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<p>Digital transistors are <a href="/web/c/semiconductors/discrete-semiconductors/ " target="_self">discrete semiconductors</a> that are used to amplify electronic signals and electrical power. They take in a tiny electric current at one end of your circuit (an input current) and produce a much bigger electric current at the other end (an output current). In other words, they're a kind of current booster. </p><p><h2>How do digital transistors work? </h2></p><p>Digital transistors are made of a semiconductor material, usually silicon, which conducts the current (or electricity) with little resistance. They also tend to have at least three terminals for easy connection to an external circuit. </p><p>They can also work as</h2>switches.</h2>A tiny electric current flowing through one part of a transistor can make a much bigger current flow through another part of it. In other words, the small current can switch on the larger one. </p><p>The benefits of using a digital transistor include:</p><ul><li>a reduction in system cost </li><li>simplifies your circuit design</li><li>reduces circuit board space</li><li>reduces component count</li></ul><p><h2>Applications for digital transistors</h2></p><p>Digital transistors can be used in several applications including:</p><ul><li>Control of IC inputs</li><li>Automotive applications</li><li>Switching loads</li><li>Inverter circuits</li><li>Interface circuits</li><li>Driver circuits</li></ul>

Amplify electronic signals in your circuit with a digital transistor. They conduct electricity with little resistance to produce a greater current.

Digital Transistors