Electronic Mechanic Theory 1st Year - ITI Nimi Mock Test (All Topics)

Mock Test for Electronic Mechanic Theory - ITI 1st Year

This test is designed to help ITI students prepare for NIMI-based Electronic Mechanic Theory First Year exams. It includes all modules practice questions, explanations, and is aligned with the latest curriculum of  Ncvt.

Included Topics

1. Basic Workshop Practice
2. Basics of AC and Electrical Cables and Single Range Meters
3. Cell and Batteries
4. AC and DC Measurement
5. Digital Storage Oscilloscope
6. Soldering / Desoldering and Various Switches
7. Active and Passive Components
8. Power Supply Circuit and IC Regulator
9. Transistor Amplifier Oscillator and Wave Shaping Circuit
10. Power Electronics Component MOSFET and IGBT
11. OPTO Electronics
12. Basic Gates Combinational Circuit and Flip flop
13. Electronic Circuit Simulator
14. OPAMP and Timer 555 Application

Mock Test Format:

• 4 options per question
• 1 mark for each correct answer
• No negative marking
• Time limit for one question is 60 seconds
• Language Options: English, Hindi, Marathi, Bangali, Tamil, Telugu, Gujarati and Punjabi

Sample Questions:

• Total Questions: 5
• Language: English
• Topic: Transistor Amplifier Oscillator and Wave Shaping Circuit

Q1. What type of packaging is generally used to transistors utilized for low power amplification?

1. Metal packaging
2. Plastic packaging
3. Ceramic packaging
4. Plastic packaging with metal heatsinks

Q2. Which configuration of transistor amplifier is most commonly used in electronic circuits?

1. Common base configuration
2. Common emitter configuration
3. Common collector configuration
4. Common drain amplifier configuration

Q3. What is the advantage of silicon over germanium for transistor fabrication?

1. Lower thermal stability
2. Higher thermal stability
3. Lower operating voltage
4. Higher amplification factor

Q4. What is the maximum emitter to base voltage VEB (max) for the transistor BC 147?

1. 4V
2. 5V
3. 6V
4. 8V

Q5. What is the difference of colpitts oscillator compare to hartley oscillator?

1. Uses split inductor
2. Uses split capacitor
3. Uses crystal oscillator
4. Uses SCR combination