Most technician textbooks do a very poor job of explaining the details of transistors' internal workings. First they assume that the Base current is somehow controlling the Collector current, then they try to explain how one current can affect another. These explanations invariably fail because Bipolar transistors, like FETs, are voltage-controlled devices. One current doesn't affect another. Instead, the Base-Emitter voltage controls the thickness of an insulating 'depletion layer' which lies in the path of both the Base current and the larger Collector current.
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NOTE: This article delves into bipolar transistor internal operation: it's the physicist's viewpoint; not the engineer's or technician's. While solving design problems, engineers must model the transistor as a current amplifier, or as a transconductance device, or as a charge-controlled current source. If you want to understand a transistor circuit, then the black-box model is what we use. But be warned, because if our goal instead is to 'open the hood' and see what's really going on inside, those useful black-box models can derail our understanding.
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Transistor, semiconductor device for amplifying, controlling, and generating electrical signals. Transistors are the active components of integrated circuits, or “microchips,” which often contain billions of these minuscule devices etched into their shiny surfaces. Deeply embedded in almost everything electronic, transistors have become the. The MOSFET (metal-oxide-semiconductor field-effect transistor) is a primary component in power conversion and switching circuits for such applications as motor drives and switch-mode power supplies (SMPSs). MOSFETs boast a high input gate resistance while the current flowing through the channel between the source and drain is controlled by the gate voltage. But everyone knows that it was invented at Bell Labs in 1947. The original transistor was a 1920s thin-film device deposited on glass. The base region was a clever idea: crack a piece of glass, put it back together with metal foil clamped in the crack, then slice off the extra foil to make a flat surface that goes: glass, metal, glass.