Transistor

Semi 7 Seg 9 - J-Fets vs Bipolar Transistors If the depletion region penetrates only slightly into the channel a large amount of current can flow. The current that flows through the J-Fet channel is...

Now that we have determined that this NPN transistor is properly biased, let's see how it works. Since the emitter based junction is forward-biased by the power supply (V EE) the electrons,...

So we have been discussing the bipolar junction transistor. So far we have considered the basics of transistor action and then we have seen how the transistor can be used as a small signal amplifier....

So, we have been discussing the Bipolar Junction Transistor. In the previous lecture we started explaining the common emitter current voltage characteristics. Let us look at the slide which we were...

Now we come to the last lecture of this discussion on the MOSFET characteristics. This lecture will also be the penultimate lecture of the course. So we will have one more lecture which will summarize...

This is the 28th lecture of this course and the 3rd lecture on bipolar junction transistors. Now, in the previous lecture we basically explained what transistor action is. We said that transistor...

So looking further, you know, each of these individual TFT, it looks something like this. So what you have is equivalent of a, of a channel channel last or a gate first process which is used over...

We now come to the last lecture of the Bipolar Junction Transistor. Let us see what we achieve in our previous lecture. We explained these common emitter output characteristics and we identified the...

We shall continue our discussion on ECL gates. We have seen in last class how one can actually model the propagation delay in its real gates that is by using summation of the different time constants...

We have been discussing the characteristics of MOS field effect transistor. In the previous lecture we started deriving the current voltage relations in terms of the charge conditions in the device....