Assignment-1(Unit-1)
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1 Assignment-1(Unit-1) Q.1 A half wave rectifier circuit connected to a 230 V,50Hz source through a transformer of turn ratio of 10:1.The rectifier circuit is to supply power to a 500Ω,1 watt resistor & diode forward resistance is 100Ω.calculate :1. Maximum, average & rms value of current & voltage [6M] 2. Compare HWR, FWR & Bridge rectifier. [6M] 3. Draw a neat circuit diagram of bridge rectifier with capacitor filter & explain its operation with appropriate waveforms [6M] 4.Explain the following 1.Clipper 2. Clamper 3. Multiplier 5. Compare the performance of half wave rectifier & full wave rectifier with respect to following parameters 1. Idc 2. Vdc 3. Irms 4. Rectifier efficiency 5. TUF 6. PIV of diode used 7. Ripple factor 6. Explain Zener diode with its characteristics [6M] 7. Explain Zener diode as a regulator [6M] 8.For a Zener voltage regulator,if Iz(min)= 2 ma, Izmax=20mA,Vz=4.7 V. Determine the range of input voltage over which output voltage remains constant.rs=1 KΩ,RL=1KΩ, Zz=0Ω. 9. Explain principle of operation of LED [4M] 10. Explain principle of operation of photodiode [4M] BXE Assignment[ ]SKG FE(All) Page 1/6
2 Assignment-2(Unit-2) 1 State the biasing conditions required for the three regions of operation of a BJT [4M] 2. Draw & explain input & output characteristics of a transistor in CB configuration [6M] 3. Draw & explain input & output characteristics for transistor CE configuration [6M] 4. Calculate the values of IC & IE for a BJT with α dc =0.97 & IB= 50µA.Determine βdc of the device.[4m] 5. What is βdc of BJT I IC=20.5mA & IE= 20.8 ma what is αdc if IC=5.35mA & IB=50µA.[4M] 6. Compare CB, CC & CE configuration [6M] 7. Explain DC load line [6M] 8. Explain BJT as a switch Draw & neat circuit diagram for a single stage CE amplifier [6M] 9. Explain the construction of Enhancement type n-channel & p-channel MOSFET 10. Compare BJT & EMOSFET [6M] 11. F3or a BJT as a switch why CB & CC configurations are not preferred? [3M] BXE Assignment[ ]SKG FE(All) Page 2/6
3 Assignment-3(Unit-3) 1 What is OP-Amp? Draw & explain functional block diagram of an op-amp [6M] 2 Explain the following parameters of op-amp & write typical values for IC 741. [6M] a. CMRR b. Slew Rate c. PSRR d. I/P offset voltage e. I/P offset current 3 Derive an expression for voltage gain of a closed loop non inverting & Inverting amplifier using op- Amp. 4 For inverting amplifier using op-amp Rf=100KΩ,R1=10KΩ,Vcc=+-10V,vi=2v dc.calculate a. output voltage b. Is the result in part 1 is practically possible? Justify [6M] 5 Draw neat circuit diagram of Ideal Differentiator & Ideal Integrator circuit with its operation [6M] 6. Explain Op-Amp as a summing & Difference Amplifier [6M] 7. Explain Voltage follower circuit BXE Assignment[ ]SKG FE(All) Page 3/6
4 Assignment-4(Unit-4) 1 State & Prove De-Morgan s theorems [6M] 2 List the universal gates & derive basic gates using any universal gate. [6M] 3 Explain in detail the working of full adder with the help of truth table & give equation for sum & carry. [6M] 4 What is multiplexer & Demultiplexer? What is the relation between number of select lines & inputs? 5 Explain the operation of 4 bit PIPO shift register [6M] 6 Draw & Explain the block diagram of Microprocessor & Microcontroller 7 What is counter? Explain 3 bit Asynchronous counter with timing diagram [6M] BXE Assignment[ ]SKG FE(All) Page 4/6
5 Assignment-5(Unit-5) /Prof.A.S.Kulkarni 1. Explain Construction & working of-diac 2. Explain Construction & working of-triac 3. Explain Construction & working of-scr 4. Explain characteristics of [8 M] 1. Diac 2. Triac 3. SCR 5. Explain weighing machine with block diagram [8 M] 6. Explain LVDT with block diagram [8 M] 7. Explain Digital Thermometer with block diagram 8 Compare Active & Passive Transducer [6M] 9. Explain Characteristics of Transducers [8 M] 10. Explain the construction of RTD 11. Comparison between Thermocouple, RTD & Thermistor 12. Explain the construction & working principle of a phototransistor 13. Explain criteria of selecting a Transducer 14. Compare SCR & Triac 15. Draw & explain block diagram of instrumentation system BXE Assignment[ ]SKG FE(All) Page 5/6
6 Dr. D. Y. Patil Knowledge City, Charholi (Bk), Lohgaon, Pune Assignment-6(Unit-6) 1 Draw & Explain the block diagram of an electronic communication system 2 What is the need of Modulation? What are the different types of modulation 3 Draw waveforms & explain amplitude modulation technique. Write the expression of AM & define modulation index. 4 Draw & explain the block diagram of GSM 5 What is the importance of modulation index. Draw the AM waveform fora) Linear Modulation b) Over Modulation c) Modulation Index =0 6 Explain the basic structure of mobile phone system Explain Concept of cellular? Give comparison between AM and FM 7 With respect to FM explain Frequency deviation 2. Modulation Index 3. Deviation ratio 4. Frequency spectrum of FM 8 Write a note on co-axial cable & optical fiber cable. 9 Draw the AM waveform for modulation index 1) Modulation index =0 2) Modulation index =1 3) Modulation index >1 4) Modulation index <1 10 Draw and explain IEEE electromagnetic spectrum 11 Write a note on Wireless communication 12 Explain the working of cellular telephonic system. 13Write the expression of amplitude modulation.define modulation index & draw waveform of AM 14 Compare coaxial cable & Optical fiber cable [6M] 15 What is baseband communication.explain limitation of baseband communication & explain need of modulation BXE Assignment[ ]SKG FE(All) Page 6/6
7 BXE Assignment[ ]SKG FE(All) Page 7/6
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