All software, hardware and information found on this site and related pages shall be hereafter referred to as the product. All persons using or acting on the product shall be hereafter referred to as the user.
By using the product the user agrees to abide by the following conditions:
All products are provided 'as is' and without warranty of any kind, either expressed or implied. The entire risk as to the quality and performance of the product is borne by the user.
Should the product prove defective in any respect, the user will assume the entire cost of any service and repair and will assume full liability for any indirect, special, incidental or consequential damages arising out of the use of or inability to use the product, including, without limitation, damages for loss of goodwill, work stoppage, computer failure or malfunction, or any and all other commercial damages or losses, even if advised of the possibility thereof, and regardless of the legal or equitable theory (contract, tort or otherwise) upon which the claim is based.
Some of the programmers and computer interfaces and circuitry/schematics information found on this site and relating pages show direct interface to the computer external ports.
Since high voltages (>5v) may be present on the circuits it is very important to check you have wired the circuit correctly otherwise you may damage the interface port on your computer which may be on the motherboard.
I strongly advise you to use interface ports on plug in cards which can be replaced in the event of permanent damage.
All hardware designs are copyright and should not be included in part or whole in any designs other than those shown on this site.
All of the software and schematics found on this site and related pages is copyright and may only be used for private non-commercial use. Feel free to modify the programs but do not distribute modified versions.
Re-publishing these programs or site information in printed or digital form, such as on web sites, CD-ROMs or any other media requires the written authorization of John Main (best-microcontroller-projects.com).
All trademarks and registered trademarks, whether or not so identified, are
acknowledged to be the property of their respective owners.
Arduino oversampling is a technique to increase ADC resolution by reading more samples then decimating. It really does work!
A tutorial on using the ADS1115 precision 16 bit ADC for low power use.
Arduino Analog Output: How to create the most accurate PWM analog ouput and how to create analog PWM sine waves.
Find out how digitalWrite() works...Now use 17x Faster macros!
How to use the TCS230 (/TCS3200) Color detector chip and easily add it to any of your projects.
With the ADXL345 acellerometer you can detect up to 16g! You can also find out how to use it for tap detection and more.