MSBTE 313303 - Digital Techniques (DTE) Resources

Published by MSBTE Notes & Info Team

Digital Techniques (DTE) Study Resources

Digital Techniques (DTE) is a foundational subject in electronics and computer engineering, crucial for understanding the building blocks of modern digital systems. This comprehensive resource page offers everything you need for MSBTE K-Scheme 313303 DTE, including the official syllabus, unit test question banks, detailed chapter-wise notes, solved lab manual answers, and innovative micro-project ideas. Dive in to master logic gates, combinational and sequential circuits, and prepare effectively for your exams.

Keywords: MSBTE, 313303, Digital Techniques, DTE, K-Scheme, notes, syllabus, lab manual, question bank, micro-project, MSBTE notes, diploma resources, electronics engineering, logic gates, combinational circuits, sequential circuits.


Official Documents

Syllabus

Official K-Scheme syllabus for Digital Techniques (DTE).

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Lab Manual

Official K-Scheme blank lab manual for DTE.

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Question Bank - Unit Test 1

Official question bank for the first unit test.

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Question Bank - Unit Test 2

Official question bank for the second unit test.

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Chapter-wise Notes

DTE Notes - Part 1

Comprehensive notes covering initial chapters.

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DTE Notes - Part 2

Detailed notes for intermediate topics.

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DTE Notes - Part 3

In-depth notes covering combinational logic.

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DTE Notes - Part 4

Notes focusing on sequential logic circuits.

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DTE Notes - Part 5

Advanced topics and memory devices.

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Solved Lab Manual Answers

Practical No. 1

Test the functionality of AND, OR, NOT, EX-OR and EX-NOR logic gates.

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Practical No. 2

Test the functionality of the given universal gates.

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Practical No. 3

Construct Basic gates using Universal Gates.

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Practical No. 4

Construct Exclusive Gates using Universal gates.

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Practical No. 5

Verify De-Morgan‘s Theorem (1 and 2).

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Practical No. 6

Implement 2 input, 3 input Adder Circuit.

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Practical No. 7

Implement 2 input, 3 input Subtractor Circuit.

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Practical No. 8

Test the output of BCD to 7 segment Decoder using Digital IC for the given inputs.

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Practical No. 9

Check the output of comparator circuit consist of Digital IC.

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Micro-Project Ideas

1. 4-Bit Binary Adder/Subtractor

Design and build a circuit that can perform both addition and subtraction on two 4-bit binary numbers using full adders and XOR gates.

2. Digital Clock using Counters

Create a simple digital clock (HH:MM:SS) using asynchronous or synchronous counters (like IC 7490/7493) and 7-segment displays (with IC 7447 decoders).

3. Traffic Light Controller

Design a sequential logic circuit to control a simple traffic light sequence (Red, Yellow, Green) for a single intersection using timers (like IC 555) and flip-flops.

4. Digital Dice Roller

Build a circuit that simulates rolling a dice, displaying a random number from 1 to 6 on a 7-segment display using counters and logic gates.

5. BCD to Excess-3 Code Converter

Implement a combinational logic circuit that converts a 4-bit Binary Coded Decimal (BCD) input into its corresponding Excess-3 code output.


Recommended Books & Study Guides

DIGITAL TECHNIQUES (COURSE CODE 313303) | For Semester 3 MSBTE’s ‘K’ Scheme SY Diploma | Nirali Prakashan

DIGITAL TECHNIQUES (COURSE CODE 313303) | For Semester 3 MSBTE’s ‘K’ Scheme SY Diploma | Nirali Prakashan

A comprehensive guide for MSBTE K-Scheme Semester 3 Diploma students, covering all essential topics in Digital Techniques.

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Digital Techniques (Course Code : 313303) MSBTE Second Year Diploma Semester 3

Digital Techniques (Course Code : 313303) MSBTE Second Year Diploma Semester 3

Another excellent resource tailored for MSBTE Second Year Diploma students, focusing on the 313303 Digital Techniques syllabus.

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