This project can steer 10 different things wireless with the use of a normal TV-remote-control with the RC5 protocol, from manufacters like Philips, Grundig and Marantz. If the Proton PIC Basic compiler is available, then you can ofcourse change the number of channels. Use it as follows: When ‘TV’ mode is selected on your remote-control, […]
Wireless 10 channel receiver using PIC16F630 Read More »
WEBSD This is a development board for the PIC24F series of microchip, with: USB ( plug it to any computer) Ethernet ( plug it to the internet) SD card ( save and read all data you will need) I developed this thing as a learning platform, it worked ( still is). So if you always want to go
WEBSD using PIC24F microcontroller Read More »
The basic circuit below will work with any PIC18F2xJ50 microcontroller. You just have to upload the appropriate firmware. Go to Downloads section to find firmware hex files for the microcontroller and the resonator you would like to use. PIC18F24J50 firmware v2.6.3 – all subversions.zip contain the following general use subversions: 4 MHz, 8 MHz, 12
Basic circuit for PIC18F24J50 or PIC18F26J50 to work over USB Read More »
Description This project is a 3 channel infrared (IR) remote controlled relay driver. It works with 12-bit SIRC IR signals as used by Sony remote controls. The controller also features the ability for the user to ‘program’ the commands it will respond to using the IR remote control. Each of the three relay channels can
3-Channel IR Relay Controller with user programmable IR commands for PIC12F629 Read More »
Description This project is a 3 button mini IR remote control which transmits 12-bit SIRC IR signals as used by Sony remote controls. It has been designed to work with both the 2-channel relay driver board and 3-channel relay driver board projects also on this website. The board uses Microchip’s low cost PIC10F200 microcontroller along
3-Switch Mini IR Remote Control for PIC10F200 Read More »
Embedded ethernet enables microcontroller based projects to send and receive packets over the network. The board shown on the left is actual size and incorporates all the circuitry needed to enable 10BaseT communications. The board is designed to minimize the pin count needed to interface with microcontrollers. An 8 bit data bus, 4 bit address
PIC16C74 Embedded 10BaseT Ethernet CS8900 Read More »
GSM based Control System by pic microcontroller implements the emerging applications of the GSM Technology. Using GSM networks, a control system has been proposed that will act as an embedded system which can monitor and control appliances and other devices locally using built-in input and output peripherals. Remotely the system allows the user to effectively
GSM based Control System by pic microcontroller Read More »
How to adapt a NES clone controller to bluetooth I bought a Wireless Bluetooth RS232 TTL Transceiver Module from DX (SKU 80711) and wonder what i can do with it. So, I’m realy nostalgic and decided to build a NES clone crontoller to bluetooth adapter, because, by this way I could play again that amazing
How to adapt a NES clone controller to bluetooth using PIC12F675 Read More »
The PIC16F877 microcontroller, prepared with activated an old ISA ethernet (3com eherl Link) Used guess PIC internet connection with an application I’m not sure circuit aim could not understand the pic programming dealing with people who can solve resource asebbely asm PCBs (eagle) control program and so on. most likely reason for not publishing files
PIC16F877 ISA Ethernet Web Server Project Read More »
The mikroC PRO for PIC provides a library (driver) for working with the CAN module. The CAN is a very robust protocol that has error detection and signalization, self–checking and fault confinement. Faulty CAN data and remote frames are re-transmitted automatically, similar to the Ethernet. Data transfer rates depends on the distance. For example, 1
Connect CAN Protocol with PIC Read More »
