Hi...
I need to start the theoretical part of my next report about the application circuits for BJTs.
I have the attached schematics, which is (or pretend to be) a NAND port, to simulate, but I have some questions.
The teacher asks to plot Vγ=f(Vx) when 1V<= Vx<=5V. He also says that we should consider the following voltages as the limit voltages to the logic values:
4V <= Level 1 <= 5V and 0V <= Level 0 <= 1V
My questions are:
What should I place in A and B of the schematics?
What is Vγ and where should I measure it in the schematics?
How do I control the Vx voltage between 1V and 5V???
I need to start the theoretical part of my next report about the application circuits for BJTs.
I have the attached schematics, which is (or pretend to be) a NAND port, to simulate, but I have some questions.
The teacher asks to plot Vγ=f(Vx) when 1V<= Vx<=5V. He also says that we should consider the following voltages as the limit voltages to the logic values:
4V <= Level 1 <= 5V and 0V <= Level 0 <= 1V
My questions are:
What should I place in A and B of the schematics?
What is Vγ and where should I measure it in the schematics?
How do I control the Vx voltage between 1V and 5V???
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