In this article we are going to explain the BC transistor pinout equivalent features uses and other detail Transistor BC is a general-purpose PNP transistor It has many different versions It can be used for amplification as well as in switching electronic circuits The Collector minus Emitter Voltages of BC are - V the Collector minus Base Voltages are V and the Emitter Base Voltage is V In biased conditions BC transistor can allow a Max current of - mA across the Collector-Emitter Junction it is the saturation state of the transistor When the BC transistor is a nbsp current-controlled
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BC is a transistor nbsp that can be used in many kinds of typical purpose applications It can be used for any kind of typical amplification or switching Using it as a switch to drive load it can control mA of load with volt The collector dissipation is mW and the max DC gain is so it can also be used as an audio preamplifier and for audio amplification purposes The base voltage of the emitter is - volt due to which this transistor can also be used at the output of microcontrollers The device is made in three different
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BC transistor is a PNP bipolar junction general-purpose transistor used as a switch or amplifier in electronic circuits It has to HFE ratings which make it an ideal transistor to use as a small signal amplifier in electronic circuits The maximum collector dissipation is milliwatts another good feature of this transistor Moreover it performs well when used as a switch for loads under mA BC transistor has also a good collector-to-emitter VCE value that is - V therefore you can easily use it in circuits using to volts DC Besides these uses BC is also a good general-purpose PNP transistor
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This article is about BC transistor pinout equivalent specifications uses and more details about this bipolar junction transistor This is a general-purpose features transistor so it can be used in a variety of general switching and amplification circuits The collector-emitter voltage of BC is - V therefore it can be used to drive loads up to - V DC This transistor is manufactured in three different part numbers BC A BC B and BC C The ending alphabet A show that the HFE value will be the Ending alphabet B shows that the HFE value will be and the ending
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