*17.34 Figure P17.34 shows a monostable multivibrator circuit. In the stable state, vo= L,, v =...

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*17.34 Figure P17.34 shows a monostable multivibrator circuit. In the stable state, vo= L,, v = 0, and vg=-Vref The circuit can be triggered by applying a positive input pulse of height greater than Vef- For normal operation, GR < CR. Show the resulting waveforms of vo and v4. Also, show that the pulse generated at the output will have a width T given by T = CR I Note that this circuit has the interesting property that the pulse width can be controlled by changing Vref C1 Trigger o- On o -Vet *17.34 Figure P17.34 shows a monostable multivibrator circuit. In the stable state, vo= L,, v = 0, and vg=-Vref The circuit can be triggered by applying a positive input pulse of height greater than Vef- For normal operation, GR < CR. Show the resulting waveforms of vo and v4. Also, show that the pulse generated at the output will have a width T given by T = CR I Note that this circuit has the interesting property that the pulse width can be controlled by changing Vref C1 Trigger o- On o -Vet