Site Map
This page gives you easy access to all the information on the site.
Arduino Tutorials
Arduino pulseIn() and pulseInLong()
Arduino Projects
MAX7219 - How to drive 8x8 led displays using this chip.
DHT22 also DHT21 (lower spec) - Measure humidity and temperature
HD44780 - LCD display driving. Usually a 16 character by 2 line display but can be 20x4.
MCP23017 - A 16 bit port expander (I2C) with comprehensive interrupt system
MCP23017 Interrupts - Using multiple MCP23017 with interrupts.
BMP280 - Barometric pressure measurement.
Battery Charger - How to charge standard AA batteries
Pulse Rate Measurement.
Sections
Find out why you should use a PIC compiler.
Projects
Arduino Projects
- Humidity DHT22
- Temperature DS18B20
- 8x8 LED matrix MAX7219
- MAX6675 0°C to 1024°C
- Pulse Rate Sensor
- Hitachi HD44780 LCD
- Logic Level Converter
- SSD1306 OLED
- BMP280 Pressure
PIC Projects
PIC Parallel PortProgrammer.
16F877 : 50MHz LCD frequencycounter.
16F877 : 50MHz 7 segment frequencycounter.
16F877 : 0-5V LCD volt meter.
16F877 : LCD and Keypad using one 8 bit port (noglue logic).
Direct jump to locked page (needs unlock code)
16F877 : Driving an RGB LED.
16F877 : Serial LCD module.
16F88 : Ultrasonic range finding project.
16F88 : A Real Time Clock (DS1307) using I2C.
16F88 : Driving an LED dot matrix.
16F88 : Universal Infrared Receiver (UIR).
16F88 : Binary Clock
12F675 : Tutorial
12F675 : RS232 Serial transmitter
12F675 : Serial Temperature Logger
12F675 : EEPROM Temperature logger
12F675 : Servo motor driver
12F675 : Servo motor - serial control
Tips and Techniques
PIC Tutorial
| Devices | ||
| 12F675 | 16F84 | |
| Hardware | ||
| PIC Introduction | ICSP | Interrupts |
| Software | ||
| MikroC compiler | ||
| Protocols | ||
| I2C | RS232 | Setting up RS232 |
| SPI | ||
| Techniques | ||
| Frequency counting | Ultrasonic range finding | Software Tri PWM |
| Multiplexing | CCP (capture) | Soft PWM |
| Timer 1 (polled) | ||
PIC Programmer information
PIC ICSP Parallel port programmer circuit.
PIC Programmer types.
Details about ICSP - In Circuit Serial Programming.
Programming PICs using ICSP and ICPROG
Articles
Programming a microcontroller: Choosing between C, BASIC or PASCAL.
PIC micro programming methods.
Frequency
counter techniques: Direct and Reciprocal counting methods.
Simple multitasking method (works for 12F675 and larger).
Microcontroller Debugging methods (also general debugging methods).
Decoupling using capacators and why you need to do so.
Hardware interrupts - a short introduction.
Courses and Ebooks on sale
C Course
A new C course showing you how to use C to program a microcontroller (no
previous programming experience needed).
Pic C Course (digital download).
C Course setup (including full BOM - both projects).
C Course summary.
C Course 1st Project and BOM (Bill Of Materials)
Site Map | Terms of Use
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Recent Articles
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[Arduino Tutorial] : How to use the 74HC595 shift register with shiftOut().
The Essential Guide to the 74HC595; What it is and how you can easily use one in any of your projects.
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How to use a DS18B20 on the Arduino for easy temperature measurement
How to Easily Use the DS18B20 Maxim One-Wire thermometer with Arduino example code showing external or parasitic power modes.
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Secrets of Arduino millis: How it works and how to use it.
How to use Arduino millis() to make delays, one-shots and simple schedulers plus simple analysis of arduino millis() code; Find out how it works.
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The TCS230 Color Sensing Chip: How it works and how to use it.
How to use the TCS230 (/TCS3200) Color detector chip and easily add it to any of your projects.
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Pic Programmer Types
Which pic programmer do you need? This page discusses PIC programmers and gives some essential information on choosing or building your own programmer.
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Arduino Pulsein: an easy way to measure pulse periods in microseconds.
learn how to use Arduino pulseIn and pulseInLong to get the most accurate pulse measurement on an Arduino.
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