For the circuit below, Vs(t)=x sin (2n50 t) with is the last two numbers of your...

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For the circuit below, Vs(t)=x sin (2n50 t) with is the last two numbers of your ID. If VDO = 0.6 V (constant voltage drop), 1. Analyze the circuit by explaining when the diode is ON and when the diode is OFF. [10 points] 2. Calculate the peak diode current. [10 points] 3. Sketch Vs(t) and Ip(t). (Horizontal and vertical axis should be detailed with the required values) [20 points] V₁ ww 100 Ω 5 V I + Vo D For the circuit below, Vs(t)=x sin (2n50 t) with is the last two numbers of your ID. If VDO = 0.6 V (constant voltage drop), 1. Analyze the circuit by explaining when the diode is ON and when the diode is OFF. [10 points] 2. Calculate the peak diode current. [10 points] 3. Sketch Vs(t) and Ip(t). (Horizontal and vertical axis should be detailed with the required values) [20 points] V₁ ww 100 Ω 5 V I + Vo D