Unit 3: Power Supplies and Measurement Instruments21ECC101J

Regulated Power Supplies and Rectifiers

Curriculum and historical examination lineage for Regulated Power Supplies and Rectifiers under Unit 3 (Power Supplies and Measurement Instruments) of Electronic System and PCB Design (21ECC101J) at SRMIST.

Appearances
15
Cataloged Exam Questions
Exam Papers
8
Distinct University Exams
Question Families
5
Recurring Conceptual Archetypes
SRMIST Status
Active
Regulation 2021 Syllabus
Assessment Cycle Weightage

Historical appearance distribution across SRMIST Formative Tests (CT1, CT2) and University End Semester examinations.

CT1
0
Cycle Test 1
CT2
0
Cycle Test 2
EndSem
14
Semester Exam
Marks Weightage Distribution

Factual marks weightage of questions asked on this topic in historical examinations.

1 Marks:8 questions
8 Marks:1 questions
12 Marks:1 questions
15 Marks:3 questions
Recurring Question Families (5)

Question templates that recur across multiple examination cycles with similar conceptual stems.

family repeat3 paper appearances

“The ripple factor and rectification efficiency of a full wave rectifier is (A) 1.21 and 0.812 (B)...”

family repeat3 paper appearances

“Efficiency of a centre tapped full wave rectifier is _______ (A) 30% (B) 81.2% (C) 90% (D) 40%”

family repeat2 paper appearances

“Answer the following subquestions: (i) Explain the working of full wave rectifier with appropriate...”

family repeat2 paper appearances

“Answer subquestions (i) Explain the operation of energy meter with suitable diagram. (ii) A full...”

singleton1 paper appearance

“(a) A voltage $v = 300 \cos 100t$ is applied to a half wave rectifier with $R_L = 5k \text{ ohm}$....”

Sample Past Exam Questions

Representative historical questions extracted directly from SRMIST examination papers.

(a) A voltage $v = 300 \cos 100t$ is applied to a half wave rectifier with $R_L = 5k \text{ ohm}$. The rectifier may be represented by ideal diode in series with resistance of...

Year: 2023•Assessment: Other
12 Marks

In a half-wave rectifier, the ripple frequency for an input AC signal of $50\text{ Hz}$ is: (A) $25\text{ Hz}$ (B) $50\text{ Hz}$ (C) $100\text{ Hz}$ (D) $200\text{ Hz}$

Year: 2025•Assessment: EndSem
1 Marks

A $260\text{ V}$, $60\text{ Hz}$ voltage is applied to the primary of a $8:1$ step-down, center-tap transformer used in a full wave rectifier having a load of $900\text{ }\Omega$....

Year: 2025•Assessment: EndSem
15 Marks

The ripple factor and rectification efficiency of a full wave rectifier is (A) 1.21 and 0.812 (B) 0.48 and 0.406 (C) 1.21 and 0.406 (D) 0.48 and 0.812

Year: 2024•Assessment: EndSem
1 Marks

Answer subquestions (i) Explain the operation of energy meter with suitable diagram. (ii) A full wave rectifier has a load of 100 \Omega. If the diode resistance and secondary...

Year: 2024•Assessment: EndSem
Historical Papers Indexed (8)

Examinations where questions for Regulated Power Supplies and Rectifiers have appeared.

Electronic System And PCB Design - ct2-21ecc101j-electronic-system-pcb-design-answer-key-set-b.PDF
2023Other
Electronic System And PCB Design - PYQ May 2025
2025EndSem
Electronic System And PCB Design - PYQ May 2024
2024EndSem
Electronic System And PCB Design - PYQ Nov 2024
2024EndSem
Electronic System And PCB Design - PYQ Nov 2025
2025EndSem
Electronic System And PCB Design - PYQ Jul 2024
2024EndSem
Electronic System And PCB Design - PYQ Jul 2025
2025EndSem
Electronic System And PCB Design - PYQ Jul 2023
2023EndSem
Other Exam Topics in Unit 3: Power Supplies and Measurement Instruments

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