3. A positive clamper is shown in figure 5. +24 V 10 μF RL Vin OV- Vout 10k -24 V Figure 5 Show all the calculations. Sketch a fully and correctly labelled output waveform. Use the sketch in figure 6.
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- B. Square wave input 1. Set R = 470 O (for the circuit in Figure 5 - 3 (a)) or R = 22 kO (for the circuit in Figure 5 - 3 (b). Calculate a, w., and wd 2. Plot or sketch the output voltage due to a square wave input with a frequency of 400 Hz and amplitude of 4 V. 0000 R. L. Vin (TUL Vout Vin (TL, C Vout (a) (b) Figure 5 - 3 Circuits with square wave input 13 6 tv X 3D 5(a) An AC triangular waveform with peak values of ±2V is used as an input to a comparator. The outputs of the comparator are VOH=+5V, VOL=-5V 4 Draw a waveform of the output of the comparator when an inverting circuit in Figure 5 is used. (i) Vi - 20 Vo 20 60 Figure 5Figure shows the simple schematic of the diode circuit and the negative square wave input. What will be the output voltage value after the tenth revolution?Vi = 18V c1= 1 microF C2=47 microF (you can approximate by accepting C2 big c1 The answer is one of 3.83V, 3.33V, 3.56V, 2.76V and 1.78V.
- No plagarism please! Correct and detailed answer will be Upvoted else downvotedThe closed transition contactor is energized only on transfer from star to delta. How is this accomplished?For each of the cascaded counter configurations in Figure below, determine the frequency of the waveform at each point indicated by a circled number, and determine the overall modulus. I kHz DIV 4 DIV 8 DIV 2 (a) DIV 10 DIV 10 DIV 10 DIV 2 100 kHz (b)
- (a) An AC triangular waveform with peak values of +2V is used as an input to a comparator. The outputs of the comparator are VOH=+5V, VOL=-5V 4 (ii) Draw a waveform of the output of the comparator when an inverting circuit in Figure 6 with an offset of 1V is used. Vi • 40 Vo 1V 4D 60 Figure 6Design a square wave generator using OPAMP to have output frequency of 2.5KHZ with variable duty cycle from 30% to 70%. Note: You have to use diodes in the feedback path.A certain regulator has a percent load regulation of 1%. a) What is the unloaded output voltage if the full load output is 20 V? b) Determine the output waveform. 120 Vrms ooooo ellle A B R surge W 10 Q2 C 100 uF RL 3.3 ΚΩ
- Vs is a 20 V peak-to-peak, 250Hz (that is 4 mS time period) triangular wave in the circuit below. Select the correct output voltage wave signal info(VO). (Use ideal diode model). Vs ww 1 ΚΩ O The Output voltage clips at +10V O The output voltage clips at -10V O None of the above ID 10 V- + Vo O The output voltage signal is same as input signal when input goes above +10VA Capacitor filter is used at the output across the load to minimize the ripple factor of the output voltage. If R = 20 02 and the single- phase bridge rectifier is supplied from a 120V - 60 Hz sinusoidal source. Find the capacitor value in millifarads that will maintain the amount of the output ripples to less than 5% 艹 Ce = m₂ 0 mF RL%C VIN VOUT In this circuit, R = 800 ohms and C = 1 F. The input vIN Consists of two sine-wave frequency components, one at 20 Hz and one at 2 kHz. Both are of amplitude 3 volts. The output voUT is best described as: O A single component, of 2020 Hz frequency and 6 volts peak amplitude O A2 kHz component of 3 volts plus a 20 Hz component of 0.05 volts O A 2000 Hz component of 3 volts plus a 20 Hz component of 0.3 volts O A2 kHz component of 30 volts plus a 20 Hz component of 0.3 volts