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24 Dec 2011

 

Chris @ PyroElectro.com writes:

Searching for a reliable wireless solution for your project can be a real pain if you’re not familiar with current wireless standards, data rates and reliability. The Xbee Modules that we will use in this article are widely available, use a very reliable wireless transmission protocol and have sufficient datarates for most hobby projects.

This article will show you how to build a basic wireless input and output system in the form of a single transmitter and single receiver. Communication will be one way to keep things simple with two xbee modules being used for the wireless link. In the end, a small trimpot will control the movement of a servo motor.

Xbee Wireless Servo Control - [Link]

26 Aug 2011

This is just a quick video showing that you can power an AVR project from a fried servo or an old emergency cell phone charger.

Arduino Project Alternative Power Sources - [Link]

30 Jun 2011

pcbheaven.com writes:

I believe that kids (and not only kids) that have their hands on electronics, wanted at least once in their lives to make an electronic keylock system for their house or room. When i was a kid, i had bought a Smart Kit Keycode lock system, and i had adapted it on the external door of my house. But this door had already the automatic-release mechanism. I only had to find which wires actuate this mechanism and hook the relay of the kit in parallel to this.

Then, i discovered that making a key-code circuit, is simple, very simple. As a matter of fact, so simple, that i designed this very simple key-code circuit, similar to the one from smart-kit but much better (mine had automatic reset operation when wrong code was entered), which took me only a few hours to design. Not to mention the microcontrollers… But why don’t i have a keycode-lock for my apartment’s door? Simple because it is expensive and needs a great mod on the door or frame.

Servo-Actuated Door Keylock Hack with capacitance touch-pad – [Link]

20 Jun 2011

ermicro.com writes:

The servo motor is widely used in model hobbyist such as airplane R/C model for moving the rudder, ailerons, elevators and acceleration control or in the car R/C model for steering and acceleration control. In this tutorial we will learn how to control the servo motor as well as the simple close loop control algorithm for this servo motor.

The servo motor basically is a high quality geared DC motor equipped with electronic circuit for controlling the DC motor rotation direction and position. Currently there are two types of servo motor available on the market, the first one is called standard servo and the other one is called continues servo; standard servo can rotate to maximum (clockwise or counterclockwise) of 120 to 180 degrees while continues servo can rotate up to 360 degrees in both direction.

Basic Servo Motor Controlling with Microchip PIC Microcontroller - [Link]


24 Mar 2011

dangerousprototypes.com writes:

Simon has created an servo switcher for use on autonomous vehicles. designed to allow manual control if the autonomous controller fails. Using a pic12f683 and 4066 analog switch. source code and board files are available on his website.

Autonomous servo switcher – [Link]

23 Feb 2011

A Gas Water Heater controller built around a netduino-mini, a DS1307 clock and a HiTech HS-6635HB servo. [via]

Gas Water Heater controller built around a netduino-mini, a DS1307 clock and a  servo – [Link]

2 Feb 2011

The servo motor and the dc motor have one simple difference: one is inherently controlled while the other is not. This guide goes through the specifics of when to use which type of motor. [via]

DC Motor and Servo Motor Compared - [Link]

29 Jan 2011

The OpenServo Project is an open community project with the goal of creating a low-cost servo for robotics. Check out their step by step instructions, which include using the familiar Atmega168 in the servo controller board. [via]

OpenServo project - [Link]

25 Jan 2011

Deddie Lab has two interesting Secret Dice projects. The first one is wooden and the second one is metallic. These dices will open only if the secret code is entered. To enter the code you must tilt the box in the correct ways. When the correct code is entered a servo motor will unlock the box so you can get your reward.  [via]

Hide Goodies in a Secret Box – Atmega88 Based – [Link]

15 Jan 2011

Jeremie Boulianne of Calgary came with a unique way to build a linear actuator: [via]

Linear actuation is an elusive and expensive field to get into but I always seem to find a need for it with robots I build. Whether it being to raise a turret or dispense a marker a linear actuator would be so handy.

My proof-of-concept solution (hack) was to create a linear actuator design that is accessible to even electronics enthusiasts on the tightest budget

Deodorant-stick linear actuator – [Link]



 
 
 

 

 

 

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