26-27 In Fig. 26-34, calculate the output voltage, V and ' out phase angle, e, at the following frequencies: a. 50Hz b. 200Hz c .1kHz d. f e. 10kHz f с 20kHz. g. 100kHz. Figure 26-34 Figure 26-34 V = 50 mV R=2.2 k www for all frequencies C 0.022 uF Output

find the following :  a) the peak voltage Vp b) the Peak to bottom Vpp  c) the Time period  d) The frequency  e) the phase differnece

3. Determine Vo and Sketch output waveform for the clamper network shown. 20 V Si C Vi 4 V- -20 V

Q/ Graph the input and output wave of the following circuit : R1 1kO ADI V1 RL 6.5 Vrms 10kQ 50 Hz V2 5 V

XPG1 XSC2 Probel v 354V Free: 400 e R4 Probe2 18 kQ Ve 10.0 v Probed C2 C1 12 V 0.0022F 0.0022uF Frobe3 LM324AD R2 6.86KQ V2 R1 18 Ke 4.00 R3 10KQ A phase-shift oscillator O A 2nd order HPF, frequency-D4kHz O A 2nd order BPF, frequency34kHz O A 2nd order LPF, frequency-D4kHz HT章

A chopper has input voltage of 280 and the load resistance as 6Ω, the average load current as 51.5A. If the non-conducting time of thyristor chopper is 130 sec. Calculate the pulse width of output voltage in sec. In case pulse width is halved for constant frequency operation, find new output voltage.     Duty Cycle Answer for part 1 pulse width of output voltage in sec Answer for part 2 new output voltage

Given the circuit below, find the output voltage vout measured across the resistor. You are told that vs = 20 cos (10t + 40°), and you may assume that C = 32 µF and R = 1,960 92. Vs +1 C Vout Once you have found the output voltage, enter the magnitude of the output voltage (in volts) below, to 3 significant figures.

81. Fand the curent lhsough the 52 resutornin the circuit (BD 1020 yuin below 10 152 30 . 30V (Ans O AJ

If the voltage per division on the Scope screen shown below is set to 100mV/div, what is the peak-to-peak magnitude of the voltage? O a. 200.0 mV cross out O b. 50.0 mV cross out O c. 300.0 mV cross out O d. 150.0 mV cross out O e. 600.0 mV cross out

Q3) Determine the amplitude and frequency of the output voltage in Figure below. Use 1 V as the forward PUT voltage. 0.022 µF R1 22 kN Vout R2 56 kN R3 18 kO.