MBRD650CT Discrete Semiconductor Products

The MBRD650CT is an ultra-fast, high-efficiency, surface-mount rectifier diode array that can be used in a wide variety of applications. Designed with high performance in mind, it offers superior thermal performance, high reliability, low forward voltage drop, and low reverse current leakage. As such, it can be used for DC-to-DC converters, power factor correction, LED lighting, and many other applications that require efficient power conversion and high power switching.

The MBRD650CT is an encapsulated, two-terminal, half-bridge rectifier diode array that provides ultra-fast recovery for high frequency applications. It consists of four individual Shottky barrier rectifier (SBR) diode chips connected in parallel. Each SBR diode chip has an intrinsic reverse recovery time of less than 10 nanoseconds, resulting in a total recovery time of less than 20 nanoseconds. This ultra-fast recovery time allows the MBRD650CT to operate at high input frequencies and handle high power pulses.

The array also features low forward voltage drop and low reverse current leakage. Its forward voltage drop is less than 0.66 volts, and its reverse current leakage (dynamic) is less than 1 μA. These characteristics ensure efficient power conversion and lower power consumption.

The MBRD650CT also offers superior thermal performance. Its junction-to-case thermal resistance is less than 2°C/W and its maximum junction temperature can reach up to 150°C. This ensures that the device can efficiently dissipate heat while operating in high temperature applications.

The MBRD650CT can be used in a variety of applications. It is commonly used for DC-to-DC converters, LED lighting, power factor correction, and any other application that requires efficient power conversion and high-power switching. In addition, it can be used in automotive applications due to its extended temperature range.

In summary, the MBRD650CT is an ultra-fast, high-efficiency, surface-mount rectifier diode array that can be used in a variety of applications such as DC-to-DC converters, power factor correction, LED lighting, and many other applications that require efficient power conversion and high power switching. It features low forward voltage drop and low reverse current leakage, and its superior thermal performance makes it ideal for high power, high temperature applications.