high isolation voltage and high EMC stability. It can be used for driving a variety of loads on a variety of motors and is suitable for a number of industrial applications. EL3083S1(TA)-V comes with the latest design features and is highly reliable and long lasting.

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