4. When port 1 of a two-port circuit is short-circuited, it found that I₁ = 0.1612 and V₂ = 81₂. a. yıl=50 mv. b. 12-20 mu. c. Y21=20 mv. d. Yn 50 mn
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- Design a DC power supply using FWR to perform the following requirements. Find V_dc, V_rms, V-ripple, PIV of the diode. draw the waveform of (V_in, V_out, L_in, |_load, V_diode and I_diode). 1- Input voltage = 350 2- Transformer turn ratio = 0.08 3- load resistance = 1 k ohm 4- Ripple factor = 0.02 5- Diode type = Si p 7:11Design a DC power supply using FWR to perform the following requirements. Find V_dc, V_rms, V-ripple, PIV of the diode. draw the waveform of (V_in, V_out, L_in, I_load, V_diode and I_diode). Input voltage = 25 Transformer turn ratio 0.1 load resistance = 1k ohm Ripple factor = 0.025 Diode type =SiA. Determine V1 without C B. Determine V1 and VR with C C. From aB Determine V2, IL, PD D. From B determine the efficiency of the regulator (OUR SUBJECT IS INDUSTRIAL ELECTRONIC)
- Subject Test Note:- You are attempting question 2 out of 12 An Si abrupt p-n junction is doped with N =10" cm on p-side and N =5x10" on n-side. Find the penetration of transition region into n-side at equilibrium (300 K). (a) 0.455 um (b) 0.00227 um (c) 0.227 um (d) 0.00455 um Answer A B SubmitQuestion 2) How to calculate icorr, ecorr, rp and corrosion rate manually. Use mild steel/aluminium in 0.5 M HCI Sweep potential from -50 mV to + 50 mV of the open circuit (OC) or freely exposed potential. Use 0.5 mV steps each second (0.5 mV s-1) Plot data E - i Determine the polarization resistance (Rp) Determine the Ecorr and the corrosion rate.Q-2 A Cockcroft-Walton type voltage multiplier has Seven stages with capacitances, all equal to 0.3 µF. The supply transformer secondary voltage is 150 kV at a frequency of 100 Hz. If the load current to be supplied is 3 mA, find (a) the percentage ripple, (b) the regulation, and (c) the optimum number of stages for minimum regulation or voltage drop (d) the maximum output voltage.
- What is the maximum value of vs(i.e.vsm ) Find the peak-to-peak ripple voltage vr Find the average output voltage Vo in steady state Find the average diode current ID in steady state. If the secondary winding resistance of the transformer is 1.5 Ω, calculate the maximum surge current in the worst-case scenarioExample L7 Two thyristors are connected in parallel to share a total load current of IL =750 A. The on-state voltage drop of one thyristor is VTi=1.5 V at 300 A and that of other thyristors is V72=D 1.8 V at 300 A. Determine the values of series resistances to force || current sharing with 7.5% difference. Total voltage v = 3.0 V.Ge 10:1 m Thanks Any help will be appreciated. S BL • I am doing a AC DC 12 W Regulated power supply with 110 vrms and 60HZ as an input, and I need an output of 6v and 9 V. I have the designed already: the step-down transformer, Resistor as a current limiter to protect the Zener diode, a capacitor for the ripple voltage, and a 2 state switch ( when the switch is closed to the RL will give 9 V and when is closed to the S will give 6V as an output). • I need some support with some calculations to find PIV for each diode // Average Power// some calculations in how to find the values for the resistors and capacitors to accomplish the desire output // and some calculations for the ripple voltage. Note: the Zener is regulated to 9v. I know the RL>R to get the desire output.
- J62 For the magnetically coupled circuit shown, find K J72 the values of coupling coe fficient "k" when the power at 100 resistance is equal to (40W) if Vs=5020°v. (Ans.: 0.279) Vs 4.672Explain the difference between cumulative- and differential-compounded connections.ssignment_2 5 Immersive Reader O Open in Deskt (b) Connected in paralld. 7) The following readings are obtained in the measurement of an inductor: 1.003,0.998, 1.001, 0.991, 1.009, 0.986, 1.005,0.997, 1.008, and 0.994 µH. Determine the (a) Arithmetic mean. (b) Average deviation. (c) Standard deviation.