Introduction to the Microchip PIC C Programming. The PIC microcontroller is quite popular in industrial and hobbyist, some of the newest 8 bit midrange Microchip PIC microcontroller with nano. Watt technology is PIC1. F6. 90, this 2. 0 pin microcontroller has a build in peripherals such as ADC, UART, PWM, I2. C, analog comparator and with 7. KBytes program memory flash for those whos come from the AVR background this is a good change to gain the knowledge as we know is hard to find the comparable 2. What is MPLAB IDE MPLAB Integrated Development Environment IDE is a free, integrated toolset for the development of embedded applications employing Microchips PIC. This compiler has been discontinued and is no longer supported. This compiler has been replaced by the MPLAB XC8 PRO SW0060212. HITECH C Compiler for PIC1012. Software Hack Pulsa on this page. Blog Entry Building your own Simple Laser Projector using the Microchip PIC12F683 Microcontroller April 13, 2010 by rwb, under Microcontroller. The 8 pins PIC12F683. Comment by rwb. Thank you Make sure you install the Microchip HITECH C Compiler for PIC101216 MCUs Lite Mode V9. MPLAB IDE C. AVR microcontroller product which has the same feature as Microchip PIC1. F6. 90 and for those who are the first time learner welcome to the PIC microcontroller world. Which tools should I use. To start C programming language on Microchip PIC Microcontroller you need these following tools Down load the latest Microchip MPLAB IDE which provide you with the complete IDE integrated development environment for managing project, program editing, compiling, debugging and downloader for all Microchip PIC Microcontroller series. The MPLAB IDE is already come with the HITECH PICC Lite C compiler and fully integrated with MPLAB IDE. The PIC1. 6F6. 90 datasheet, is one of the most important document if you want to learn this type of microcontroller. HITECH C Compiler for the PIC101216 MCUs v9. This release provides new part support and bug fixes. Please see the. Microchip PICKit. Programmer. PICJazz 1. F6. 90 board from ermicro for circuit schema click hereAfter downloading, install the Microchip MPLAB IDE and just follow all the default setting. My first PIC C Programming. To create your first PIC project go to Start All Programs Microchip MPLAB IDE ver 8. MPLAB IDE I am using version 8. Dynasty Warriors 7 Xtreme Legends Pc English Patch V3'>Dynasty Warriors 7 Xtreme Legends Pc English Patch V3. MPLAB IDE application screen then start the project wizard by selecting the menu Project Project Wizard from MPLAB IDE and this will launch the project wizard, just continue with Next button and it will show the project wizard step one form as follow Choose the PIC1. F6. 90 device then click Next button On step two we choose the HI TECH C Compiler and click Next button. Step three create your project file which is myfirstc in this tutorial then click Next button on step four just click Next button because this is you first program there is no existing file to be added then press Finish button on the last screen this will bring you to the MPLAB IDE blank environment as follow From MPLAB IDE create new program file by selecting menu File New and save it as myfirstc. File Save As. Again from MPLAP IDE menu select View than activate the Project, Output and the Watch screen. On the project screen right click on the Source Files and chose Add Files add myfirst. XiIJuc1XRQ/hqdefault.jpg' alt='Hi-Tech C Compiler For Pic10/12/16 Mcus' title='Hi-Tech C Compiler For Pic10/12/16 Mcus' />PIC IDE MPLAB V8. Microchip V8. 63 MPLAB IDEV8. Hi-Tech C Compiler For Pic10/12/16 Mcus' title='Hi-Tech C Compiler For Pic10/12/16 Mcus' />Now you are ready to start your first PIC C program, just copy and paste this following code. Padarth Vigyan Ebook. File Name myfirstc. CSD/units/Ch4/U4_06/imgflow7.jpg' alt='Hi-Tech C Compiler For Pic10/12/16 Mcus' title='Hi-Tech C Compiler For Pic10/12/16 Mcus' />Version 1. Description My First PIC C Programming. Authors RWB. Targets PICJazz 1. F6. 90 Board. Compiler HITECT PICC Lite Version 9. PL1. IDE Microchip MPLAB IDE v. Programmer PICKit. Last Updated 0. Dec 2. PIC Configuration Bit. INTIO Using Internal RC No Clock. WDTDIS Wacthdog Timer Disable. PWRTEN Power Up Timer Enable. MCLREN Master Clear Enable. UNPROTECT Code Un Protect. UNPROTECT Data EEPROM Read Un Protect. BORDIS Borwn Out Detect Disable. IESODIS Internal External Switch Over Mode Disable. FCMDIS Monitor Clock Fail Safe Disable. CONFIGINTIO WDTDIS PWRTEN MCLREN UNPROTECT UNPROTECT BORDIS IESODIS FCMDIS Using Internal Clock of 8 Mhz. FOSC 8. 00. 00. 00. LThe Delay Function. FOSC1. while us 0 continue void delaymsunsigned int ms. OSCCON0x. 70 Select 8 Mhz internal clock TRISC 0x. Set All on PORTC as Output. ANSEL 0 Set PORT ANS0 to ANS7 as Digital IO. ANSELH 0 Set PORT ANS8 to ANS1. Digital IO for. PORTC 0x. Turn On Port RC0. Delay 2. 00 ms. PORTC 0x. Turn Off Port RC0. Delay 2. 00 ms. The PIC microcontroller C Code. One of the interesting part in Microchip PIC microcontroller feature is the configuration bit, this bit can be set when we power on the microcontroller and put it in our program unlike AVR microcontroller which known as fuse bit and lock bit this bits has to be set first before we can use the microcontroller. You could include this setting on your code or instruct the MPLAB IDE to include this setting for you by using menu Configure Configuration Bits as follow Uncheck the Configuration Bits set in code option and this setting will overwrite any configuration bit you set in your code. For this tutorial I am using this configuration bit statement remember using CONFIG with double underscore CONFIGINTIO WDTDIS PWRTEN MCLREN UNPROTECT UNPROTECT BORDIS IESODIS FCMDIS Now lets take a look in the main code area the first statement is to choose the 8 Mhz internal clock, the default value is 4 Mhz and by setting the oscillator control register OSCCON special function register in the PIC1. F6. 90 microcontroller to hex value 0x. Mhz internal clock maximum as follow OSCCON0x. Select 8 Mhz internal clock The TRISC is a three state bidirectional buffer control register for PORTC, by clearing all the bit set to logical 0, we instruct the PIC microcontroller to use the PORTC as output port by setting to logical 1 mean we use for input port. TRISC 0x. 00 Set All on PORTC as Output The ANSEL and ANSELH are the analog select registers by default all the analog port in PIC1. F6. 90 are set to analog input not for digital IO, therefore by clearing all bits set to logical 0 in these special function registers we instruct the PIC microcontroller to use all the available analog input as a digital IO port. This is one of important preparation before we use the PIC port for digital IO ANSEL 0 Set PORT ANS0 to ANS7 as Digital IO. ANSELH 0 Set PORT ANS8 to ANS1. Digital IO Inside the empty for statement never ending loop I just assign the PORTC so the LED attached to RC0 on the PICJazz 1. F6. 90 board will on and off and put the delay 2. PORTC 0x. 01 Turn On Port RC0. Delay 2. 00 ms. PORTC 0x. Turn Off Port RC0.