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(Recognized by AICTE, New Delhi and Affiliated to Visvesvaraya Technological University, Belagavi) NH-4 Bypass, P.B.No:73, CHITRADURGA - 577502, Karnataka State Assignment - II Department: Electronics & Communication Engineering Name of the faculty: Nandini G R Course Title: Introduction to Electronics & Communication Course Code : BESCK104C Semester : I Section: A& B Date of assignment: 01 /1 2 / Last date for submission: 15 /1 2 / Q.No. (^) QUESTIONS Marks CL CO PO P S O 1 What is Op-Amp? What are the characteristics of an ideal operational amplifier?
Explain the following terms with reference to Operational Amplifiers. (i) Open loop voltage gain (ii) Closed loop voltage gain (iii) Input resistance (iv) Output resistance (v) Input offset voltage (vi) Slew rate
Describe the three basic configurations for operational amplifier. 1 U 22C104.
Explain a differentiator circuit with waveforms and circuit diagrams. 1 U^ 22C104.
Sketch the circuits of each of the following based on the use of Op-Amp along with input and output waveforms: (i)Summing Amplifier (ii) Voltage follower (iii) Comparator
Describe wein bridge oscillator with circuit diagram and formulas for frequency of oscillations. (^1) U 22C104.
Explain the operation of three- stage ladder RC Network Oscillator with neat circuit diagram. 1 U 22C104.
Determine the frequency of oscillations of a 3-stage ladder network oscillator in which C=10nF and R= 10kΩ. (^1) Ap 22C104.
Explain the Barkhausen criteria for Oscillations. In wein bridge oscillator if C1=C2=100nF, determine the frequency of oscillations when R1=R2=1kΩ 1 Ap 22C104.
Explain the operation of Single stage Astable multivibrator with its circuit diagram. (^1) U 22C104.
(Recognized by AICTE, New Delhi and Affiliated to Visvesvaraya Technological University, Belagavi) NH-4 Bypass, P.B.No:73, CHITRADURGA - 577502, Karnataka State Assignment - II 12 Convert the following: (i) (1AD.E0) 16 =(?) 10 (ii) (37.625) 10 =(?) 2 (iii) (110100111001.110) 2 =(?) 8 (iv) (345.AB) 16 =(?) 2
1 Ap 22C104.
Perform the following operations: (i) 1101 - 0101 using 1’s complement method. (ii) 0110 - 0010 using 2’s complement method. (iii) 924 - 126 using 9’s complement method. (iv) 265 - 424 using 10’s complement method. (v) 1010100 - 1000100 using 1’s complement method. (vi) 1010100 - 1000100 using 2’s complement method. (vii) 4456 - 34234 using 9’s complement method. (viii) 4456 - 34234 using 10’s complement method. 1 Ap 22C104.
State and prove De-Morgan’s theorems with its truth table. 1 U 22C104.
Implement full adder circuit with its truth table and write the expressions for sum and carry. (^1) Ap 22C104.
Design a Half Adder circuit with necessary logic diagram and expressions. (^1) Ap 22C104.
Design a Full adder circuit using two Half adders. 1 Ap 22C104.
Express the Boolean function F= A+ 𝐵̅ C in a sum of minterms form. (^1) Ap 22C104.
Express the Boolean function F= XY + 𝑋̅ Z in a product of maxterms form. 1 Ap 22C104.
Simplify the following expressions using Boolean algebra: (i) 𝐴̅ BC + AB𝐶̅ +AB (ii) 𝐴 + 𝐵𝐶 + 𝐵 1 Ap 22C104.
(CL) Cognitive Level (R) : Remembering, (U): Understanding, (Ap): Apply, (A): Analysis, (E): Evaluation, (C): Creation.