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The GBL206-BP is a bridge rectifier manufactured by Micro Commercial Components (MCC). It utilizes silicon technology and features a Through Hole installation style within an IPAK package. The device supports a continuous forward current of 2 A and withstands a repetitive peak reverse voltage of 60 V. Key electrical parameters include a maximum forward voltage drop of 1.1 V at rated current and a non-repetitive peak forward surge current capability of 70 A. The component operates reliably across a junction temperature range from -55 °C to +150 °C.
Verify the specific ordering suffix against official MCC documentation to confirm exact packaging configuration, as suffixes may indicate variations in bulk or tape-and-reel quantities. Ensure compliance with RoHS directives if required by the target application environment. Cross-reference the manufacturer part number with authorized distributor catalogs to confirm current availability status and lead times before finalizing procurement plans.
Select this component when a 2 A bridge rectifier with a 60 V reverse voltage rating is required for through-hole assembly. The IPAK package offers a compact footprint suitable for dense PCB layouts while maintaining adequate thermal performance. Consider the 1.1 V forward voltage drop for efficiency calculations in low-voltage DC output applications where power loss minimization is critical.
This component belongs to the GBL series of bridge rectifiers from Micro Commercial Components. The series provides various voltage ratings and current capacities for different power requirements. The GBL206-BP specifically addresses applications needing moderate current handling with a 60 V blocking capability, fitting into the broader portfolio of silicon rectifier solutions offered by the manufacturer.
Direct substitutes must match the 2 A current rating, 60 V reverse voltage, IPAK package, and pinout configuration. Verify that alternative bridge rectifiers maintain comparable forward voltage characteristics and thermal resistance values to ensure equivalent performance in the existing circuit design without requiring layout modifications.