The circuit below is a modified ideal comparator (it has some positive feedback). It is not...

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The circuit below is a modified ideal comparator (it has some positive feedback). It is not operating in the linear region. The output is always driven to the rails. For t: 0 → 27, make a detailed plot of the input (Vin = 6 sin(3t)) and the output showing the times of transition of the output and voltage of the input corresponding to the transitions of the output. (4 places of precision). Assume v = -9v at t = 0. 6 sin (3t) 1k 1k V+ 3k 3 2 + W +15 VDC 8 t -9 VDC 1 Vout The circuit below is a modified ideal comparator (it has some positive feedback). It is not operating in the linear region. The output is always driven to the rails. For t: 0 → 27, make a detailed plot of the input (Vin = 6 sin(3t)) and the output showing the times of transition of the output and voltage of the input corresponding to the transitions of the output. (4 places of precision). Assume v = -9v at t = 0. 6 sin (3t) 1k 1k V+ 3k 3 2 + W +15 VDC 8 t -9 VDC 1 Vout