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The BCR1AM-12-TB#F00 is a Triac designed for low power use, manufactured by Renesas Electronics Corporation. It features an RMS on-state current of 1 A and a repetitive peak off-state voltage of 600 V. The device utilizes planar passivation technology and is housed in a TO-92 package with straight leads. Electrical characteristics include a gate trigger current of 7 mA across quadrants I, II, and III, and a maximum junction temperature range from -40 °C to +125 °C. The component has a thermal resistance of 50 °C/W and supports a surge on-state current of 10 A.
Verify the specific ordering code against the manufacturer's latest documentation before purchase. Confirm that the suffix #F00 corresponds to the required tape-and-reel packaging format as specified in the datasheet. Ensure compliance with export control regulations if applicable. Check for any updates regarding quality grades or environmental compatibility directly with Renesas Electronics sales offices prior to finalizing procurement orders.
Select this component for circuits requiring low-power AC switching capabilities within a compact TO-92 footprint. Ensure the application operates within the specified 600 V off-state voltage limit and 1 A RMS current rating. Consider the non-insulated nature of the device when designing isolation requirements. Verify that the gate trigger current requirements align with the driving circuit capabilities for reliable operation across all quadrants.
This part belongs to the BCR1AM-12A series of Triacs intended for low power applications. It shares core electrical specifications with other variants in the family but differs in packaging and shipping formats. The standard version typically comes in vinyl sacks, while the TB suffix indicates taping for automated assembly processes.
Direct substitutes must match the 1 A RMS current, 600 V voltage rating, and TO-92 package. Verify equivalent gate trigger currents and thermal resistance values. Ensure the replacement device offers similar commutation characteristics and operating temperature ranges for seamless integration into existing designs.