using LTspice software Consider the Non-Inverting amplifier of Figure 3. +V +V -V 10 10 R1 1k

 using LTspice software

Transcribed Image Text:

Consider the Non-Inverting amplifier of Figure 3. +V +V -V 10 10 R1 1k Vs R2 4k A++ .dc vs -3 3 0.1 U1 LT1014 vo RL 10k Figure 3: Non-Inverting Amplifier with DC-swept input a) 10 points: Sketch the expected Transfer Characteristics (TC) v = f(v₂) b) 10 points: Simulate the circuit of Figure 3 in LTSpice. Provide a simulation plot of v = f(v). Does it agree with your theoretical expectation? Consider the Non-Inverting amplifier of Figure 3. +V +V -V 10 10 R1 1k Vs R2 4k A++ .dc vs -3 3 0.1 U1 LT1014 vo RL 10k Figure 3: Non-Inverting Amplifier with DC-swept input a) 10 points: Sketch the expected Transfer Characteristics (TC) v = f(v₂) b) 10 points: Simulate the circuit of Figure 3 in LTSpice. Provide a simulation plot of v = f(v). Does it agree with your theoretical expectation?

Answer rating: 100% (QA)

Solution a For a noninverting amplifier configuration the output voltage is given by the equation VV ... View the full answer