Please draw out the circuits Q3 Part 1: Design a two-source circuit that delivers 10V and 10mA to the center branch resister. Label allcomponents and make a comment about how you would fuse each source to protect against overloads andfaults.Q3 Part 2: Solve the circuit you designed 3 different ways showing the calculated current and voltage values ina summary table.

Answered: Image /qna-images/answer/233df646-2e2c-4276-9cdf-09edd8b4db2a.jpg

Answered: Q3 Part 1: Design a two-source circuit…

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter7: Parallel Circuits

Section: Chapter Questions

Problem 3PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....

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Q2) For the circuits in the figure below a) Explain the work of the cct. In the figure (a) and explain how lamp will lighting, b) Explain the work of the cct. In the figure (b) and explain how LED will lighting. Input 356 V+ 15 V) (a) 30 mA www 1000 600 mA (220) V+Vi Input 358 (b) 20 mA www 1800
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Question 5 a) For a DC Power Supply, having a voltage of 50 V, design circuits which can give the following output voltages: i) 10 Volts ii) 25 Volts iii) 45 Volts Draw the labelled circuit diagram for each output voltage value and show calculations for all. Use R1 = 4.7 kQ for one of the resistance Hint: Use voltage divider circuits, you can use any value of resistances you like.
Consider the circuits below with the following nominal values: V = 6.8 V amin) = 2 mA Input voltage = 12 * 1 volts. Maximum load curent is 90 mA Minimum load current is 10 mA a) Describe the operation of Circuit A. What is the function accomplished? b) Determine the value of R to always maintain the Zener turned on (Circuit A). c) Evaluate the maximum current and maximum power of the Zener (Circuit A). e) Analyze Circuit B assuming the same parameters and components used in Circuit A. Describe the operation of the circuit clearly, and use Multisim to support your arguments. Vin 어 O Vou out R Rjoad Vin O Vout Rjoad CIRCUIT A CIRCUIT B
1. Explain the principle of operation of Figure 1. Derive the equations that govern each block of the circuit. 2.Define the features and technical specifications based on Figure 1 requirement. 3.Design the high voltage side circuits and state equation(s) (that was derived in question 1) to justify the values used in your calculation. Specify practical values or actual component part number with reference from real worldwide components. 4. Design the low voltage side circuits and include equations to justify the values used in your calculation. Specify practical values or actual component part numbers with reference from real worldwide components. Include any heatsink calculation when required to ensure semiconductors do not overheat and keep the junction temperature below 125 degree Celsius. 5. Simulate, using CAD software, the low voltage side circuit to see its regulation. (Submit the simulation file together with the report.) a. Plot the output voltage (with its ripple voltage…
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Can you help me set up my breadboard so I can ... Measure the values of base current, _________, collector current, _________ ?
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Figure 2 shows a circuit with a Bipolar Junction Transistor (BJT). Its current-voltage characteristic is presented in Figure 3. +10V ic (ma) 1k2 iz =100µA 10 iz = 75µA 100kO + VCE iz = 50HA 5 iz = 20µA VCE, Sat VcE (V) 10 Figure 2 BJT circuit Figure 3 i-v characteristics of the BJT in Figure 2 А. Find the load line from Figure 2 and sketch it on Figure 3 with voltages and currents clearly labled. Suppose that the parameters for the circuit and the transistor are given by vin = 5.7V, ß = 100, and vsg = 0.7V. What region is the BJT operating in? Find the collector current and the CE voltage at the Q-point. В. c. Suppose that the parameters for the circuit and the transistor are given by vin = 0V, ß = 100, and vaE = OV. What region is the BJT operating in? Find the collector current and the CE voltage at the Q- point.
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Question 3: A reference current of 0.3mA is given. Make a current mirror circuit which provide currents of 0.2mA and 0.3mA.

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