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#2n3906 transistor pinout how to

It is almost similar to the bc557. the only difference is that it has a high collector-to-emitter voltage. The 2N3906 is the most commonly used PNP transistor. Always use a suitable base resistor and confirm the pin configuration before placing the circuit to place it right, must keep the temperature range between -55 centigrade and above +150 centigrade. 2N3906 Pinout must be checked before use.

#2n3906 transistor pinout how to

How to Get Long-Term Performance with 2N3906įor the good performance of the transistor, it is suggested to not operate a load of more than 200mA. Used in siren or dual Led or Lamp flasher.Inverter and converter circuits use this PNP transistor.Mostly used in various switching applications.It is Used to switch high voltage low current loads.

The 2N3906 transistor might be the right choice for you if you are looking for a PNP transistor that could switch high voltage loads within 0.2A Applications It is not suitable for amplifier circuits because of the gain value of only 300. It is very similar to the bc557 transistor only difference is that it has a high collector-to-emitter voltage. The 2N3906 is a widely used PNP(Positive-Negative-Positive) transistor. NPN Complementary of 2N3906 is 2N3904 Where to use 2N3906

The current at the emitter pin is the sum of the current at the base and collector side.

PNP will only conduct when the voltage at the collector side is much smaller than the voltage at the emitter side.

PNP transistor remain normally OFF, but a small amount of negative current on base can turn it ON and helps in flowing large emitter-collector current.

The circuit symbol of 2N306 is shown in the figure below. 2N3906 Pinout description, features, and equivalent are given below in detail. It comes in a plastic TO-92 compact casing. It is designed for low electric current and power and medium voltage, and its operating speed is very high.

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