1. Determine the voltage across the diode for 1<R<100 Ohms and plot the results. V d...
(1) Determine the working state of ideal diode D. (2) Determine
IB (the base current). (3) Determine the voltage at the collector
terminal.
5. Consider the circuit consisting of one ideal diode D and one BJT shown in Figure Q4, B = 100, V BE=0.7. [18 marks] > +15 V B = 100 VBE = 0.7 V R1 Bioko 40 R$ 1k2 Rs ç 10 Kot a w 5002 R, B 22 - Vin R₂ ²5kg REB 1ks + 01...
1.45 The diode cut-in voltage is V, = 0.7 V for the circuits shown in Figure P1.45. Plot Vo and Ip versus Ij over the range 0 <I1 = 2 mA for the cir- cuit shown in (a) Figure P1.45(a), (b) Figure P1.45(b), and (c) Figure P1.45(c). + 6 BRE Fiks o + 6 theo 5 3 R1 = < 1 k92 6 + 6 RE= S 1102 D21 (c) Figure P1.45
Problem:
The current in and the voltage across a 5 Hinductor are known to be zero fort <= 0. The voltage across the inductor is given by the graph in fort >= 0. A. Write the expressions that describe the current i(t) in piece-wise linear representation in suitable intervals. Find the current in the inductor at t2 s. B. Derive the expressions for the inductor power and energy. Use the passive sign convention. Sketch the current, power and energy waveform...
5. (8 points) Assume Vin = 5 sinut (for 0 <<<), ideal diode model and zero initial condition across G. Now, plot the input and output as a function of time on the same plot for each circuit shown below (show every feature and value clearly) Vino th o Vout b) Vin Vout TU c) Vin Ae U i F d) o Var Vina K D BIP are
Using Mesh Analysis in the circuit of figure P3.3, find the
voltage V across the .25-ohm resistance.
0.5 Ω 3Α 1Ω 2 A ν<0.25 Ω 0.33Ω Figure P3.3
.65 Consider the circuit of Fig. P3.21 with a zener diode connected in place of the pn junction diode. If VzK = 5 V, plot the voltage uz versus the voltage VB over the range-12V < VO < 12V.
please show steps
5) Given the following circuit determine the voltage across the 192 resistor for all time >0. 10(--mA 19 w 250 ml
3. (a) Plot Vo versus Vi for 0<Vi<15V. Assume lr0.7V. (b) Plot id over the same range of input voltage. (c) Compare (a) and (b) with MultiSim simulation. R1 1 k Vi Vo D1 DIODE R2 1 k R3 2k 15V
Sketch Vout at DC as a function of input voltage at DC for-5 V < Vin < 5V. Assume an ideal silicon diode. R1 10k R2 D1 10k
Solve: 4 62x 1<16 -5/R,7/2) Preview 1) 1)