This circuit receives the signal from a IR remote control, like those used to control your TV or DVD player and allows the signal to be repeated in another location. To get a 40Khz carrier requires an output to be toggled on and off 40,000 times a second, which means the code needs to execute […]
IR Remote Control Repeater using PIC12F629 Read More »
Overview The original purpose behind this circuit was to provide manual switching of three relays such that only one relay was on at any time. It was also a requirement that there was a specific overlap (or make-before-break) period. The code was then further developed to provide deadband (break-before-make) as well as overlap switching. The
Radio Button Switch Control using PIC12F629 Read More »
This is a device for adjusting lights in your home with any type of remote controller (tv, dvd, video,…). Today we are using many devices in our homes to improve quality of our life and this is another example on how you can enhance a simple procedure like switching the lights ON/OFF. It may be
Ir Light Dimmer v.1 adjusting lights with remote controller using PIC12F629 Read More »
A simple rotating display. Just spin and enjoy. While the “Air display” is rotating, it writes the message on the air. Because the “persistence of the vision”, you will be able to read the message. Here is the circuit: Download the HEX file HEREProgram the PIC with this HEX file. (Use right-click and “Save as”)
Microcontrollers are, basically, a computer in a single chip. It contains memory, processor, I/O ports (I/O = Input/Output) and other periphericals. Can you believe a single chip does contain RAM, ROM, CPU, I/O Ports, timers and other gadgets? It only needs a keyboard and display to be a working computer… …I almost forgot; It also
How to getting started with microcontrollers projects using PIC12F629 microcontroller Read More »
The printer of the original cartridge prices excessively expensive when soon cartridge refill, renovation works a lot in technical service began to be made even just engaged in this business there are places many…Electronics Projects, Epson Cartridge Reset Circuit PIC12F629 “microchip projects, microcontroller projects, “ The printer of the original cartridge prices excessively expensive when soon cartridge refill,
EPSON CARTRIDGE RESET CIRCUIT PIC12F629 Read More »
RGB LED driver circuit can be controlled with PIC12F629 pic12f675 As an alternative, can be used PIC12F683 PIC GP0, GP1, GP2 STP36NF06 in output MOSFETs are driven by PWM technique internal oscillator of the…Electronics Projects, RGB LED Driver Circuit PIC12F629 PWM “led projects, microchip projects, microcontroller projects, pwm circuits, “ RGB LED driver circuit can be controlled with PIC12F629 pic12f675 As
RGB LED DRIVER CIRCUIT PIC12F629 PWM Read More »
the PIC12F629 on a microcontroller based electronic dice. electronic DICE with 14 LEDs dual membranes prepared for application software mikroc used to give random results when a button is pressed for 3 seconds if… Electronics Projects, Electronic Dice Circuit With PIC12F629 “microchip projects, microcontroller projects, “ the PIC12F629 on a microcontroller based electronic dice. electronic DICE with 14 LEDs dual membranes
ELECTRONIC DICE CIRCUIT WITH PIC12F629 Read More »
Hi everyone, After reading so many articles on Battery desulfator i’ve decided to come out with my version of Battery desulfator using Microchip base micro-controller using PIC12F629 or PIC 12F675. “Please pardon my english” .I don’t really have time to check for minor grammatical errors. Before we begin this circuit although simple in design requires
PIC12F629 Lead-Acid Battery Desulfator Read More »
Description The Tiny Remoteis a very compact infrared remote control with only two buttons to control an iRobot Roomba. It produces three different infrared control signals that the robot interprets as Clean, Spot and Virtual Wall/Lighthouse. The circuit is built mostly using SMD components to reduce its size, nearly to the size of a keychain
Tiny Remote for iRobot Roomba using PIC12F629 Read More »
