![]() ![]() There are three types of Transistor characteristic curves based on the configuration of the circuit. Transistor Characteristics is the basis that represents the relationship between the Electric Current and Electric Voltage of a circuit. ![]() ![]() They are as follows:īase: The base is used to activate the Transistor.Ĭollector: The Transistor's positive lead is known as the collector.Įmitter: The Transistor's emitter is the negative lead. For a Transistor, there are three terminals. The Current that is applied through one pair of terminals of a Transistor is controlled by the Current applied to any other pair of terminals of the Transistor. Transistors can be packaged individually or in a tiny space, allowing for integrating up to 100 million Transistor integrated circuits.Ī Transistor is made up of three layers of semiconductor materials, or terminals that help to link the Transistor to an external circuit and carry Current. Transistors can be used for a wide range of digital and analogue functions, including amplifiers, switches, Voltage stabilizers, signal modulation, and oscillators, because of their high response and accuracy. Most of the Transistors are composed of pure silicon, with some made of germanium however, sometimes other semiconductor materials are used. A Transistor is usually composed of three layers of semiconductor components that carry Current. It acts as a switch or gate of Electric signals. So, with no further ado, let us start by understanding a Transistor.Ī Transistor is an Electric device that regulates the flow of Electric Current and Voltage. In this article, you will understand the Transistor, its Input, Output, and Current transfer characteristics. As a result, many people consider the Transistor to be one of the most important innovations of the twentieth century. In almost all modern electronics, Transistors are the most important active components. A Transistor is a type of semiconductor device that has many functions, such as switching, amplifying, detecting, signal modulation, and more. ![]()
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