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The 12CWQ10FN is a surface mount, center tap Schottky rectifier in a D-PAK (TO-252AA) package. It features an average forward current of 12 A and a repetitive peak reverse voltage of 100 V. The device offers a maximum forward voltage drop of 0.80 V at 6 A and 0.95 V at 12 A per leg. Maximum reverse leakage current is 1 mA at 25°C and 4 mA at 125°C. Junction temperature ranges from -55 to 150°C. Thermal resistance junction-to-case is 3.0°C/W per leg.
Verify the specific ordering suffix to confirm packaging orientation and lead-free status. The datasheet indicates TR, TRL, and TRR options exist. Confirm the document revision matches your requirements as specifications are subject to change without notice. Ensure the component meets AEC-Q101 Level qualification if automotive application is intended. Cross-reference the marking code with the official outline table.
Select this component when low forward voltage drop and small PCB footprint are critical. The center tap design simplifies circuit topology for dual-rail or bridge-less applications. Verify thermal management capabilities against the provided derating curves. Ensure the operating junction temperature remains within the specified -55 to 150°C range for reliable performance under all load conditions.
This part belongs to Vishay's 12CWQ series of Schottky rectifiers. It utilizes the D-PAK outline, similar to TO-252AA. The product was originally developed by International Rectifier before being acquired by Vishay Intertechnology, Inc. The series is designed for general-purpose rectification where speed and efficiency are prioritized over high voltage blocking capability.
No public confirmed substitute part numbers are listed in the source material.
The typical junction capacitance is 183 pF, measured at VR = 5VDC with a test signal range of 100kHz to 1MHz at 25°C.
Yes, it has a non-repetitive avalanche energy rating of 6 mJ per leg at TJ = 25°C with IAS = 1 Amps and L = 12 mH.
The maximum peak one-cycle non-repetitive surge current is 330 A for a 5 μs sine pulse or 3 μs rectangular pulse.