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The 2N6075A PBFREE is a sensitive gate triac manufactured by Central Semiconductor Corp. It is a silicon bidirectional thyristor designed for full-wave AC control applications. The device supports blocking voltages ranging from 200 to 600 volts and handles 4.0 amperes RMS current. Key electrical characteristics include sensitive gate triggering compatible with TTL, HTL, CMOS, and operational amplifier logic functions. The component utilizes diffused and glass-passivated junctions to ensure parameter uniformity and stability. It features a thermopad construction for low thermal resistance and high heat dissipation capabilities.
Verify the specific voltage rating variant required, as the 2N6075A designation covers a range of blocking voltages from 200V to 600V. Confirm that the sensitive gate specification aligns with the driving circuit's output capability. Ensure the thermal management design accommodates the thermopad construction for adequate heat dissipation in the target application environment.
Select this component when full-wave AC control is necessary with direct logic interface compatibility. The sensitive gate feature simplifies drive circuitry by allowing coupling to standard logic families. Consider the thermopad package for applications requiring efficient heat transfer. Verify the exact voltage class needed within the 200-600V range before finalizing the part number.
Central Semiconductor Corp produces the 2N6075A PBFREE as part of its discrete semiconductor portfolio. This product line focuses on reliable components for various electronic applications. The company maintains an extensive inventory and offers custom solutions alongside standard devices. The 2N6075A represents their offering in the sensitive gate triac category for AC power control.
Compatible substitutes include the 2N6071A, 2N6073A, and their 'B' variants (e.g., 2N6075B) which share similar sensitive gate characteristics. Other manufacturers produce equivalent parts under different designations, but verification of gate trigger currents and holding currents is essential for direct replacement.