MBR20100CTF-G1

Diode Arrays Overview

The MBR20100CTF-G1 is a high-voltage dual Schottky rectifier manufactured by Diodes Incorporated, housed in a TO-220F-3 package. It features two common cathode diode legs with a peak repetitive reverse voltage of 100V and an average rectified forward current of 10A per leg. The device exhibits a maximum instantaneous forward voltage drop of 0.85V at 25°C and supports a non-repetitive peak surge current of 150A. It operates within a junction temperature range up to 150°C.

Diode Arrays Feature Summary

• Low forward voltage for reduced switching losses
• Guard-ring structure for stress protection
• High surge current capability
• Lead-free finish compliant with RoHS standards

Diode Arrays Applications

• Power supply output rectification
• Power management circuits
• Instrumentation systems

Diode Arrays Procurement Notes

Verify the specific suffix 'TF' confirms the TO-220F-3 package variant rather than standard TO-220AB or TO-220-3(2). Confirm RoHS compliance status directly from the manufacturer's latest documentation. Ensure thermal management design accounts for the specified thermal resistance values for this package type during operation.

Diode Arrays Selection Notes

Select this component for medium-voltage applications requiring low noise and high-frequency performance. Consider the 100V rating and 10A per leg current capacity against circuit requirements. Evaluate thermal constraints based on the TO-220F-3 package dimensions and thermal resistance characteristics provided in the datasheet.

Diode Arrays Part Context

This part belongs to the MBR20100C series of high-voltage power Schottky rectifiers. The series includes various package options such as TO-220-3(2), TO220AB, and ITO220AB. The MBR20100CTF-G1 specifically denotes the TO-220F-3 package configuration with Green (Halogen and Antimony free) and RoHS compliant attributes.

Diode Arrays Replacement Considerations

Consult official Diodes Incorporated substitution guides for verified alternatives. Cross-reference electrical parameters such as VRRM, IO, and VF when evaluating potential replacements to ensure compatibility with existing circuit designs.