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The MURB1620CT is a super fast recovery rectifier manufactured by Good-Ark Semiconductor, featuring a FRED planar wafer construction. It operates with a maximum repetitive peak reverse voltage of 200 V and supports a total maximum average forward rectified current of 16 A (8 A per leg) at a case temperature of 105°C. The device exhibits a maximum reverse recovery time of 35 ns under specified test conditions. It is housed in a TO-263 package with a junction-to-case thermal resistance of 2.0 °C/W per leg. The component is designed for high efficiency applications with low forward voltage drop characteristics.
Verify the specific ordering suffix and packaging configuration when sourcing, as availability may vary between plastic tube and tape reel formats. Confirm that the received components match the Good-Ark Semiconductor datasheet specifications regarding the TO-263 package dimensions and marking codes. Ensure compliance with RoHS directives if required by your assembly process.
Select this component for designs requiring ultra-fast recovery times around 35 ns and a 200 V blocking capability. The dual common cathode configuration allows for efficient use in full-wave bridge or push-pull topologies. Consider the thermal resistance values when designing heat dissipation strategies, particularly given the 16 A total current rating distributed across two legs.
This part belongs to the MURB series of super fast recovery rectifiers from Good-Ark Semiconductor. It serves as a surface-mount alternative to through-hole variants like the MUR1620CT, offering similar electrical characteristics in a compact TO-263 package. The series is engineered for high-efficiency power conversion systems where rapid switching and low conduction losses are critical.
Cross-reference with other manufacturers' 200V 16A super fast recovery rectifiers in TO-263 packages. Verify pinout compatibility and thermal resistance specifications before substitution. Ensure the replacement device meets the same 35 ns reverse recovery time requirement for circuit stability.