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BC637-16-AP is listed in the Single Bipolar Transistors range at ChipApex. The manufacturer field lists MCC (Micro Commercial Components). Its product description is TRANS NPN 60V 1A TO-92. Review the specifications below when checking this part for your BOM.
The BC637-16-AP is an NPN silicon small-signal transistor in a TO-92 package. It features a collector-emitter voltage of 60 V and continuous collector current of 1.0 A. DC current gain ranges from 100 to 250 at 150 mA. Saturation voltage is 0.5 V at 500 mA. Transition frequency is 100 MHz. Power dissipation is 830 mW. Operating temperature spans -55°C to +150°C.
Verify authenticity by purchasing directly from Micro Commercial Components or authorized distributors. Counterfeit parts pose significant risks. Ensure the part number includes the correct suffix for packaging type. Check for halogen-free requirements if specified. Confirm RoHS compliance status upon receipt.
Select this component for general-purpose NPN switching and amplification tasks requiring moderate current handling. The BC637-16 variant offers specific gain banding suitable for consistent performance. Consider thermal management for power dissipation limits. Verify voltage ratings against circuit requirements.
This device belongs to the BC637 series of NPN transistors manufactured by Micro Commercial Components. The series provides standard small-signal capabilities in a through-hole TO-92 package. The -16 suffix indicates specific DC current gain characteristics compared to other variants in the family.
Consult official datasheets for direct substitutes. Generic NPN equivalents may differ in gain or voltage ratings. Verify pinout compatibility before substitution. Ensure replacement parts meet the same environmental and safety standards.
The maximum collector-emitter breakdown voltage (V(BR)CEO) is 60 V.
No, the AP suffix denotes Ammo Packing (20Kpcs/Carton). It does not change the electrical characteristics.
The transition frequency (fT) is 100 MHz under test conditions of VCE=5V, IC=10mA, and f=50MHz.
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