Figure \(8 P B) 28.3 V P C) 10 V P D) 14.1 V P

The peak input voltage can be calculated as follows: Vpeak = Vrms x sqrt(2) Vrms = 20V (as shown in the circuit) Therefore, Vpeak = 20 x sqrt(2) = 28.3 V. Therefore, the answer is B.

Figure \(8 P B) 28.3 V P C) 10 V P D) 14.1 V P

The peak input voltage can be calculated as follows: Vpeak = Vrms x sqrt(2) Vrms = 20V (as shown in the circuit) Therefore, Vpeak = 20 x sqrt(2) = 28.3 V. Therefore, the answer is B.

Solved

Figure $8 < 2$ -What Is the Approximate Peak Input Voltage to the Circuit

Question 38

Multiple Choice

Figure 8 < 2 -What is the approximate peak input voltage to the circuit in Figure 8-2? A) 20 V<sub>P</sub> B) 28.3 V<sub>P</sub> C) 10 V<sub>P</sub> D) 14.1 V<sub>P</sub>

Figure $8 < 2$
-What is the approximate peak input voltage to the circuit in Figure 8-2?