EL3032S(TB)-V

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The EL3032S(TB)-V belongs to the range of optoisolators, triac, and SCR Output from Vishay Semiconductors. This device has a highly efficient transfer of electrical signals, including a wide range of common industrial optoelectronic specifications. The device is designed to improve the isolation performance of sensitive industrial applications by ensuring highly efficient transfer of optical signals in the presence of high noise immunity. It features a compact 4-pin package with low distortion optical transducers, a low profile package design, as well as integrated electrical protection.

The EL3032S(TB)-V is designed to provide excellent light transfer efficiency and excellent AC switching performance, especially in tough industrial environments. The device has an Autonomous system with a wide dynamic range and a reliable function, increases power and energy efficiency. Additionally, this device combines the robustness of an optically isolated triac switch with an emphasis on safety applications. The EL3032S(TB)-V features an integrated electromechanical and electrical protection system.

The EL3032S(TB)-V optoisolator features high efficiency and low distortion operation with up to 80mV peak-to-peak noise and excellent ON resistance. Furthermore, the EL3032S(TB)-V has a turn-on and turn-off delay time of less than 25ns. The device has an operating ambient temperature between -40°C and +100°C. The nominal trigger current is 0.8mA, the quiescent current is 2mA, and the trigger angle is 110°-120°.

The EL3032S(TB)-V is mainly used in security systems, consumer electronics, household appliances, and industrial equipment. It is suitable for applications such as motor control, fan control, and resistive load switching. Additionally, this device can be used for AC-powered lighting systems, solenoid control, motor speed control, and digital switching.

The EL3032S(TB)-V works on the principle of optically encoded information transfer. This device comprises a coupling photodiode, transistors, and a triac. The photodiode converts the external signal to an optical signal. This optical signal is then collimated by the photodiode and transferred to the internal photo-transistors, which react to the optical signal and activate the gate of the MOSFET. This in turn activates the Triac, which is responsible for switching the current.

The EL3032S(TB)–V device provides excellent protection against noise and transient signals generated by external sources. Moreover, it features an integrated overvoltage protection which limits the voltage applied to the triac. The device also features a programmable function which can limit the current to the load. This ensures that the load is not overloaded and eliminates any possibility of fire hazard. In addition, this device is resistant to transient events such as lightning and can withstand electrons up to 8kV.

The EL3032S(TB)-V has an excellent reliability due to its rugged construction and efficient ESD protection. This makes it suitable for use in tough industrial environments. Additionally, the EL3032S(TB)-V is available in a 4-pin package for easy mounting and integration into most existing systems. This device also features a low profile package design, which allows for easier wiring and better thermal management.

In summary, the EL3032S(TB)-V is an optoisolator from Vishay Semiconductors which features a highly efficient transfer of optical signals in the presence of high noise immunity. It has excellent light transfer efficiency, robust construction, and excellent SCR output performance. The EL3032S(TB)-V is mainly used in a wide range of industrial applications, including security systems, consumer electronics, household appliances, motor control, fan control, and resistive load switching. It is also designed to provide excellent protection against noise and transient signals and overvoltage protection, making it suitable for use in industrial applications.

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