# Decoding the World of Digital Circuits: An In-Depth Look at Types and Examples

**Table of Contents of Digital Circuits**

**What is Digital Circuits**

Digital circuits are known as the **foundation of modern electronics**. They can be found in our phones, computers, cars, and a variety of other things. Binary logic is used in digital circuits. Precision and speed are key advantages over analog circuitry of digital circuits

Logic gates are constructed using transistors and other electronic parts in digital circuits. Logic circuits like adders, multiplexers, counters, and decoders can be created by combining logic gates.

An electronic circuit known as a “digital circuit” employs discrete amounts of information, such logic levels (i.e., not a continuous range as in an analog circuit),

There are two main types of digital logic circuits in digital electronics. It was first started up by designing later vacuum tubes, TTL Transistor-Transistor Logic, Emitter coupled logic, and CMOS logic relays.

**Types of Digital Circuits**

The digital circuits are divides into two types, which are as follows:

- Combinational logic circuits.
- Sequential Logic circuits.

**Combinational Logic Circuits.**

- In combinational logic circuit the output only depend upon the current input valus
- It only uses logic gates.

**Types Of Combinational Circuit**

- Arithmetic and logical combinational circuits.
- Data handling
- Code converting

**Arithmetic and logical combinational circuits.**

These are Adders, Substractor, Multipliers, Comparators

**Multipliers**

Binary multiplication works just like normal multiplication. There are four main rules that are quite simple to understand:

0 X 0 = 0

0 X 1 = 0

1 X 0 = 0

1 X 1 = 0Binary Multiplication

Based on the above equation, we can see that we need four AND gates and two half adders to design the combinational circuit for the multiplier. The AND gates will perform the multiplication, and the half

adders will add the partial product terms. Hence the circuit obtained is as follow

#### Data handling **combinational circuits**

These are Multiplexer, Demultiplexer, priority encoders,decoders

**Multiplexer**

A multiplexer is a digital combinational logic circuit that features ‘n’ input channels and a single output. Its primary function involves linking one of the input channels to the output line based on a control signal.

**n = 2^m**

We can refer to a multiplexer with the terms **MUX.**

Since it’s select one input lines and send it to output, it is also known as “**data selector**.”

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