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 This compiler has been replaced by the MPLAB XC8 PRO SW0060212.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. Comment by rwb. Thank you Make sure you install the Microchip HITECH C Compiler for PIC101216 MCUs Lite Mode V9. MPLAB IDE C. Hitech C Compiler For Pic10 12 16 Mcusd2Building your own Simple Laser Projector using the Microchip PIC1. F6. 83 Microcontroller. Blog Entry Building your own Simple Laser Projector using the Microchip PIC12F683 Microcontroller April 13, 2010 by rwb, under Microcontroller. The 8 pins PIC12F683. HITECH Enterprise Edition support for all PIC1012141617182432 MCUs and dsPIC3033 DSCs families. The 8 pins PIC1. 2F6. Microchip 8 bit microcontroller families but equipped with powerful peripherals such as ADC and PWM capabilities. This make this tiny microcontroller is suitable for controlling the DC motor speed. In order to demonstrate the PIC1. F6. 83 capabilities and to make this tutorial more attractive, I decided to use the PIC1. F6. 83 microcontroller to generate simple and yet fascinating laser light show from a cheap keychain laser pointer. The basic of laser light shown in many entertainments club or park mostly use two method the first one is to beam the laser shower on the spectators and the second one is to display the laser drawing pattern on the screen. On this tutorial we are going to build the laser projector that displays the spirograph pattern on the screen using the tiny Microchip PIC1. ZmPtDJObRo/TwaSGB3_W6I/AAAAAAAABFM/WQhZp7jtKEk/s640/%2525E3%252582%2525A2%2525E3%252583%252583%2525E3%252583%252597%2525E3%252583%2525BB%2525E3%252583%252587%2525E3%252583%2525BC%2525E3%252583%252588-4.jpg' alt='Hi-tech C Compiler For Pic10 12 16 Mcusd185' title='Hi-tech C Compiler For Pic10 12 16 Mcusd185' />How to Use MPLAB IDE. Download MPLAB IDE and use the tutorial in the MPLAB IDE Users Guide at the bottom of this page to explore how easy it is to create an. The MSP430 is a mixedsignal microcontroller family from Texas Instruments. Built around a 16bit CPU, the MSP430 is designed for low cost and, specifically, low. F6. 83 microcontroller. The principle of making the spirograph laser projector is to use at least two DC motors with the attached mirror on it, these mirrors then will deflect the laser beam from one DC motor mirror to the second DC motor mirror and then finally to the screen. By controlling each of the DC motors spinning speed we could generate a fascinating laser spirograph pattern on the screen as shown on this following picture. The best way to control the DC motor speed is to use the PWM pulse wave modulation signal to drive the DC Motor and because we want to change the DC motor speed manually, therefore we need to use the trimport or potentiometer to control each of the DC motors speed. Hmm, this sound like an appropriate job for the microcontroller but could we use this tiny 8 pins PIC1. F6. 83 microcontroller to handle this taskES9018 DAC MODULE. The DAC module use a dedicated power supply with shunt separated for any section of the ES9018 1. V core 1. 2 analog left and right separated. March, 2014 issue no. What is MPLAB IDE MPLAB Integrated Development Environment IDE is a free, integrated toolset for the development of embedded applications employing Microchips PIC. LM/lm2.png' alt='Hi-tech C Compiler For Pic10 12 16 Mcusd' title='Hi-tech C Compiler For Pic10 12 16 Mcusd' />From the datasheet you will notice that the Microchip PIC1. F6. 83 microcontroller only has one PWM output CCP1 and four ADC input channel AN0, AN1, AN2 and AN3. NSAR6.jpg' alt='Hi-tech C Compiler For Pic10 12 16 Mcusta' title='Hi-tech C Compiler For Pic10 12 16 Mcusta' />Because we need two PWM output, therefore instead of using the PIC1. F6. 83 microcontroller build in PWM peripheral, in this tutorial I will show you how to generate the PWM signal base on the PIC1. F6. 83 microcontroller TIMER0 peripheral. The following is the complete electronic schematic for the laser projector project. Ok before we go further with the detail lets list down the supporting peripherals needed to complete this laser projector project Hot glue gun. Keychain laser pointer or any available laser pointer. AA, 4. 5 volt battery holder for powering the laser pointer, please use the same voltage rate used by your laser pointer. Two DC motor taken from the discarded PS2 Dual shock joystick. Two toys car tire taken from tamiya racing car. CDDVD for the mirror, use a kitchen scissor to cut the CDDVD into the two circle shape mirror with approximately 3. Some toys plastic bricks for holding the DC motor. Breadboard. Hardboard or acrylic is used for the base of our laser projector. Double Tape. The following are the electronic parts and the software development tools that I used to make this laser projector project Resistor 3. K 5 and 1. 0K 1Trimport 1. K 2Capacitor 1. F 2 and 1. F 1One 1. H Inductor. Two 1. N4. 14. 8 Diodes. Two Blue and one Red Light Emitting Diode LEDTwo 2. N2. 22. 2A transistors. One Mini Push Button Switch. One Microchip PIC1. Office 2010 Professional Plus Volume License Iso. F6. 83 Microcontroller. Microchip MPLAB v. IDE Integrated Development EnvironmentMicrochip Macro Assembler MPASMWIN. HI TECH C Compiler for PIC1. MCUs Lite Mode V9. Microchip PICKit. Programmer Firmware Suite Version 0. This project is aim as the continuing lessons to my previous posted blog Introduction to PIC Assembly Language Part 1 and Introduction to PIC Assembly Language Part 2, therefore I used the same PIC1. F6. 83 board presented in the part 2 which you could down load both of the electronic schematic and the PCB layout designed in Eagle CAD format. The other interesting feature of this laser projector project is besides the PIC assembly code I also provide the C language version of this project for the C language lover and is compiled with the HI TECH C Compiler recently the HI TECH Software has been acquired by Microchip. This C language version could be used for learning as well as the embedded system programming language comparison. In this project I also use a new Microchip PICKit. Microchip PICKit. PIC1. 2F6. 83 microcontroller flash. The following is the Laser Projector code in PIC Assembly Language. File Name laserlight. Version 1. 0. Description Laser Light Show Project. Author RWB. Target Microchip PIC1. F6. 83 Microcontroller. Compiler Microchip Assembler MPASMWIN. IDE Microchip MPLAB IDE v. Programmer PICKit. Firmware Suite Version 0. Last Updated 0. April 2. F6. 83. inc config INTRCOSCNOCLKOUT WDTOFF PWRTEOFF MCLREOFF CPOFF IESOOFF FCMENOFFdefine MAXTMR0 0x. FB. define MAXCOUNT. MAXDEBOUNCE 0x. 0A. MAXTBLINDEX 0x. 0A Define variables used. Delay 2 Define two registers for the Delay and Delay 1. Operation Mode. pwmcount Hold the Main PWM Counter. Hold the PWM width for Motor 1. Hold the PWM width for Motor 2. Debounce Count. tableindex Table Index for Auto PWM. Define variable use for storing STATUS and WREG register. Use unbanked RAM, available both in Bank. Bank. 1. endc Start the Light show Assembler Code here. We always start at flash address 0. Ca Cpt Notes Pdf here. Main Jump to Main org 0x. Start PIC Interrupt Address. PICISR Start the PIC Interrupt Service Routine. Save Working Register. STATUS,w Save Status Register. Check the TIMER0 Interrupt here. INTCON,T0. IF. goto Exit. ISR If T0. IF 1 then Exit ISR. STATUS,RP0 Select Registers at Bank 0. MAXCOUNT. subwf pwmcount,w if pwmcount lt MAXCOUNT then Check. PWM. btfss STATUS,C else clear GP1 and GP2. Check. PWM. bcf GPIO,GP1 GPIO10. GPIO,GP2 GPIO20. Exit. PWMCheck. PWM. STATUS,Z if pwmcount pwmm. Set GP1. bsf GPIO,GP1 Set GP1 Bit. STATUS,Z if pwmcount pwmm. Set GP2. bsf GPIO,GP2 Set GP2 bit. INTCON,T0. IF clear the TIMER0 interrupt flag. MAXTMR0. movwf TMR0 TMR0 MAXTMR0. Exit. ISR. movf savedstatus,w. STATUS Restore STATUS Register. Restore W Register. Return from Interrupt. Main. bsf STATUS,RP0 Select Registers at Bank 1. OSCCON Set the internal clock speed to 8 MHz. GP1 and GP2 Output, GP0,GP3,GP4 and GP5 as Input. TRISIO TRISIO 0x. STATUS,RP0 Select Registers at Bank 0. CMCON0 Turn off Comparator GP0, GP1, GP2. GPIO. Now we Set the ADC Peripheral. STATUS,RP0 Select Registers at Bank 1. Set AN0 GP0 and AN3 GP4 as Analog Input. ANSEL Using the Internal Clock FRC. Now we set the TIMER0 Peripheral. TIMER0 Period 1FSOC x 4 x Prescale x TMR0. Use TIMER0 Prescaler 1 2, Internal Clock. OPTIONREG OPTIONREG 0x. STATUS,RP0 Select Registers at Bank 0. MAXTMR0. movwf TMR0 TMR0MAXTMR0. Initial the variables used. Default mode 0, Light Show Off. Activate the Interrupt. INTCON,GIE Enable Global Interrupt. Main. Loop. btfsc GPIO,GP5 Now we check the Button. Check. Mode if GP5 0 goto Check. Mode. movlw 0x. 01. MAXDEBOUNCE. btfss STATUS,C if keycount MAXDEBOUNCE goto Key. Pressed. goto Key.