Consider the combinational circuit shown below, evaluate the outputs F2 as a function of the four inputs

Design a Comparator circuit that would produce and output by comparing 2 inputs A and B. It should indicate whether A>B  or A<B or A=B.

B is 8.

*.Determine the output C2 due to inputs R1 and R2 R1 G1 G2 G, C2 R2 G.

control theory  elektrical and electronical engineering

In the circuit is a circuit that is only a little different to the one in the course notes, it has an extra resistor across the input V*. a non-inverting an inverting OpAmp -1.829V Vout R1 56k2 R3 180KO R2 150kO If we want to analyse this circuit, we need to know what effect that resistor has on the circuit. Let's begin with what you have been taught about circuit theory. The Vin and V+ are on the same node there is no resistance between them, and therefore the voltage on V* is -1.829 V. So, the resistor has no effect on our analysis. You see that R3 and R2 form a voltage divider - but how can we know this? What about the input V' of the OpAmp, wont it have an effect? The key is that there is no current into V- as the input resistance of an OpAmp inputs is on. This means all the current through R3 will go through R2, so it will have no effect on the voltage divider and can be excluded from our model. This means we can redraw the circuit like this. R2 V- R3 Vout (=Vin) OV Solve for: 1.…

Q2 Find the values of K and a so that the peak Overshoot for a step import is 25% and Peak time is 2 sec Rcs) K ک a 1 S Y(S)

3. Reduce the block diagram of the multi loop system shown in figure below. H₂(s) C R(S) C(s) G₁(s) ---G₂(s) G3(s) G4(s) H₁ (s) H3(s)

Problem 2-Design an OpAmp circuit that can perform the following operation v = (3v1 +5v2). Include the circuit and block diagram.

2. Simplify the block diagram shown in Figure 2. Then, obtain the closed-loop transfer function C(s)lR(s). H3 R(s). C(s) G2 G3 G4 fa H H2 Figure 2