<commit_before>---
layout: post
comments: true
title: Get Electrified 3
excerpt: Tinkering with Digital Electronics!
author: <NAME>
category: [Informative]
categories: blog
share: true
tags: [Digital Electronics, Adder, MUX]
assets-dir: assets/blog/get-electrified-3
header-img: /assets/blog/get-electrified-3/cover.jpg
---

Electronics club conducted its last electrified session on 18th March, 2017. It was totally awesome as we got an opportunity to make a half adder, full adder, subtractor and priority encoder. Along with that we also learnt some cool stuff about digital circuits. 

 

##Where do we begin from to make anything as simple as an adder?

We basically use a combinational circuit. Not only an adder but we can even make a subtractor, priority encoder, MUX and what not!

Combinational circuit is basically used for making those circuits which depends on the current state.

![Combinational Logic Circuits]({{ site.baseurl }}/{{ page.assets-dir }}/image_0.png)

##So, let us now begin with how exactly do these combinational circuits function:

## Adder:<commit_msg>arbit fix<commit_after>---
layout: post
comments: true
title: Get Electrified 3
excerpt: Tinkering with Digital Electronics!
author: <NAME>
category: [Informative]
categories: blog
tags: [Digital Electronics, Adder, MUX]
assets-dir: assets/blog/get-electrified-3
header-img: /assets/blog/get-electrified-3/cover.jpg
---

Electronics club conducted its last electrified session on 18th March, 2017. It was totally awesome as we got an opportunity to make a half adder, full adder, subtractor and priority encoder. Along with that we also learnt some cool stuff about digital circuits. 

 

##Where do we begin from to make anything as simple as an adder?

We basically use a combinational circuit. Not only an adder but we can even make a subtractor, priority encoder, MUX and what not!

Combinational circuit is basically used for making those circuits which depends on the current state.

![Combinational Logic Circuits]({{ site.baseurl }}/{{ page.assets-dir }}/image_0.png)

##So, let us now begin with how exactly do these combinational circuits function:

## Adder:
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{'dir': 'git-commits-cleaned', 'id': '4881350', 'n_tokens_mistral': 653, 'n_tokens_neox': 587, 'n_words': 288}