Monto's Electronics Tutorials Blog

[...] In this post we will see about transistor tutorial dc bias. Bias establishes the dc operating point for linear operation of an amplifier. If an [...]

[...] In this post we will see about transistor tutorial dc bias. Bias establishes the dc operating point for linear operation of an amplifier. If an [...]

[...] biased. And here we can notice very easily that the requirement of negative Vgs for an n-channel JFET and positive Vgs for p-channel JFET. So this can only be possible that is using self-bias [...]

[...] In this post we will see basically how to bias N-Channel JFET which is so called as junction field effect transistor. Here mainly we will notice that how [...]

[...] determines that how much amount of drain current is controlled. Now when we consider an N-Channel JFET, we can see some slight changes that is in this type of channel the variation can be [...]

[...] Today we are going to see about the inverting amplifier, an inverting amplifier is a amplifier that inverts the output and then amplifies it. we can determine the gain of [...]

[...] is applied. The below figure shows the effect of proper and improper dc biasing of an inverting amplifier. Now we are going to see the graphical version of the transistor dc biased circuit [...]

[...] is applied. The below figure shows the effect of proper and improper dc biasing of an inverting amplifier. Now we are going to see the graphical version of the transistor dc biased circuit [...]

[...] below here shows you the biased way of N-Channel JFET. One thing you need to observe is the Vgs voltage. We can see from the circuit that Vgs voltage is negative. So actually what happens is the [...]

[...] dc biasing of an inverting amplifier. Now we are going to see the graphical version of the transistor dc biased circuit with a transistor. In the figure the transistor is biased with variable [...]

[...] dc biasing of an inverting amplifier. Now we are going to see the graphical version of the transistor dc biased circuit with a transistor.   In the figure the transistor is biased with variable [...]

[...] point for linear operation of an amplifier. If an amplifier is not biased with correct dc voltages on the input and output, it can go into saturation and cut off when input is applied. [...]

[...] point for linear operation of an amplifier. If an amplifier is not biased with correct dc voltages on the input and output, it can go into saturation and cut off when input is applied. [...]

[...] dc biased circuit with a transistor. In the figure the transistor is biased with variable voltages Vcc and Vbo to obtain certain values of Ib, Ic, IL and Vce the collector characteristic curves [...]

[...] dc biased circuit with a transistor.   In the figure the transistor is biased with variable voltages Vcc and Vbo to obtain certain values of Ib, Ic, IL and Vce the collector characteristic curves [...]

[...] In this post we will see about transistor tutorial dc bias. Bias establishes the dc operating point for linear operation of an amplifier. If an amplifier is not biased with correct dc [...]

[...] In this post we will see about transistor tutorial dc bias. Bias establishes the dc operating point for linear operation of an amplifier. If an amplifier is not biased with correct dc [...]

[...] voltages Vcc and Vbo to obtain certain values of Ib, Ic, IL and Vce the collector characteristic curves for this particular transistor are shown in the figure So in this post we have [...]

[...] voltages Vcc and Vbo to obtain certain values of Ib, Ic, IL and Vce the collector characteristic curves for this particular transistor are shown in the figure So in this post we have [...]

[...] form of transistor which is called as darlington pair, and often it is widely called as darlington transistor. One thing about this transistor is it is compounded using two Bipolar Junction [...]