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Click
HERE: Using
the FREE version MicroCode Studio in-circuit debugging software with
the PIC16F628 microcontroller & PicBasic Pro. Watch your PIC BASIC
code execute line-by-line with system variables, SFR, memory, and
EEPROM updates on-screen.
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Click
HERE:
Using a pair of 900MHz RF modems for long-range wireless embedded
programming & wireless firmware upgrades.
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Click
HERE:
Part1. This project shows how to
use the new PicBasic Pro version 2.4 1-wire commands to read 1-wire
device 64-bit ROM codes. Handy for identifying 1-wire devices prior
to insertion into the 1-wire network.
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Click
HERE:
Part 2. How to communicate
with multiple 1-wire devices on the network, and how to use PicBasic
Pro 1-wire command mode switches. How to read/display temperatures
from 2 DS18B20 temp sensors, and control 2 DS2405 1-wire addressable
switches. Complete with °C to °F conversion, individual DS2405 switch status displays, and more.
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Click
HERE
for:
Infrared object detection with adjustable infrared power levels.
Adjust the infrared LED power by varying the carrier duty cycle
based on readings from a CDS photocell & the PicBasic POT command.
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Infrared
data communications. This project shows how to build an infrared data
communications system that lets your PIC's talk to each other over
infrared light at up to 2400 baud. It's simple, it's excellent, and it's
more fun than a barrel of PIC's... This also shows how to use the onboard
hardware PWM of the PIC with PicBasic Pro.
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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.
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How
to build a 12-pin serial I/O-expander using PicBasic and the
PIC16F84. This project shows you how to control up to 12 relays from
your PC serial port, or create a 12-pin I/O-expander to increase the I/O
capacity of your next design.
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How
to use the Dallas DS1820, 1-Wire™ Digital Thermometer. This
application shows how to communicate with the DS1820, and helps you
implement them into your PIC designs using PicBasic. The temperature
is displayed on an LCD in Celsius.
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How
to use the PIC16F877 A/D Converter. This example shows how to
display 3-channel A/D measurements on an LCD display using PicBasic.
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How
to use the 8-Pin PIC12C67X Part
1
This
is the first in a series of articles to help you get started using
the Microchip 8-Pin, 8-Bit CMOS Microcontroller with A/D
Converter. This first article shows you how to configure the
onboard 4 MHz oscillator, and free-up two I/O-pins by not requiring
an external crystal.
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How
to use the PIC12C671 A/D converter Part 2
This is the second article for using the PIC12C671. This article shows how
to configure & use the onboard, 8-bit, A/D converter of the PIC12C671.
Create your own
sensors for robotics projects, light-sensitive servo positioning systems,
and even toys that interact when approached.
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Add
an Infrared Remote Control System to your next PIC project.
The Fire-Stick IR remote control system offers up to 100 foot
operating distance and will directly interface to your existing PIC
project designs.
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Serial Voltmeter
Build a Serial Voltage Meter using the Microchip PIC16C71. Use your PC to meter voltages
from 0-5 volts.
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