(Solved): 1. DESIGNING AN INSTRUMENTATION AMPLIFIER For the below instrumentation ampli ...

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1. DESIGNING AN INSTRUMENTATION AMPLIFIER For the below instrumentation amplifier having 3 OP-AMPS and resistors. Suppose that the OPAMPs are woring between $$?5\mathrm{V}$$ and $$+5\mathrm{V}$$. Also suppose that resistor values are between $$1\mathrm{k}?$$ and $$4\mathrm{k}?$$. a) Derive $$V_{\text{out }}$$ in terms of $$\left(V_1?V_2\right)$$ and resistors. b) Determine resistor values to satisfy that $${\mathrm{V}}_{\text{out }}/\left({\mathrm{V}}_1?{\mathrm{V}}_2\right)=6$$. c) Using the resistor values in b), find $${\mathrm{V}}_{\text{out }}$$ if $${\mathrm{V}}_1=1,5\mathrm{V}$$ and $${\mathrm{V}}_2=1\mathrm{V}$$. d) Using the resistor values in b), find $$V_{\text{out }}$$ if $$V_1=0,5\mathrm{V}$$ and $$V_2=?0,5\mathrm{V}$$. e) Find total static power dissipation of resistors in d). f) Repeat c), d), and e) with simulation in LTSPICE. g) Is there any difference in simulations compared to your calculations? If yes why?