ES2JTR

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The ES2JTR diode is a single rectifier. It provides a sharp reverse peak current of up to 30A and continuous forward current of up to 10A. The diode is packaged in a Reverse Transfer Mount configuration and is suitable for various stand-by power supply, printer and food processing applications.

The ES2JTR rectifier is a forward-biased device that allows current to flow in one direction (from the anode to the cathode). As current increases, the voltage drop across the diode increases and the diode turns on. Once the diode is on, it provides a low forward voltage drop, resulting in a reduced power loss.

When current is reversed, the diode is in its off-state and a high reverse leakage current can occur. In order to reduce this leakage current, a reverse blocking or electrostatic protection diode is typically added to the circuit. This reverse blocking diode also ensures transient protection, especially when the reverse voltage exceeds the peak current value.

The ES2JTR diode is designed for high surge current operations and has fast response characteristics. It can withstand peak inverse voltages up to 1500V and double pulse surge currents up to 150A. The diode is equipped with auxilliary protection features like over-temperature protection and electrostatic discharge (ESD) protection. The device features fast soft-recovery characteristics, ultra low forward voltage drop, unity power factor and low capacitance.

The ES2JTR diode is ideal for applications where transient response and reliability is paramount. It is suitable for applications such as AC/DC power supplies, inverters, converters, motor control, AC/DC power converters and power inverters. The device provides high efficiency and is especially suited to high-speed, high-current switching applications.

In conclusion, the ES2JTR diode is a single rectifier that provides a sharp reverse peak current of up to 30A and continuous forward current of up to 10A. The device is designed for high surge current operations and has fast response characteristics. It is ideal for applications where transient response and reliability is paramount. It is suitable for applications such as AC/DC power supplies, inverters, converters, motor control, AC/DC power converters and power inverters.

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