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The KBP210G-G is a bridge rectifier manufactured by Comchip Technology, designed for general-purpose power supply applications. This component utilizes silicon p-n junction technology and features a single-phase full-wave configuration with two terminals. It is housed in the DO-201AB (DO-15) axial leaded package, suitable for through-hole mounting on printed circuit boards. The device is rated for a maximum repetitive peak reverse voltage of 1000 V and provides an average forward rectified current capacity of 2 A at a case temperature of 75°C. Key electrical parameters include a maximum RMS bridge voltage of 700 V, a peak inverse voltage of 1000 V, and a maximum DC blocking voltage of 1000 V. The unit exhibits a low forward voltage drop of 1.1 V at 2 A and operates within a junction temperature range of -55°C to +150°C.
Verify the manufacturer part number KBP210G-G against official Comchip Technology documentation to confirm specifications. Ensure the procurement channel provides valid certificates of conformity. Check for RoHS compliance status if required by specific environmental regulations. Confirm package type matches DO-201AB requirements for your PCB layout.
Select this component when a 2 A current rating and 1000 V reverse voltage are required for space-constrained axial designs. Compare forward voltage drop characteristics against alternative brands to ensure thermal management meets system constraints. Verify that the operating temperature range aligns with the intended application environment.
This component belongs to the KBP series of bridge rectifiers from Comchip Technology. The series offers various voltage ratings and current capacities within the same DO-201AB package form factor. The KBP210G-G specifically addresses mid-range power requirements where axial leads facilitate easy integration into legacy or compact board designs.
Compatible substitutes include the KBPC210 from other manufacturers offering identical 2 A/1000 V ratings in the DO-201AB package. Verify pinout compatibility and physical dimensions before substitution. Ensure equivalent surge current ratings and thermal performance characteristics match the original design requirements.