Digital Circuits

Circuits numériques et conception logique avec définition, classification et exemple

Digital Circuits and Logic Design is an educational application. If you are looking for Digital Circuits and Logic Design book collection so you are in a right place. This application will provide you most important topics. Digital Circuits and Logic Design app will provide you definition & classification.

Digital Circuits and Logic Design app is essential for electronic and electric engineering students. This Digital Circuits and Logic Design app will provide you terms, example and explanation. This app will give you most common & useful chapters. So now you can carry your Digital Circuits and Logic Design book collection anywhere by this app and can learn anytime.

Digital Circuits and Logic Design Application Feature:

- Most important & informative lessons

- Most common & useful topics

- Definition & classification

- Terms & formula

- Example & explanation

- Detail information

- User friendly

- Works without internet

- Digital Circuits and Logic Design course

- Step by step tutorial

Digital Circuits and Logic Design Topics:

- Introduction

- Number Systems

- Base Conversions

- Signed Binary Arithmetic

- Codes

- Error Detection & Correction Codes

- Boolean Algebra

- Canonical & Standard Forms

- K-Map Method

- Quine-McCluskey Tabular Method

- Two-Level Logic Realization

- Digital Circuits Tutorial

- Decoders

- Encoders

- Multiplexers

- De-Multiplexers

- Programmable Logic Devices

- Threshold Logic

- Digital Sequential Circuits

- Latches

- Flip-Flops

- Conversion of Flip-Flops

- Shift Registers

- Application of Shift Registers

- Counters

- Finite State Machines

- Algorithmic State Machines

- Digital Circuits Course Free

- Logic Gates Exercises

- Truth Tables

- Truth Table Practice Problems

- Relays

- Analog and Digital Circuits

- Combinational logic circuit

- Sequential digital logic circuits

- Common Digital ICs used in digital logic circuits

- What are Encoders?

- What are Decoders?

- Astable Multivibrator using 555 Timer

- Bistable Multivibrator using 555 Timer

- The Common Emitter Amplifier

- H Bridge Circuit

- Crystal Oscillator Circuit

-Integrated circuit

-Basic IC Types

- Microprocessors

- Basic Semiconductor Design

- Complementary metal-oxide semiconductors

- Bipolar transistors

- Analog design

- Digital design

- Making a base wafer

- Deposition

- Photolithography

- Why Do We Call Them " Flip-Flops" ?

- Clocked D Flip-Flop

- Flip-Flops and SRAM

- The Need for Clocked Circuits

- Standard Logic ICs

- The Significance of Fan-Out

- Selecting Output Signals with a Multiplexer

- Decoder: Decoding the Input

- Digital Circuits Full Course

- Digital Logic Families

- CMOS Gate Circuitry

- Transistor-Transistor Logic (TTL)

- NMOS Logic and PMOS Logic

- Hazards in Combinational Logic

- Axioms - Laws of Boolean Algebra

- Weighted & Non-Weighted Coding

- Logic AND Gate Tutorial

- Logic OR Gate

- Logic NOT Gate

- Universal Logic Gates

- INHIBIT Gate

- 7400 Series TTL

- DeMorgan’s Theorems

- Half Adder and Full Adder with Truth Table

- Half and Full Subtractor

- Parallel Binary Adder

- BCD to 7 Segment Display

- Keyboard Encoder

- Priority Encoder

- The S-R Latch

- Gated Latches

- Edge-triggered Flip-Flops

- Conversion of Flip-flops

- Schmitt trigger

- Buffer Register and Controlled Buffer Register

- Bidirectional Shift Register

- Ripple Counter

- The MOSFET

- Memory Devices

Digital Circuits and Logic Design app is made by Galaxy Production. It will help you to learn free and offline. This app will make your learning easier than before. Hope you will like this app and learn from it. So keep install and learn.