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The MPE-220A-L is a silicon Schottky barrier diode designed for high-frequency rectification applications. It features a resin-molded structure with a peak reverse voltage rating of 100 V and an average forward current capacity of 20 A. The device exhibits a maximum forward voltage drop of 0.85 V at 10 A and supports a peak surge forward current of 120 A. Operating junction temperatures range from -40 °C to +150 °C, with a thermal resistance between junction and case of 2.5 °C/W.
Verify the specific suffix designation when ordering, as the datasheet specifies the MPE-220A-L variant. Confirm that the required electrical ratings align with the absolute maximum limits defined in the official specifications. Ensure compatibility with the specified thermal management requirements given the junction-to-case thermal resistance value.
Select this component for applications requiring efficient high-frequency rectification where low forward voltage drop is critical for minimizing heat generation. Consider the 20 A average forward current limit and the necessity of derating based on case temperature to maintain safe operating junction temperatures within the specified range.
This silicon Schottky barrier diode belongs to Sanken Electric's discrete semiconductor portfolio. It utilizes a standard resin-molded package suitable for through-hole mounting. The device is engineered to provide reliable performance in power conversion systems, leveraging the fast switching characteristics inherent to Schottky technology.
Consult official cross-reference documentation for verified substitute part numbers. Ensure any replacement maintains equivalent peak reverse voltage, average forward current, and thermal resistance specifications to guarantee circuit compatibility.
The maximum operating junction temperature is +150 °C.
The maximum forward voltage drop is rated at 0.85 V when conducting an average forward current of 10 A.
Yes, the device is rated for operation up to a junction temperature of +150 °C and includes specifications for reverse leakage current under high-temperature conditions.