Skip to main content

You Don't Need Hardware to master the Hardware.

Hello Hackers, "You Don't need Hardware to Master the Hardware", Yes, you read it right. that's the Title of this post.

This was the first thought that came in my mind, when I was playing with Autodesk's 123D Circuits.
[Actually One more came, You no more need real hardware for prototyping your Idea]

For those who don't know about 123d.circuits.io, It's a web-tool, which allow you to build, design and simulate your electronics projects online. Am really thankful to the team of 123D circuits for creating such a beautiful tool.

It allows you to read sensors, read buttons, trigger buzzers, turn on motors (simulation) and you can go ahead and design the PCB for the same.

It's component library is full of most required, most used peripherals.
You can easily find Analog parts - OPAMP, digital ICs , Electro-mechanical parts, Motors & Relays, Switches, Sensors, Kits. (You know what, you must visit and go through it.)  
Further more, you can also design your own part or import Eagle Project..

One more thing it is best tool to master Arduino programming.
  • You can write sketch.
  • You can compile sketch.
  • You can simulate that sketch.
  • Everything Done nicely.

Watch the Video for features.



I recently use 123D circuits, for prototyping one of my project. It was a great experience. It helps debugging fast and efficient.Self Cleaning Filter
Self Cleaning Filter



I think you should go ahead and start using this tool for building cool projects. It is cool, you can access it from anywhere.

When I was in college, there wasn't any compelling tool like this, thanks to the technology, now you have plenty of them, you just have to get your ass, sit tight and innovate.  

Keep hacking, Keep Making and Keep Innovating.


Comments

Popular posts from this blog

How to design microcontroller interface circuit for Relay and Solenoid Valves

Background Story: Recently, while helping my friend in building his Automatic Cleaning filter, I designed driver circuit for Solenoid Valves and DC Motor. You can easily find enormous amount of How-To, tutorials, circuits on google. But they are specific with those applications. Simply they referred other designs and decided to use them in theirs. Most of them do not discuss about calculation involved for designing driver circuit according to power rating of the solenoids/relay/DC Motor. Depending upon the power rating of your Relay,Solenoid and DC Motor; selection of driver circuit is done. This post to address those issues,    How to choose right driving element like Power Transistor, Power MOSFET etc. ? How to calculate sink or source current needed? How to safeguard your microcontroller from notorious back EMF of Relays and Solenoids? [Note: Principle involved in driving Solenoids and Relays are same, so covering Relays also]    So...

Real Saviour : TA7660 Voltage Converter/Inverter

Negative Voltage supply is very much necessary in Analog circuits and it is extremely necessary if  you are playing with dual polarity signals also called as bipolar signals. Although there are number of solutions available to generate negative supply. But Best and easy of them is the converting current positive supply in to the negative. This saves your design time and component cost. And I must say, I am impressed by such small-little IC named ICL7660 . I used the one from Intersil, CMOS Voltage Converter, apparently all the other Semiconductor Manuf. Produce them. Pinout- ICL7660 Background story goes like this We were involved in building data acquisition system to conduct the field survey  , required for the tidal energy generation program. We were supposed to measure all the critical environmental parameters in the area where tidal power plant is to be built. Parameters like Temperature, Humidity and Pressure in surrounding atmosphere, Wate...

IFTTT + Twitter + Arduino + ESP8266 = #IOTcoolness

Intro: It’s been really long since my last post. Well, I couldn’t find something worth sharing, or should I say , I wasn’t working on something cool which is worth sharing. Finally, after such a long silence, I have something to share, which seems cool to me. I used Arduino Uno coupled with ESP8266 wifi module to post tweets of sensor values on twitter using IFTTT & Maker Channel. Background story: After reading & watching couple of blog posts & videos about, how hackers from around the world have built really smart and kickass IoT & home automation applications using IFTTT, I couldn’t wait myself to jump start building one. I just can’t stop myself thinking of unlimited possibilities that you can built around it. And thanks to Maker Channel, you need nothing more than an Arduino and Internet Connectivity to build cool IoT IFTTT application. Action Plan: For starters, I decided to build a simple application, which involves Arduino Uno + ESP-01 ...