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Diodes – Rectifiers – Single

CDBD2SC21200-G is a single rectifier designed to handle up to 200 volts and up to 2,100 Amps of current. It is commonly used for high-power applications such as welding, electrical motors, cranes, and inductive loads.

Application Field

CDBD2SC21200-G is widely used in various industry applications, such as:

• Welding systems – To provide a smooth DC output while securely maintaining the required power input.
• Power supplies – In order to convert AC power to DC power, as used in personal computers or other electronic appliances.
• Automotive systems – A rectifier is needed in order to charge the car batteries.
• Industrial process automation – To provide a reliable and consistent power supply for valves, actuators and other process instruments.

In many of these application fields, a single rectifier provides a more cost-effective and efficient solution than multiple, individual rectifiers.

Working Principle

The CDBD2SC21200-G single rectifier consists of two key components – the diode bridge and the voltage regulator. The diode bridge is connected in such a way that whenever the alternating current (AC) of the input voltage changes polarity, the diode bridge rectifies the current by allowing the current to pass through the bridge in only one direction – thus, converting the alternating current (AC) to direct current (DC). The DC current then goes through the voltage regulator, which ensures a stable voltage output even as the load on the system changes.

The CDBD2SC21200-G single rectifier is designed to provide a reliable and efficient direct current (DC) output even when the load on the system changes rapidly or when the input voltage is changing. This ensures a consistent and reliable power supply for a variety of applications.

Conclusion

CDBD2SC21200-G single rectifiers are an efficient and cost-effective solution for a variety of industry applications. They are designed with a diode bridge and voltage regulator to provide a consistent and reliable direct current (DC) output, even when the load on the system changes rapidly or when the input voltage is changing.

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