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The GBJA6005-BP is a 6 Amp glass passivated bridge rectifier from Micro Commercial Components, rated for a peak repetitive reverse voltage of 50 Volts. It features an average rectified forward current capability of 6 Amperes at a case temperature of 125°C and supports non-repetitive peak surge currents up to 135 Amperes under standard half-sine wave conditions. The device utilizes epoxy encapsulation meeting UL 94 V-0 flammability ratings and operates within a junction temperature range of -55°C to 150°C. Electrical characteristics include a maximum forward voltage drop of 1.0 Volt at 3 Amperes and a typical junction capacitance of 52 picofarads.
Verify the authenticity of the component by purchasing directly from Micro Commercial Components or their authorized distributors. MCC maintains strict traceability and quality standards for parts acquired through official channels. Purchases from unauthorized sources lack warranty coverage and may not meet specified handling requirements. Confirm that the ordering suffix matches the required packaging configuration before finalizing procurement orders.
Select this component when a 50 Volt reverse blocking capability and 6 Ampere continuous current are required. Ensure the operating environment allows for adequate thermal management, as the device relies on case temperature limits for current derating. Verify that the physical dimensions fit the intended PCB layout and that the mounting torque specifications are strictly adhered to during assembly.
This part belongs to the GBJA series of bridge rectifiers manufactured by Micro Commercial Components. The series encompasses various voltage ratings ranging from 50 Volts to 1000 Volts while maintaining a consistent 6 Ampere current rating. The GBJA6005 specifically represents the lowest voltage option within this standardized package family.
Cross-reference with other GBJA series variants such as GBJA601 or GBJA602 if higher reverse voltage ratings are needed. Ensure any substitute maintains the same 6 Ampere current rating and compatible physical footprint. Verify that alternative components offer equivalent thermal resistance and surge current capabilities.