Assertion: transistor's voltage | /r/HasProperty | v be
Facets:
Source sentences:
text: The voltages from base to emitter (V BE ), and the from base to collector (V BC ) set the transistor's mode:
text: The source-to-body and drain-to-body junctions are the object of much attention because of three major factors: their design affects the current–voltage (I–V) characteristics of the device, lowering output resistance, and also the speed of the device through the loading effect of the junction capacitances, and finally, the component of stand-by power dissipation due to junction leakage.
text: In a typical discrete bipolar device the Early voltage V A ≈ 100 V and the thermal voltage near room temperature is V T ≈
text: The germanium transistor was more common in the 1950s and 1960s, and while it exhibits a lower "turn on" voltage (Vbe), typically around 0.2 V, making it more sensitive, it also has a greater tendency to exhibit thermal runaway.
text: The typical current versus voltage (I- V ) characteristics of a MOSFET are shown in the figure below.
text: The voltage between the Base and Emitter ( V BE ), is now negative at the Base and positive at the Emitter because for a PNP transistor, the Base terminal is always biased negative with respect to the Emitter.
text: The voltage between the Base and Emitter ( V BE ), is positive at the Base and negative at the Emitter because for an NPN transistor, the Base terminal is always positive with respect to the Emitter.
text: If you write the biases in term of applied voltages ( V CB , V BE ) instead of junction biasing the modes of operation can be described as: Forward Active: Base higher than Emitter, Collector higher than Base ( in this mode the collector current is proportional to base current by β F ).