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The Microchip Technology 2N6030 is a single PNP silicon power bipolar junction transistor (BJT) designed for high-reliability applications. It features a maximum collector current of 16 A and a collector-emitter breakdown voltage of 120 V. The device supports a maximum power dissipation of 200 W, making it suitable for demanding power management tasks. Classified as a military/high-reliability component, the 2N6030 offers robust performance characteristics essential for critical electronic systems requiring stable operation under high voltage and current conditions.
Verify the specific manufacturer source when sourcing this component, as the 2N6030 designation is utilized by multiple vendors including Fairchild and American Microsemiconductor. Ensure that the procurement matches the required military or high-reliability specifications if intended for such applications. Confirm package type and lead availability directly with authorized distributors to avoid counterfeit parts.
Select the 2N6030 when a PNP power transistor with 120 V blocking capability and 16 A continuous current is required. Consider its 200 W power rating for thermal design constraints. This component is appropriate for applications demanding high reliability, such as military or industrial equipment. Evaluate alternative part numbers only if specific pinout or package variations are needed from different manufacturers.
The 2N6030 belongs to the family of silicon PNP power transistors used in high-voltage and high-current scenarios. It is often grouped with similar devices like the 2N5630/2N5631 NPN counterparts. The component serves as a discrete solution for power switching and amplification where standard commercial transistors may not meet voltage or reliability standards.
Public confirmed substitute part numbers include the 2N5630-2N5631 series for complementary NPN applications. Cross-reference with other manufacturers' 2N6030 equivalents, such as those from Fairchild or American Microsemiconductor, ensuring electrical parameters match exactly.