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Ïðèìåð: max232

Çàïðîñèòü ñêëàäû

picbasic и и circuit

    
Ïðèìåð: Infrared control system



Íàéäåíî: 24     Ïîêàçàíî: 11 - 20
Designing a 4-Channel A/D Application with the PIC12C671. Analog to Digital & Using The 8-Pin PIC: How to build a 4-channel A/D converter using the PIC12C671. This application is excellent for building robotic guidance systems using light to control robotic behavior, serial volt-meters, hobby servo positioning systems, using arrays with PicBasic, you name it...! Lots of possibilities with this project.
Category: Ìîäåëèðîâàíèå/ Ðîáîòû
Source: Reynolds Electronics
433.92 MHz RF Remote Control. Use the BASIC Stamp or PicBasic serout commands to control the transmitter and serin for the receiver to create powerful communications links, robotics control applications, you name it -- With an operating range up to 400+ feet, these tiny RF modules make the addition of RF remote control or wireless data communications very affordable, and they are incredibly simple to use. The TWS-434 & RWS-434 TX/RX combination can be used with direct asynchronous serial data, and are an excellent choice for BASIC Stamp, PIC, 8051 applications, and home remote control systems. Build remote data-logging applications, or robot colonies that communicate via RF links..
Category: Ìîäåëèðîâàíèå/ Ðîáîòû
Source: Reynolds Electronics
PicBasic Experiments With The PIC16F877. Your First PicBasic Project: The old blinking LED thing that you just knew was going to turn-up here somewhere....!
Category: Öèôðîâûå/ Ìèêðîêîíòðîëëåðû
Source: Reynolds Electronics
Controlling LCD Modules With PicBasic.
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
How to Build a 10-Key Serial Keypad. Creating & Using Asynchronous Serial Solutions: How to create your own "Serial Keypads". This project uses PicBasic Pro, and the PIC16C620A microcontroller to build a 10-key serial keypad. The PIC16C620A only costs $2.50 each in single quantities, and the keys are simple normally-open, push-button switches. Build a user input keypad for your next basic stamp or PIC design and use a single I/O-pin for the interface.
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
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
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