MBR12035 CTR

Diodes: MBR12035

MBR12035 is a type of diode that is best suited for application in Switching Regulators, Motor Controls and Light Controls, along with other high temperature applications. This diode is made with a combination of 120A ultrahigh surge current and 35 V operating voltage to provide an exceptional level of performance and higher efficiency.

Rectifiers: MBR12035

MBR12035 are used as rectifiers in high voltage applications such as flyback converters and boost converters. The diode has low forward voltage drop and can handle up to 80 amps of continuous current. Compared to earlier rectifiers, MBR12035 achieve higher forward surge current ratings of up to 120 amps and a peak forward voltage ratings of up to 40 volts.

Arrays: MBR12035

MBR12035 can be used as part of an integrated array in high current applications. For example, it can be used in combination with an ultrafast controlled rectifier to create a high efficiency gate drive circuit. This type of array allows for a greater level of accuracy and control, with less components required.

Working Principle

The MBR12035 is a high efficiency, high power rectifier bridge pack that works on the principle of Schottky Barrier. The diode has a Schottky barrier formed at the junction between the metal and the semiconductor. This barrier prevents the conduction of electrons from the anode to the cathode, leaving only the holes to contribute to the forward current flow across the diode.

The Schottky Barrier rectifier has a high current handling capability and a low forward voltage drop due to the absence of minority carriers. The MBR12035 rectifier is also low power and low capacitance, which helps in reducing raised temperature and heating effects due to the conduction of electrons.

Overall, the MBR12035 is a high efficiency diode that is best suited for high current applications. This type of diode can be used in combination with other components to create a high efficiency rectifier array, or it can be used as a rectifier in its own right. The high efficiency diode features a low forward voltage, low capacitance and a high forward surge current.