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Andhra University Model Papers BSC |
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Re: andhra university model papers bsc
I am pursuing B.Sc Electronics Course from Andhra University. I am in First Year. I need model question papers of first year examination of this course. So will you please give model question papers of B.Sc Electronics First Year Exam of Andhra University?
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Re: andhra university model papers bsc
As you are looking for model question papers of B.Sc Electronics First Year Examination of Andhra University, so I am giving model question papers: Andhra University B.SC Electronics First Year Model Question Paper: SEM I Section A, Short Answer Type, Answer ANY FIVE, 5 x 5 = 25 Marks 1. Define Average value and RMS value of a Voltage. 2. Differentiate AC and DC. 3. State Kirchhoff Voltage Law and Kirchhoff Current Law. 4. What do you understand by CAPACITOR and INDUCTOR? 5. State Milliman Theorem. 6. Explain transient response in RL and RC circuit. 7. Distinguish Series and Parallel Resonance in Electrical Circuits. 8. Define Quality factor and Band width. Section B, Long Answer Type, Answer ALL, Internal Choice, 5 x 10 = 50 Marks 9a). Explain Mesh Analysis and Node Analysis with suitable examples. Or 9b). Explain Star to Delta and Delta to Star Conversions. 10a). Define Current and Voltage. Write the general expression of sine wave for Voltage and Current and phase relationship. Or 10b). Explain the basic response of R L C with respect to sinusoidal voltage and their frequency response. 11a). State and Prove The venin’s Theorem. Or 11b). State and Prove Superposition Theorem. 12a). Explain the frequency response of RC circuit and its action as high pass / low pass filter. Or 12b). Explain the frequency response of RL circuit and its action as high pass /low pass filter. 13a). Draw LCR series resonating circuit and obtain expression for resonating frequency. Or 13b). Draw LCR parallel resonating circuit and obtain expression for anti resonating frequency. Andhra University B.SC Electronics First Year Model Question Paper: SEM II Section A, Short Answer Type, Answer ANY FIVE, 5 x 5 = 25 Marks 1. Explain the concept of depletion region and barrier potential for a junction diode. 2. Write diode current equation. 3. What is Common Base and Common Emitter Configuration of a Transistor? 4. What is fixed bias and emitter stabilized bias of a transistor? 5. Differentiate BJT and FET. 6. What are Opto Isolators? 7. Distinguish Half Wave Rectifier and Full Wave Rectifier. 8. What are the applications of SCR for Power Control? Section B, Long Answer Type, Answer ALL, Internal Choice, 5 x 10 = 50 Marks 9a). Draw the circuit necessary to draw forward bias characteristic of junction diode and explain the same. Or 9b). Explain the working of Zener Diode in reverse biased condition with suitable circuit diagram. 10a). Draw the circuit necessary to draw out put characteristics of a common emitter bipolar junction transistor and explain the same. Or 10b). Draw the complete hybrid equivalent model of BJT and explain the same. 11a). Draw the circuit to draw FET characteristics and explain the same. Or 11b). Draw the circuit necessary to draw SCR characteristics and explain the same. 12a). What is an LDR? Draw the circuit for its characteristics and explain the same. Or 12b). What are Light Emitting Diodes and Photo Transistors? Explain. 13a). Draw the circuit of full waver rectifier and explain its function. Or 13b). Explain the principle and working of SMPS with circuit. |
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