Vsrc Rin = 2.2 ks w + Rp + R N₁: N₂ w 3+ Vp V₁ V₂ ww RL = 120 Ω 6.1.4 Circuit analysis Figure 6.1.1: Testing circuit for the MET-50-T For this section, please show your work, and attach a separate sheet if more space is required. 1. For the circuit in Fig. 6.1.1, assume that V... has a peak-to-peak voltage of 10 V. What is the RMS value for V? 2. Assume R = 2.2 k2 and the load resistance is R = 120 2. Calculate V, V, I, and I, with mesh analysis.

*6.68 For the circuit in Fig. P6.68, find V, and V for v, = 0V, +2 V, -2.5 V, and -5 V. The BJTS have B=50. +2.5 V 10 k2 OVE Q2 3 1 kn VB - 2.5 V

Electrical Engineering I need help, thank you. Given the isolated inverse-SEPIC converter operating In CCM of fig. 6.39 shown here: D, * C= R There are two inductors in this converter, The magnetizing inducatnce and L2. By performing volt second balance for the magentizing inductance and L2, one can derive the steady state duty cycle along with the steady state voltage across C1, VCi, in terms of the steady state output voltage, V. There are two cquations with two unknowns resulting from the two volt second balance equations. Small ripple approximations are valid. What is the the input to output voltage ratio (v/vg)? V D V 1-Dn O V D V 1-D O V D V 1-D O v V 1-Dn Reee

For the circuits in Fig. P6.61, find values for the labeled node voltages and Branch currents. Assume  to be very high.

6. Use this information to answer Question 6-8: Consider a one-sided step pn junction made of silicon in which the doping density in the n-side is much greater than that in the p-side, ND >> NA. This junction is under a reverse bias of 10 V. If the doping density, NA, in the p- side is doubled, what would be the percent change in junction capacitance, C

Example 6.19, Fig. 6.33 (i) and Fig. 6.33 (ii) show the centre-tap and bridge type circuits having the same load resistance and transformer turn ratio. The primary of each is connected to 230V, 50 Hz supply. (i) Find the d.c. voltage in each case. (ii) PIV for each case for the same d.c. output. Assume the diodes to be ideal. 5:1 5:1 100 Q 100 2 ww 230 V 230 V (ii) (i) Fig. 6.33 రంరరర రర రాారర్థజరరర

Explain what each component is in the design below: DD 7Ro PQ5 8Eo DD 9 So 10 - type of circuit? 1. 6. 2. 7. 3. 8. 4. 9. 5. 10. CO

I need a clear step by step answer please and explanation please on how to obtain the values of Th and Tl and Vl

6. Determine the approximate values of each of the following quantities in Figure 6. a. b. If C. Vout d. Closed loop gain 22k0 www 22 k Figure 6 Jin

There is an example of this in my book, im not sure how they got the final answer can you pleaseee explain the steps to get there. :)