This article explains the C transistor pinout equivalent datasheet alternate and uses Transistor c is most commonely genral purpose NPN transistoris a BJT transistor C can be as an amplifier and switching purpose in electronic circuits It can handle a load of up to mA which is quite a fair amount of current when driving other components in electronic projects As an amplifier it can drive mW and the max DC current gain value is Transistor c is available in different DC gain values these values can be identified by looking at the last alphabet after the transistor number If Read More

TIP Transistor is an NPN Darlington transistor The Darlington transistor means there are two transistors in one pack joined to increase gain at the output TIP Darlington transistor has a lot of good features like A collector current maximum emitter-base voltage is V maximum collector dissipation is watts and so on This transistor is manufactured to use as a switch and for amplification purposes nbsp TIP Transistor Pinout nbsp configuration is given below TIP Transistor Pinout The pin configuration of the TIP transistor is given below the diagram nbsp TIP Pin Chart Pin Number Pin Name Description Base Controls the Read More

TIP Transistor is a PNP BJT Darlington transistor This transistor is a must-have transistor in electronics laboratories because it can also be used for kind of general-purpose applications where you have a need for high gain TIP transistor can drive a load of up to A the collector and emitter voltage of this transistor are V due to which it can easily drive a load of under V DC Apart from that the max nbsp DC current gain of this transistor is and the maximum collector dissipation is W due to which it can also be used in audio and Read More

In a previous post I made one transistor FM Transmitter that is also very nice and easy to make This is just another one nbsp nbsp two transistor FM transmitters It has two stages The first stage amplifies the audio signal generating a carrier signal using an oscillating and the second stage modulates the carrier signal with the amplified audio signal The amplification is done by an amplifier whereas the modulation and carrier signal generation is done by a variable frequency oscillator circuit Frequency can be set at anywhere between the FM frequency range from MHz to MHz The power Read More
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