RB751S-40L2-TP

Diodes - Rectifiers - Single

RB751S-40L2-TP is a single phase silicon bridge rectifier that has a wide range of uses and applications due to its various features. The device is designed to provide an extremely efficient and reliable way to convert alternating current (AC) to direct current (DC) with a fast switching time.

Parameter Specification

The RB751S-40L2-TP has a blocking voltage of up to 400V and a maximum current of up to 41A. The package is available in a through-hole mounting type. It features thermal endurance of up to 125°C and a high surge current of up to 7A.

Application Fields

The RB751S-40L2-TP bridge rectifiers are used in the industrial and consumer market segments. It has wide-ranging applications including power supplies, filters, voltage regulators and frequency converters. In addition, the device is often used for high-current non-isolated and fluctuating motor-drive circuits.

Working Principle

A bridge rectifier utilizes the bridge network to convert AC power to a pulsating DC power. The bridge circuit is integrated in an electrical circuit using four diodes connected in a bridge-like structure. Current flows in the circuit mainly in one direction and the majority of the current is carried by two of the diodes, while the other two are allowed to carry a smaller amount of current. The RB751S-40L2-TP bridge rectifier allows direct current to pass through its diodes, while stopping any alternating current from flowing in the opposite direction.

Advantages

The RB751S-40L2-TP offers several advantages over other rectifiers. The device is extremely efficient, and has low voltage drop, high power dissipation, fast switching time and long life. In addition, the rectifier requires minimal maintenance and is versatile, meaning it can be used for a variety of applications.

Conclusion

The RB751S-40L2-TP bridge rectifier is a versatile and efficient device, suitable for a wide range of applications. It has a wide blocking voltage and a high surge current, making it an ideal choice for many applications. The device also offers good thermal endurance and fast switching time, allowing it to be used in various motors, filters, frequency converters, power supplies and voltage regulators.