leplace heiWilrequivale fesisiois. THIS stepand help transform a complex comtinational nesistive circuit into a single equivalert resistanceIemenbering that series circuits are voltage dividers and paralled circuits are curent dividers.Procecdures:1. Comect the resistors to the power supply as reflected in figure 1.2. Measure the different parameters using the electrical measuring instrmert and devices andwrite your answerin table 1.3. Connect the resistors to the power supply as reflectedin figure 2.4. Measure the different parameters usirg the electrical measuring instrument and devices andwrite your answer in table 2.R1R21kQ10kQV1-10 VR3R46.8kQ33kQFigure 1. Resistors in series connectionV2=10 VR531koR6210kOR726.8kQR833kOFigure 2. Resistors in parallel connectionDiscussion of Results:1. Write the measured parameters in Table 1 for Figure 1.Table 1. Measured parametersResistorNo.ResistanceVoltageAmpereWatt(acquied uing the olmster/miti-ester)(acquind uirg thevoltrmeter / multi-tester)(acquind using theamter/ miti-facquired using thewattmeter)tester)1I ka210 k236.8 kn433 k22. Write the measured parameters in Table 2 for Figure 2.Table 1. Measured parametersResistorNo.ResistanceVoltageAmрereWatt(acquired using the ometer/miti-kster)(acquied irg thevoltmeter / multi-tester)(axpined using theanmter/ miti-tester)facquired uning thewittmeter)11 ka Figure 2. Resistors in parallel connectionDiscussion of Results:1. Write the measured parameters in Table 1 for Figure 1.Table 1. Measured parametersResistorNo.ValtageAmpereResistanceWatt(acquind uing the olmmter/miti-kster)(acquind uing thevoltmater / multi-tester)(acquind using theater/ miti-tester)facquired using thewattmeter)11 ka210 kf236.8 ka433 k22. Write the measuId parameters in Table 2 for Figure 2.Table 1. Measured parametersResistorNo.ResistanceValtageAmpereWatt(acquined Lsing the okmater/miti-kster)(acquireed sirg thevoltmeter/ multi-tester(acpind using theamter/miti-tester)faxquied unirg thewattmeter)1I kQ3210 k236.8 ka433 k23. Compute for the total resistance, total curent, total voltage, and total power of the systemin Figure 1.4. Compute for the total resistance, total curent, total voltage, and total power of the systemin Figure 2.Conclusion:

As per Bartleby guidelines we are allowed to solve only one question,please ask the rest again. The…

Discussion of Results: 1. Write the measured parameters in Table 1 for Figure 1. Table 1. Measured parameters Resistor No. Resistance Voltage Ampere Watt (acquind irng the omter/ miti-tster) (axguind uirg the voltrster / milti- tester) (acpind using the ater/ miti- tester) facquind ing the watmter 1. I ka 2 10 k2 3. 6.8 ka 4 33 kf2

Discussion of Results: 1. Write the measured parameters in Table 1 for Figure 1. Table 1. Measured parameters Resistor No. Resistance Voltage Ampere Watt (acquind irng the omter/ miti-tster) (axguind uirg the voltrster / milti- tester) (acpind using the ater/ miti- tester) facquind ing the watmter 1. I ka 2 10 k2 3. 6.8 ka 4 33 kf2

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

For the network shown in Figure B22 , assume E = 17V,Diode D1, D2 as Germanium Ri-2KΩ and R-3KΩ Calculate, i. Current I1, ii. Current Ip2 iii. Voltage across resistor R2 R1 D1 + E D2 Ip2 I2 R2 Figure B22
Q1.Three-phase half-wave controlled rectifier is shown in the figure below.Delivers 250W power with resistance R=23 ohms if Vmax-100V,what is the fire delay angle? Vran Sin(wt) Vras Sinfut-120) DK Vros Sinfwt+120) R Answer =24
2. Please respond to question in attached image. Thank you.
For the circuit shown in Figure B24 i. Draw the DC load line in the Graph B24 i. Calculate the Q point if the zero signal base current is 55 µA and a = 0.95 Ic VCE R1 2K2 No Signal VBB Vcc 20 V Figure B24
What minimum value of series resistance is * required when three 10-watt, 10-volt, 1000- mA zener diodes are connected in series to obtain a 30-volt regulated output from a 45 volt d.c. power source? R www E₁-45 V Eo= 30 V 30 ohm O 15 ohm O 35 ohm 55ohm
For the network shown in Figure B22 , assume E = 12V, Diode Di as silicon and D2 Germanium, R1=1.5KN and R2=1KQ. Calculate, i. Current I1, ii. Current Ip2, iii. Voltage across resistor R2 R1 D1 E D2 Ip2 I2 R2 Figure B22
Calculate the following a) V1 [1 b) i c) i2 Q17 The half wave rectifier is supplied with 230V, 70HZ signal. Assume the number of turns in the primary to secondary ratio is 7:2. i) Calculate the average de current through the load resistor 3KQ. Calculate the value of input ac power, output de power. 18. For the circuit shown in Figure B18, Vcc = 18 V, B = 110, Rc = 4.7 kQ and RB that VBE=0.7 V. 450 k2, assum %3! Vcc | Ic Ro RB Vc VCE
Question 1 AC supply voltage with f=50-Hz is connected to a bridge rectifier via a step-down transformer if the rectifier output is connected to a resistive load with 472 and the output power seen across the resistor is 2.5-watt a) Calculate the output peak voltage and current b) Calculate the secondary and primary ms voltages seen across the transformer c) Calculate the secondary and primary peak-currents seen across the transformer ) Draw the output instantaneous voltage and current showing the relevant peak and DC quantities c) Derive the instantaneous equations for the output ac voltage and current (seen across the resistor) Hint: use the 2" approximation (practical model) N-100 turns N-20 turns D3 DI f= 50 Hz D2 D4 R=470 R-2.5w
Solev this question it has 4 parts confusing me alot and X=167 and in part c there's a bit tricky with X by providing a condition so please check
For the network shown in Figure B22 , assume E = 17V,Diode Di, D2 as Germanium R1=2KQ and R2=3K2. Calculate, i. Current I1, ii. Current ID2 ii. Voltage across resistor R2 R1 Di + E D2 I2 R, Figure B22
For the network shown in Figure B22 , assume E = 18V, Diode D¡ as silicon and D2 Germanium, R1=3KQ and R2=2K2. Calculate, i. Current I,, ii. Current In2 ii. Voltage across resistor R2 R1 D E D2 R2 Figure B22 +
Q5. For the following center tapped transformer, show the waveform across each half of the secondary winding and across R1, when a 100 V peak sine wave is applied to the primarywinding. What is the PIV rating must the diode have? (Use constant voltage drop model for the Silicon diode) DI 14001 RL V onl O V 10 kN D2 IN4001 allle