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Step 1 of 3 4.003E Refer to Figure 4.3 (a) for a rectifier circuit in the text book. Assume the diode is ideal. During the positive half cycle, the diode is in forward bias condition. The positive v, causes the current flows through the diode in the forward direction. In forward bias condition, the ideal diode acts as a short circuit. Thus, the output voltage is same as the input voltage. The equivalent circuit is shown in Figure 1. + = 0 - + + v₁ R Figure 1 Step 2 of 3 Apply Ohm's law to the circuit and determine the value of peak current. Substitute 10 V for and 1 kΩ for R in the equation. = = 10 mA Thus, the peak value of diode current, is 10 mA Step 3 of 3 Determine the dc component of output voltage. Substitute 10 V for in the equation. 10 = 3.18 V Thus, the dc component of output voltage, is 3.18 V