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Ÿ¸ Kaidij digital remote-control switch circuit

    
Ïðèìåð: Infrared control system



Íàéäåíî: 283     Ïîêàçàíî: 131 - 140

300MHz AM RF Remote Controls. RF remote control parts kits & schematics. How to Build a 300MHz AM, RF Remote Control System.
Category: Öèôðîâûå/ Ìèêðîêîíòðîëëåðû
Source: Reynolds Electronics
The Fire-Stick. The ULTIMATE infrared remote control system, with up to (100-Foot) operating range.
Category: Öèôðîâûå/ Ìèêðîêîíòðîëëåðû
Source: Reynolds Electronics
Robotics & Remote Control: Building an RF Remote Control System For Robotics Control. How to build a 9600 baud, serially controlled, RF remote control system for your robotics applications using the TWS-434/RWS-434 RF modules with PicBasic.
Category: Öèôðîâûå/ Ìèêðîêîíòðîëëåðû
Source: Reynolds Electronics
Using 1-Wire Devices: PicBasic Experiments With The PIC16F877. Using the Dallas DS1820, 1-Wire™ Digital Thermometer. This application shows how to communicate with the DS1820, and helps you to implement them in your designs.
Category: Öèôðîâûå/ Ìèêðîêîíòðîëëåðû
Source: Reynolds Electronics
Controlling Hobby Servo Motors: Controlling hobby servo motors with PicBasic through the PC serial port. This project uses the PIC16F84 to interface to the PC serial port, and includes FREE Visual Basic software to control up to 7 hobby servo motors attached to your PC.
Category: Öèôðîâûå/ Ìèêðîêîíòðîëëåðû
Source: Reynolds Electronics
Building a Serial Servo Motor Controller. Controlling Hobby Servo Motors: Servo-Commander. This article shows how to program the PIC16F84 to control up to 8 hobby servo motors with the PIC and PC serial port. This article includes the complete PicBasic code and full Visual Basic "Servo-Commander" software.
Category: Öèôðîâûå/ Ìèêðîêîíòðîëëåðû
Source: Reynolds Electronics
Controlling Hobby Servo Motors: How to build your own addressable serial servo controllers using the 8-pin PIC12C671. Control a ton of servo motors with a single I/O-pin, and ad the ability to move many servos at the exact same time with one serial command line.
Category: Öèôðîâûå/ Ìèêðîêîíòðîëëåðû
Source: Reynolds Electronics
PicBasic Experiments With The PIC16F877. Analog to Digital & Using The 8-Pin PIC: Using the PIC16F877 A/D Converter. This example displays 3-channels of analog input on an LCD display.
Category: Öèôðîâûå/ Ìèêðîêîíòðîëëåðû
Source: Reynolds Electronics
8-Pin, 8-Bit CMOS Microcontroller with A/D Converter. Analog to Digital & Using The 8-Pin PIC: Using the 8-Pin PIC12C671 with PicBasic.
Category: Öèôðîâûå/ Ìèêðîêîíòðîëëåðû
Source: Reynolds Electronics
Using the Onboard 8-Bit A/D Converter of the PIC12C67X. Analog to Digital & Using The 8-Pin PIC:
Category: Öèôðîâûå/ Ìèêðîêîíòðîëëåðû
Source: Reynolds Electronics
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Ìicrocontrollers
Drivers for LED dispays Data Logger for iButton LCD-module with MCS-51 Thermometers Dallas Semiconductor Work with EEPROM 24LCxx MSP430 with Flash-memory ATmega169 and AVR-Baterfly CAN interface USB interface
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