SSL23HR5G

Diodes - Rectifiers - Single

A SSL23HR5G is a type of diode rectifier intended for a wide range of applications. It is a high-power, high-performing rectifier that enables an efficiently low forward-voltage drop and low reverse-current leakage. The SSL23HR5G makes use of a negative recovery current to protect the device from overvoltage and thermal stress, as well as providing stable operation in forward and reverse biases.

Application Field

The SSL23HR5G is a versatile device, suitable for a wide range of applications. In the automotive industry, it is commonly used in lead-acid battery applications. In renewable energy applications, it is used to dissipate excess energy to ensure a stable power output. Multiple SSL23HR5Gs can also be used in parallel to increase current capacity. The device has also been used in a variety of electronic circuit designs, including battery chargers, DC-DC converters, switching converters, power supplies, and power rails.

Working Principle

The SSL23HR5G is a diode rectifier that is used for converting AC power to DC power. The device works using a two-step process. The first step begins with the device allowing the positive peak of the AC power to flow through the device, which creates a DC output. In the second step, the device stops conducting current whenever the voltage in the reverse direction is higher than a predetermined threshold, which helps to protect the device from damage due to high voltages or currents. The device also uses a negative recovery current to prevent damage due to overvoltage or thermal stress and ensures stable operation in forward and reverse biases.

Conclusion

The SSL23HR5G is a versatile and high-performance rectifier suitable for a wide range of applications. It is commonly used in automotive and renewable energy applications, and has also been used in various electronic circuit designs. The device works by allowing a positive peak of the AC power to flow, which creates the DC output, and stopping current when the voltage in reverse is above a predetermined threshold. This helps to protect the device from high voltages or currents and ensures stable operation in forward and reverse biases.