on video Using the Arduino Pro Mini & FTDI
Today we will work with the Arduino Pro Mini, a small yet powerful Arduino board. We will also build a simple battery-powered robot arm controller.
The Arduino Pro Mini is proof that good things do indeed come in small packages. It uses the ATMega328 processor chip, giving it all of the power of the Arduino Uno in a tiny package. It even has a couple of extra analog to digital converters and is available in both 3.3-volt and 5-volt models.
Although it has been discontinued from the official Arduino store it is an open source design (originally built by SparkFun) and is readily available.
One thing that the Pro Mini is lacking, however, is a USB port for programming and debugging.
To resolve this you will need to use an FTDI adapter, a small board that allows you to connect a USB port to your Arduino Pro Mini. It’s a simple board to use but be careful of the hookup, as some Pro Minis (and some FTDI boards as well) have their connections reversed.
I’ll show you how to hook up the FTDI board to both a 3.3-volt and 5-volt Pro Mini and how to program it using the Arduino IDE.
We will also build a battery-powered robot arm controller for the MeArm, it can be extended to work with any servo motor based robotic arm. While I will be the first to admit that the design lacks a lot of features it does a good job of illustrating how to work with the 3.3-volt Pro Mini.
Here are the contents of today's video:
00:00 - Introduction
02:35 - Pro Mini Intro
07:26 - Using the FTDI Adapter
11:16 - Programming the Pro Mini
18:48 - Robot Arm Controller
Today we will work with the Arduino Pro Mini, a small yet powerful Arduino board. We will also build a simple battery-powered robot arm controller.
The Arduino Pro Mini is proof that good things do indeed come in small packages. It uses the ATMega328 processor chip, giving it all of the power of the Arduino Uno in a tiny package. It even has a couple of extra analog to digital converters and is available in both 3.3-volt and 5-volt models.
Although it has been discontinued from the official Arduino store it is an open source design (originally built by SparkFun) and is readily available.
One thing that the Pro Mini is lacking, however, is a USB port for programming and debugging.
To resolve this you will need to use an FTDI adapter, a small board that allows you to connect a USB port to your Arduino Pro Mini. It’s a simple board to use but be careful of the hookup, as some Pro Minis (and some FTDI boards as well) have their connections reversed.
I’ll show you how to hook up the FTDI board to both a 3.3-volt and 5-volt Pro Mini and how to program it using the Arduino IDE.
We will also build a battery-powered robot arm controller for the MeArm, it can be extended to work with any servo motor based robotic arm. While I will be the first to admit that the design lacks a lot of features it does a good job of illustrating how to work with the 3.3-volt Pro Mini.
Here are the contents of today's video:
00:00 - Introduction
02:35 - Pro Mini Intro
07:26 - Using the FTDI Adapter
11:16 - Programming the Pro Mini
18:48 - Robot Arm Controller
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