BAS 40-04 B5003

Diodes - Rectifiers - Arrays - BAS 40-04 B5003 Application Field and Working Principle

BAS 40-04 B5003 is a rectifier array of 40A/400V. It is designed for automated applications in tough industrial environments. The product is made of the highest quality materials to ensure reliability and performance.

BAS 40-04 B5003 is an array of four diodes, each with a maximum average forward current of 40A. This rectifier array has been designed to provide a high level of protection against short circuit, over current, overvoltage and overheat. The rectifier also has built-in anti-reverse and anti-turn mechanisms to keep the diodes in the correct working positions.

BAS 40-04 B5003’s working principle is based on the simple electrochemical reactions of the diode. When the diode is forward biased, the positive side of the circuit attracts the negative electrons and allows current to flow. When in reverse bias, the charge carriers of the diode are repelled by an electric field and no current flows.

In a rectifier array, the number of diodes in the array is determined by the desired output voltage and current from the power supply. The array’s basic layout consists of four diodes connected in a bridge circuit. This allows the rectifier array to send AC current in the forward direction, while the diodes block current in the reverse direction. Additionally, each diode can be individually switched on or off to further regulate the current.

BAS 40-04 B5003 is primarily used in industrial applications that require frequent on/off cycles and high power. Examples of these applications include motor starters, servo drives, welders, cranes and control systems. The rectifier array is also widely used in the automotive industry, where its compact size and robust construction makes it the ideal choice for large-scale production.

BAS 40-04 B5003 is an outstanding choice for industrial applications due to its high current capacity, strong construction and efficient design. It is able to provide consistent, reliable power for a variety of applications, helping to ensure that the job can be done safely and effectively.