PicBasic Pro, PicBasic, BASIC Stamp, Microchip PIC, 8051, and Remote Control Projects



-- PicBasic Pro Compiler Projects  --


Need help with your PIC™ based product or project? We can help.
Contact tech @ rentron.com with your design requirements.
 

Remote Control PIC Projects
 
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NEW Click HERE for: Build an 8-pin PIC remote control encoder to control the Linx FCTN-RLY4-XXX relay/receiver & RXD-KH2 receiver modules.
 

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Click HERE for: Build the Air-Byte IR transceiver. We have released the schematics with full PIC source code for the Air-Byte.
 

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NEW Click HERE for: Transforming your infrared transmitter into an RF transmitter. Control your TV, stereo, CD player & other equipment from any room in your house with your existing IR transmitter & these circuits. Now works with Linx LR series RF modules.
 

bulletClick HERE for: How to create your own custom infrared encoder & decoder IC's with the PicBasic Pro compiler. Add remote control to your next PIC robot project.

Micro-Bot Robotics Experiments

bulletClick HERE for: Robotics experiments with the PIC16F628 used in Micro-Bot. Projects include infrared object detection, sonar navigation & room mapping, CDS photocell light measurements & navigation, combinations of sensors together for robotics navigation & object avoidance. Includes schematics & source code.

Build an Infrared Wireless Temperature Transmitter & VB Interface

bulletClick HERE for: How to build an IR temperature transmitter, PC based IR receiver, and Visual Basic interface for remote temp display. Also Illustrates how to read-in serial data with VB, extract & process individual data bytes.

Build a Moving Message Display

bulletClick HERE for: Build a scrolling marquee sign using an Agilent Technologies HDSP-2112 Intelligent alphanumeric display and PicBasic Pro compiler.

Using Cross-Point Switches

bulletClick HERE for: Bill Whitehead illustrates how to use cross-point switches with PicBasic Pro

Using the New MicroCode Studio ICD

bullet Click HERE for: Using the MicroCode Studio in-circuit debugger.
PicBasic Pro I2C Communications & the DS1624
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Click HERE for: Jonathan Zacharko illustrates how to communicate with I2C Devices.

Using PicBasic Pro V2.4 1-Wire Commands
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Click HERE for: Part1. Using the new PicBasic Pro version 2.4 1-wire commands to read 1-wire device 64-bit ROM codes.

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Click HERE for: Part 2. How to communicate with multiple 1-wire devices on the network, and how to use PicBasic Pro 1-wire command mode switches.

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Click HERE for: Part 3. Using the DS18B20 1-wire temperature sensor with a  20 x 4 serial LCD.
 

 
Using The PIC16F62x Series PICMicro
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Click HERE for: Using the new Flash PIC16F628 with PicBasic for a 16-key, matrix serial keypad.

bulletClick HERE for: Using the new Flash PIC16F628 with PicBasic. Using hardware PWM, and the Internal oscillator.
A/D & Using The 8-Pin PIC™ Series
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Click HERE for: How to build a 4-channel A/D converter using the PIC12C671.

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Click HERE for: Using the 8-Pin PIC12C671 A/D Converter.

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Click HERE for: Using the 8-Pin PIC12C671 with PicBasic.

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Click HERE for: Using the PIC16F877 A/D Converter. This example displays 3-channels of analog input on an LCD display.

Servo Control Projects
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Click HERE for: Controlling hobby servo motors with PicBasic & the PC serial port.

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Click HERE for: How to build your own addressable serial servo controllers using the 8-pin PIC12C671.

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Click HERE for: Servo-Commander. Program the PIC16F84 to control up to 8 hobby servo motors.

Designing Custom Serial Devices
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Click HERE for: How to design "Serial Keypads".

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Click HERE for: How to build your own 12-Pin I/O-expander with the PIC16F84 and PicBasic.

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Click HERE for: Build a serial relay controller with the  8-pin PIC12C671.

Beginner's Projects With PicBasic
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Click HERE for: Controlling an LCD with PicBasic.

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Click HERE for: Blinking LED project.

900MHz Wireless Embedded Programming
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Click HERE for: Wireless programming & firmware updates.

Remote Control Applications
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Click HERE for: Infrared data communications & using the PIC hardware PWM.

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Click HERE for: How to build a 9600 baud RF remote control robotics application.

Infrared Object Detection
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Click HERE for: Infrared object detection with adjustable infrared power levels.

Bit-Banging 1-Wire Devices
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Click HERE for: Using the Dallas DS1820 1-Wire™ Digital Thermometer with PicBasic.

Precision Temperature Measurement
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Click HERE for: This project shows how to use the National LM34C Precision Fahrenheit Temperature Sensor.

433.92 MHz RF Modules
*** NEW ***

High-Performance 433.92MHz RF modules are Here. A prime choice for Robotics & RF remote control applications, and simple to use with the PIC for wireless serial applications.

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