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The BAV20W-G3-08 is a silicon epitaxial planar switching diode from Vishay Semiconductors, designed for general-purpose applications. It features a continuous reverse voltage of 150 V and a repetitive peak reverse voltage of 200 V. The device supports a DC forward current of 250 mA with a maximum power dissipation of 410 mW at 25 °C. Packaged in the SOD-123 surface-mount format, it exhibits a low leakage current of 100 nA at 150 V and a fast reverse recovery time of 50 ns. The component operates within a temperature range of -55 °C to +150 °C.
Verify the specific ordering code suffix to confirm packaging options, as the G3-08 designation indicates tape and reel packaging. Confirm RoHS compliance status through official manufacturer documentation before integration. Ensure that thermal management strategies align with the specified junction temperature limits during operation. Cross-reference the datasheet revision date to ensure access to the most current electrical specifications and mechanical dimensions.
Select this component when a high-voltage switching diode with fast recovery is required in a compact surface-mount package. The BAV20W-G3-08 offers a balance of voltage rating and current handling capacity suitable for various consumer and industrial electronics. Consider the SOD-123 footprint compatibility with existing PCB layouts. Evaluate the thermal resistance characteristics if operating near maximum ambient temperature limits.
This part belongs to the BAV19W/BAV20W/BAV21W series of small-signal switching diodes manufactured by Vishay Semiconductors. The series utilizes silicon epitaxial planar technology to provide reliable performance across a wide temperature range. These diodes are commonly used in applications requiring fast switching speeds and robust reverse voltage handling capabilities.
Direct substitutes include BAV19W-G3-08 (100 V) and BAV21W-G3-08 (200 V) from the same Vishay series, provided voltage ratings meet circuit requirements. Other manufacturers' SOD-123 packaged switching diodes with comparable voltage and current ratings may serve as alternatives after verifying electrical parameter alignment.