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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- 5. In Figure, sketch the output waveform. What is the maximum positive voltage? The maximum negative? 30 V RLDraw the output waveform and include the voltage value (silicon diode). C +8 V R Vout Vin 0 -8 V +1₁In the figure if the trigger angle of thyristors is a = 60 The waveform of the load current draw
- Q6) The waveform of the voltage obtained after rectification is of a -----nature and therefore contains .harmonics a. Sinusoidal O b. Triangular c. Pulsating O d. Repetitive ODetermine the output waveform: 10 5V -10+ TUT -5 25+ -15+ (A) (B) (C)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
- For the following circuit, D1 Vi choose the correct voltage transfer characteristic curve. Assume the input signal is sine wave, VD= 0.5V and VZ= 10V. 105 10.5 10.5 ows buas (а) (b) (c) (d) Bb W. Pe er/A- For the circuit shown in figure 3 draw the output voltage waveform across the SCR and the current wave form through the SCR for the input values of 5 V(45°), and 10 V(90°), and 8 V(135°). Vin RL Σ2.2ΚΩ R1 20kQ Vin 2A D Z2N3870 90° 135° T 10 V 8 V SVT 7: 1 45° Figure 3 R2 2kQ DO # 411(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 5
- Figure 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 downvoted10 minute u have no need to explaination