# Question In the circuit below, assume the diodes are ideal. Draw the voltage-current characteristics at  the input side of the circuit, with voltage (v) in the x-axis and current (i) in the y-axis as the  voltage is varied from -∞ to +∞ 1. In the circuit below, assume the diodes are ideal. Draw the voltage-current characteristics at the input side of the circuit, with voltage $$(v)$$ in the $$x$$-axis and current $$(i)$$ in the $$y$$-axis as the voltage is varied from $$-\infty$$ to $$+\infty$$. ( 25 points)

I35AS8 The Asker · Electrical Engineering

In the circuit below, assume the diodes are ideal. Draw the voltage-current characteristics at
the input side of the circuit, with voltage (v) in the x-axis and current (i) in the y-axis as the
voltage is varied from -∞ to +∞

Transcribed Image Text: 1. In the circuit below, assume the diodes are ideal. Draw the voltage-current characteristics at the input side of the circuit, with voltage $$(v)$$ in the $$x$$-axis and current $$(i)$$ in the $$y$$-axis as the voltage is varied from $$-\infty$$ to $$+\infty$$. ( 25 points)
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Transcribed Image Text: 1. In the circuit below, assume the diodes are ideal. Draw the voltage-current characteristics at the input side of the circuit, with voltage $$(v)$$ in the $$x$$-axis and current $$(i)$$ in the $$y$$-axis as the voltage is varied from $$-\infty$$ to $$+\infty$$. ( 25 points)