Platform arrow_drop_down Learn Pricing Log in

Basic Circuit Concepts

This set of MCQs helps students to learn about basic circuit concepts, describing about a circuit which is an unbroken loop of conductive material that allows charge carriers to flow through continuously without beginning or end. If a circuit is “broken,” that means its conductive elements no longer form a complete path, and continuous charge flow cannot occur in it.

Start Quiz

Gate to channel capacitance of 5 micron technology is _____ pF X 10(-4) (micrometer)2.

1 2 4 0.4

Area capacitance of diffusion region of 2 micron technology is _____ pF X 10(-4) (micrometer)2.

2 2.75 3.75 4.75

What is the standard square Cg value of a 5 micron technology?

0.01 pF 0.1 pF 1 pF 10 pF

Relative area for L = 20λ and W = 3λ is?

10 15 1/15 1/10

What is the value of gate capacitance?

0.25 square Cg 1 square Cg 1.25 square Cg 1.5 square Cg

What is the delay unit of 5 micron technology?

1 nsec 0.1 nsec 0.01 nsec 1 sec

What is the delay unit of 1.2 micron technology?

0.064 nsec 0.0064 nsec 0.046 nsec 0.0046 nsec

What is the transition point of an inverter?

Vdd 0.5 Vdd 0.25 Vdd 2 Vdd

What is the desired or safe delay value for 5 micron technology?

0.3 nsec 0.5 nsec 0.1 nsec 0.2 nsec

What is the standard square Cg value of a 1.2 micron technology?

0.01 pF 0.0023 pF 0.023 pF 0.23 pF

What is the relative capacitance of diffusion region of 5 micron technology?

1 0.25 1.25 2

What is the total delay of an nMOS pair?

fƮ 2fƮ 5fƮ 4fƮ

When number of stages N is even, the total delay for CMOS can be?

1.5NfƮ 2.5NfƮ 3.5NfƮ 4.5NfƮ

Conducting layer is separated from substrate using ____________.

Dielectric layer

Silicon layer

Metal layer

Diffusion layer

For shorter delays ______ resistance should be used.

Smaller

Larger

Does not depend on resistance

Very large
Quiz/Test Summary
Title: Basic Circuit Concepts
Questions: 15
Contributed by:
Steve
Book a Trial Class
Related Quizzes
Sensors: Device that Detects and Responds to Some type of Input from the Physical Environment
Introduction to MOS
Internet Principles: Minimal Constraint, Modularity, Minimum Redundancy, Extensibility, Simplicity, and Robustness
MOS and BiCMOS Circuit Design Processes
Message Authentication Codes, Whirlpool Algorithm and Key Management and Distribution
Practical Aspects and Testability
Internet Protocol, Network Addressing and Transport Level Security
Prototyping Embedded Devices: Part of the Hardware/Software Codesign Process
Analyzing Huge Amount of Data with Cloud-based IoT Analytics

Tags

GATE CSE Exam Computer Science Computer Scince Exam Engineering