RB205T-90

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The RB205T-90 is an array of 10 unique rectifiers in a common anode design. They are capable of transferring higher and more reliable power than conventional rectifiers, providing excellent low boost current to the load. It can support a wide range of power levels, making it ideal for applications requiring high efficiency, wide linear performance, and low voltage/high current performance. The RB205T-90 is suitable for use in power supplies, inverters, and similar industrial applications.

The technology behind the RB205T-90 rectifier array is based on the use of two components: a P-type semiconductor and an N-type semiconductor layer. The P-type layer contains the P+ and N- doping, while the N-type layer contains the N+ doping. This creates a “sandwich”, where electrons flow from the N-type layer through the P-type layer and, as a result, current can flow. This process creates a diode, which acts as a one-way gate for the electrons.

Due to its unique construction, the RB205T-90 is particularly ideal for applications that require higher power output with lower forward voltage. The diode array has been designed for use in AC/DC conversion, switching regulation, power switching, motor drive, and similar power control applications. Its high-speed switching capabilities mean that it can provide effective and reliable performance even under extreme conditions.

The RB205T-90 is capable of handling both reverse (DC) and forward (AC) currents with relatively low losses. It can operate at temperatures up to 150° C, making it ideal for high-temperature applications. This also ensures that its full rated voltage is maintained even in challenging environments. Additionally, its extremely low capacitance and low harmonic distortion levels make it well suited for use in audio systems.

The RB205T-90 is suitable for many applications due to its combination of high efficiency, wide linear performance, and low voltage/high current capabilities. It is well suited for use in power converters, power switching, motor drives, audio systems, and similar high power applications. It has been designed to operate reliably and efficiently even in high temperature and variable conditions, making it an ideal choice for a wide range of needs.

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