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The BSR106WS-TP is a single Schottky barrier diode manufactured by Micro Commercial Components (MCC). It features a 60V peak repetitive reverse voltage and supports an average forward current of 1A. The device exhibits a maximum forward voltage drop of 700mV at 1A and a maximum reverse leakage current of 100µA at 60V. It operates within a junction temperature range of -65°C to +125°C and withstands a non-repetitive peak surge current of 10A. The component is housed in an SOD-323 package.
Verify the authenticity of the BSR106WS-TP by purchasing only from MCC or their authorized distributors. Counterfeit components are a known industry risk; unauthorized sources do not provide warranty coverage or quality assurance. Confirm that the received parts match the specific ordering information, including the X6 device marking code and SOD-323 package dimensions, before integration into production lines.
Select the BSR106WS-TP when a compact SMD Schottky diode is required for low-voltage applications. Its 60V rating and 1A current capacity suit space-constrained designs. The low forward voltage minimizes power loss, while the high surge capability handles transient loads. Ensure the design accommodates the thermal resistance of 500°C/W and the specific pad layout recommended for the SOD-323 package to maintain reliability.
The BSR106WS-TP belongs to the BSR106WS series of Schottky barrier rectifiers from Micro Commercial Components. This series utilizes silicon technology to deliver fast switching characteristics and low reverse recovery time. The component is designed for surface-mount assembly, offering a small footprint suitable for modern electronic devices requiring efficient power management solutions.
Direct substitutes must match the 60V, 1A Schottky specification in an SOD-323 package. Verify electrical parameters such as forward voltage and reverse leakage against the original datasheet. Ensure the replacement component offers equivalent thermal resistance and surge current handling capabilities to maintain circuit integrity.