MBR2535CT-1

The MBR2535CT-1 is a diode and rectifier array that is designed and developed by the semiconductor manufacturing company ON Semiconductor. It is a full-wave bridge rectifying array that is typically used in motor control, electronic power supplies, and other similar applications. It is made up of four series-connected Schottky diodes that provide an ideal rectifying solution in full-wave and half-wave designs.

Features of the MBR2535CT-1

• It provides high current handling capability.
• It features low-forward voltage drop.
• It has fast recovery times.
• It offers improved efficiency and operation.
• It is available in a flat lead package.

The MBR2535CT-1 is an ideal choice for use in applications that require a rectifying array with low forward voltage drop, fast recovery times, and improved efficiency and operation. It is designed and developed with an interelectrode capacitance that is as low as 1.0 pF and a junction-to-case thermal resistance that is as low as 0.7 °C/W.

Applications

• For motor control applications.
• For electronic power supplies.
• In the power rectification circuits of electronic systems.
• For high current handling applications.
• In switch-mode power supplies.

Working Principle

The MBR2535CT-1 is a diode and rectifier array that is composed of four series-connected Schottky diodes that operate together in a full-wave rectifying mode. This device works by utilizing the PN junction of each Schottky diode to allow electric current to flow in one direction while blocking the flow in the other direction. In a full-wave rectifying mode, the diodes allow alternating current to flow through the device while blocking the flow in the opposite direction. In this way, it can convert alternating current into direct current, which is used in electronic systems and motor control applications.

Conclusion

The MBR2535CT-1 is a diode and rectifier array designed and developed for motor control, electronic power supply, and other similar full-wave and half-wave applications. It is composed of four series-connected Schottky diodes that provide an ideal rectifying solution with low forward voltage drop, fast recovery times, and improved efficiency and operation. It operates by utilizing the PN junction of each Schottky diode to allow electric current to flow in one direction while blocking the flow in the other direction.