gjfelix2001
Junior Member level 2
Hi, i'm trying to learn electronics by myself. I've learned Ohm's law, KVL, KCL, Nodal and Mesh analysis, Resistors, Capacitors and Inductors (series, parallel), etc. I'm reading Fundamentals of Electric Circuits, by Alexander and Sadiku, but there is one problem... I don't understand Op Amps, and there's nothing about diodes. For example, i want solve this problems (from a test guide):
1.- Give and analyse the frecuency response of the following circuit:
2.- Give the input-output relation of the following circuit and say the linear interval.
IMPORTANT: I don't want you to give me the answers. I need an explanation about how to treat diodes and op amps with Mesh or node analisys (if they can be used), what is "frequency response", "linear interval", etc.
There's another question. What book should i read to understand and solve the following problem:
Design a two variables adder (is the word "adder" right?) in a module defined by the following truth table:
Both inputs and outputs should be codified in binary:
\[x=x_1x_0\], \[y=y_1y_0\], \[s=s_1s_0\]
Design the adder in the simpler form.
I don't even understand the "question"!!!
Thanks a lot... I don't speak english very well.
1.- Give and analyse the frecuency response of the following circuit:
2.- Give the input-output relation of the following circuit and say the linear interval.
IMPORTANT: I don't want you to give me the answers. I need an explanation about how to treat diodes and op amps with Mesh or node analisys (if they can be used), what is "frequency response", "linear interval", etc.
There's another question. What book should i read to understand and solve the following problem:
Design a two variables adder (is the word "adder" right?) in a module defined by the following truth table:
Both inputs and outputs should be codified in binary:
\[x=x_1x_0\], \[y=y_1y_0\], \[s=s_1s_0\]
Design the adder in the simpler form.
I don't even understand the "question"!!!
Thanks a lot... I don't speak english very well.
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