SA24C-E3/73

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SA24C-E3/73 is a TVS (Transient Voltage Suppressor) Diode, which is a special type of diode designed for protecting electronic circuits from voltage spikes. It consists of a three-layer structure consisting of a semiconductor substrate, anode and cathode, making it suitable for absorbing high voltage transients. It is often used to protect sensitive components against damage caused by excessive voltage.

The application field of SA24C-E3/73 is mainly for industrial, automotive and telecom applications. It can be used for protecting circuits from over-voltage, electro-static discharge (ESD) and lightning. In automotive applications, for example, it can be used in relay circuits, power supply circuits, engine control systems and audio systems. In industrial applications, it can be used for protecting equipment such as AC/DC power supplies and electronic equipment from high voltage spikes.

The working principle of SA24C-E3/73 is based on the property of a diode to block the flow of current in one direction and allow it to pass in the other direction. When an over-voltage transient occurs, the diode acts as a shunt, creating a low resistance path for the current and protecting the circuit from damage. The SA24C-E3/73 also features a fast response time, which helps to reduce the amount of energy lost to the transient.

The SA24C-E3/73 offers superior protection for a wide range of electronic equipment and applications. It is designed to withstand high pulse currents and is also resistant to ESD and lightning. It has a high peak current rating and a low leakage current, making it an ideal solution for protection against over-voltage transients. In addition, it has a reverse bias stability, making it a reliable device even under extreme status.

The SA24C-E3/73 is a reliable and efficient TVS diode that offers superior protection against voltage transients. It offers a fast response time and is designed to withstand high pulse currents. In addition, it has a high peak current rating, low leakage current and reverse bias stability, making it an ideal solution for protection against over-voltage transients. As a result, it is a popular choice for a wide range of industrial, automotive and telecom applications.

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