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

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Determine the  output voltage waveform for the circuit shown given a sinusoidal signal at the input with a peak-to-peak voltage of 30 volts with V1=5volts. Sketch the output waveform. Identify the circuit.

The highest power factor will be Select one: O a. 90 Ob. 1 OC.2 O d. None of these OUS ACTINTY 20 TESTMAKS

Using two astable M.V timer .Desine the wave form shown in the figure below with Vec=9v, C= 1.6234.Mf . then 1-Determine the duty cycle and the frequency at the output of each M.V timer 2- Draw Vc and Vo at each cct. output o/P 0. 9.1 25 27 29.1 38.2 50 52 58.2 ms

The peak restriking voltage and time to reach the peak restriking voltage of a circuit breaker are 150 kV and 60 μsec respectively, if the natural frequency of oscilla- tions is 8.33 kHz. Then the average RRRV is (A) 2.5 kV/usec (B) 5 kV/ µsec (C) 9 kV/usec (D) 9 V/sec

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In figure 5, C = 10uF and the frequency of the signal V; is 1KHz. Draw Vo. diode is ideal.

Determine Voand Sketch output waveform for the clamper network shown. 20 V + Si + R Vo 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