MBRF20100CT C0G

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The MBRF20100CT C0G application field and working principle is a versatile technology used in a wide range of applications, from advanced technologies to consumer electronics and other consumer products. This article will explain the application field, working principle and technical features of the MBRF20100CT C0G.

Application Fields

The MBRF20100CT C0G rectifier array is an example of diode rectifier arrays that are used in the power industry. The array is constructed of dual, three phase, full wave rectifiers in a 50 ohm, 200A current. The rectification rate is high, offering users an efficient and cost effective solution for their power applications. The array offers several advantages including high surge current capability and excellent thermal performance for applications requiring high power levels. The array is ideal for many applications such as AC-DC circuits, rectification of AC power from solar or wind energy, motor, welding, and automotive applications.

Working Principle

The working principle of the MBRF20100CT C0G consists of two half-cycles of 3-phase full-wave rectification. This is achieved by the structure of the two N-channel MOSFETs, with one being connected to the positive busbar and the other connected to the negative busbar. During the positive cycle, the MOSFET connected to the negative busbar is conducting and the other is blocking current. While during the negative cycle, the MOSFET connected to the positive busbar is conducting while the other is blocking current. This principle of operation eliminates the need of having a third-phase MOSFET to complete full-wave rectification.

Technical Features

The MBRF20100CT C0G rectifier array has a wide range of features that make it a suitable choice for many applications. The array features a high surge current capability of up to 2000A and an operating temperature range of -40°C to +115°C. This ensures that the array has the ability to survive high temperature environments and perform reliably over long periods of time. The array is also designed for a long life and can withstand high surge current levels. Additionally, the MBRF20100CT C0G rectifier array is made with high-temperature solder (HTS) technology, which helps reduce the formation of brittle oxide layers that can form on soldered components. This technology also helps to reduce thermal stress on the components, resulting in a longer operating life.

The rectifier array also utilizes a unique double level double side construction. This construction offers excellent heat dissipation and improved EMC performance. The two-level design reduces parasitic inductance and allows for a more efficient use of the airflow. Additionally, the double side construction provides good lead reliability and improved insulation between high voltage and low voltage applications.

Conclusion

The MBRF20100CT C0G rectifier array is an efficient, cost-effective diode rectifier array that offers a wide range of technical features suitable for a variety of applications. The array features a high surge current capability, excellent thermal performance, and long operating life. Additionally, the MBRF20100CT C0G rectifier array utilizes a unique double level double side construction that offers good lead reliability and improved insulation between high voltage and low voltage applications. This makes the MBRF20100CT C0G an ideal solution for many applications such as AC-DC circuits, rectification of AC power from solar or wind energy, motor, welding, and automotive applications.

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