The discussion revolves around calculating the collector-emitter voltage (Vce) in a transistor circuit, focusing on the need for a current limiting resistor at the collector and how to determine its value. The context includes theoretical and practical aspects of transistor operation, particularly in switching and amplification applications.
Participants generally agree on the importance of a current limiting resistor and the basic relationship of Vce, but there is no consensus on the specific calculations or approaches to take, as multiple views and scenarios are presented.
Limitations include the lack of specific values for the circuit components and the dependence on the transistor's characteristics, such as maximum collector current and power dissipation capabilities. The discussion also does not resolve the complexities involved in using the transistor as a linear amplifier versus a simple switch.
Mostly. You need a collector resistor when the transistor is on to limit the current, and the lowest you can go is Vce,sat. But you probably already know that...nothing909 said:
Because if you turn on a transistor that is connected across a 12V supply, you will let the smoke out of it...nothing909 said:
Depends on what you are trying to do. Here is basic design info for a Common Emitter amplifier:nothing909 said:
nothing909 said: