All About Circuits

Latest Assembly Articles and Videos

Categories

C-BISCUIT Power: 5V 3A Buck Regulator for Wandboard

C-BISCUIT Power: 5V 3A Buck Regulator for Wandboard

Design and theory behind the 5V-3A buck regulator based on the LM25575 to be used in the C-BISCUIT robot project.


Projects Feb 26, 2016 by Patrick Lloyd
Controlling a Toaster Oven with a PICAXE - Part 2

Controlling a Toaster Oven with a PICAXE - Part 2

Soldering surface mount components by hand can be done, but reflow soldering in an oven is much quicker and produces more consistent results. Building a microprocessor controlled reflow oven is well within the abilities and budget of many hobbyists.


Controlling a Toaster Oven with a PICAXE - Part 1

Controlling a Toaster Oven with a PICAXE - Part 1

A toaster oven can do more than just make toast; guided by a PICAXE microcontroller, it can make a sweet reflow soldering station.


Measure Thermocouple Temperature with the MAX31855 and a PICAXE

Measure Thermocouple Temperature with the MAX31855 and a PICAXE

Whether for cooking or reflow soldering, a thermocouple is often the best choice for a high temperature sensor. The MAX31855, a PICAXE-08M2, a serial LCD, and a few lines of code will do the trick.


Hack Your Toaster Oven to Become a Thermocouple Measurement System

Hack Your Toaster Oven to Become a Thermocouple Measurement System

The intuitive, step-by-step procedure presented in this article will help you to successfully perform reflow soldering in your toaster oven.


Projects Dec 18, 2015 by Robert Keim
Build a PICAXE ESP-01 Wi-Fi Communicator

Build a PICAXE ESP-01 Wi-Fi Communicator

A PCB for a Wi-Fi communicator using a PICAXE 08M2 and an ESP-01 module driven by interactive code makes a handy setup for data collection and IoT reporting.


Introduction to the Manually-Controlled Toaster Oven Reflow

Introduction to the Manually-Controlled Toaster Oven Reflow

With the help of a DIY thermocouple measurement system, you can use a cheap toaster oven to accurately reproduce a reflow-soldering temperature profile.


PCB Layout Style Mistakes That Can Ruin Your Design

PCB Layout Style Mistakes That Can Ruin Your Design

This article discusses style mistakes in PCB layout that can make assembly and debugging PCBs difficult. This is vital for designers!


Practical PCB Layout Tips Every Designer Needs to Know

Practical PCB Layout Tips Every Designer Needs to Know

This article contains practical PCB layout tips that can help your PCB projects work correctly and reliably.


Build 9 Simple, Low-noise Linear Voltage Regulators Using the Same PCB

Build 9 Simple, Low-noise Linear Voltage Regulators Using the Same PCB

What linear voltage regulator circuits lack in efficiency, they make up in simplicity and low noise. Here's a scheme for 9 voltages from 2.5V to 15V on the same PCB design.


How to Build a Robot - Testing Hardware

How to Build a Robot - Testing Hardware

Part three of a series of articles on building a robot that can follow lines or walls and avoid obstacles!


Make an EFM8-Based System for Monitoring and Analyzing Thermocouple Measurements

Make an EFM8-Based System for Monitoring and Analyzing Thermocouple Measurements

With this microcontroller-to-PC interface you can conveniently monitor a temperature and visualize how the temperature changes over time.


Projects Oct 26, 2015 by Robert Keim
How to Build a Real-Time Clock with a PICAXE

How to Build a Real-Time Clock with a PICAXE

Teaming up a PICAXE µC, a DS1307 real time clock module, and an LCD117 serial adapter with a liquid crystal display is a fun, educational way to assemble your own date and time demo.


Clean Power for Every IC, Part 1: Understanding Bypass Capacitors

Clean Power for Every IC, Part 1: Understanding Bypass Capacitors

A thorough understanding of bypass capacitors will help you to properly incorporate these critical components into your designs.


The Ideal SMT Assembly Guide

The Ideal SMT Assembly Guide

A guide on how to assemble SMT PCB with bench-top equipment. While a similar setup can be accomplished for much less, this is the dream setup.


News Sep 15, 2015 by Dmitry Turbiner
Designing for Manufacturability

Designing for Manufacturability

A guideline for proper considerations when making electrical platforms that can be easily, cheaply, and quickly manufactured. The purpose and methods of proper board design, validation, testing, and technical support is discussed, from small to large scale production.


Introduction to KiCad on Ubuntu

Introduction to KiCad on Ubuntu

Learn how to install the new and improved KiCad on Ubuntu 15.04 and then build a simple microcontroller board to blink an RGB LED.