What is C945 transistor?

and C945 Transistor is a type of bipolar connecting transistor negative-positive negative (NPN). The circuits where low -average, high -speed transistor are required, usually use a transistor such as the C945 transistor, will use the transistor. Circuits such as a small signal amplifier or high -speed switching circuit can use one or more transistors C945. The C945 transistor can be used in several types of electronic circuits, but it is best suitable for use in low power applications.

Bipolar connecting transistors contain three semiconductor areas: collector, base and emitter. The bipolar connecting transistor NPN-JAKO is the C945-containing basic area that is subsidized with positive or p semiconductor material, along with collector and emitter areas that are subsidized by negative or N-types, semiconductor material. This configuration allows transistor C945 to perform electricity between collecting and emitter areas when the voltage is appliedEssed on the Tornant Tor. The electronic circuit containing transistor C145 can be used in a switch that requires high -speed switching. Typical relays may take five milliseconds to engage and 10 milliseconds, but transistor C145 can turn on or off 150 million times per second.

C145 transistor can also be used in the amplifier circuit. The amplifier circuits use the transistor and direct current voltage (DC) to increase the level of input alternative current (AC). For an amplifier based on the NPN transistor, the AC signal passes through the basic area on the transistor. The difference in the voltage between the collector and emitter areas on the transistor add the AC signal power supply and the output alternating signal is obtained by connecting the output to the collector area on the transistor.

Each bipolar connecting transistor contains several assessments that serve as a guideo for how the transistor should be used. The C145 transistor is best used in low power applications. The maximum voltage that can be applied from the collector area to the emitor area on the transistor C145 is 50 volts; Otherwise, the transistor overheats and fails. The maximum voltage that can be applied from the basic area to the emitter area is 5 volts. The total power that can be safely applied to the C145 transistor is 0.4 watts.

Many bipolar connecting transistors NPN are packed in the plastic case to-92. Many of these transistors contain three discreet potential customers that go to the semiconductor areas of the transistor. One of the external wires often provides an interface to the transistor collector area, the center line provides the interface to the basic area, and the remaining external lead provides the emitter interface. This is important for checking the transistor scheme to verify the assignment of the electrical conductor.