Mikroc pro for pic or mplab xc8
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- #Mikroc pro for pic or mplab xc8 drivers
- #Mikroc pro for pic or mplab xc8 software
- #Mikroc pro for pic or mplab xc8 code
Setting your negative and positive voltage references (we are just using Vss and Vdd).Depending on your clock speed, setting it too fast can result in the capacitor not charging fully, so be careful) You can set how long it takes to measure it by changing your clocksource. Set your clocksource (essentially the ADC works by tracking how long a capacitor takes to charge.Setting right/left justification when the 10bit ADC result gets stored in the 2 ADRES registers (right=, left = ).These SFRs simply store the 10bit ADC value.ĪDCONx SFR is used to configure the ADC conversion registers
#Mikroc pro for pic or mplab xc8 code
Using this information, you may have to edit some of the code to reflect your specific setup.ĪDRESH and ADRESL (ADC result high byte and low byte registers) a bit value of 1 will mark a pin as an analog input.ĪNSELA = 0x09 // Sets RA0 and RA3 as analog inputs for example The ANSEL (analog select) register configures the pins as analog inputs. PORTB = 0x00 //sets all the outputs low for example The PORT register sets up the values actually being sent out to or read in from the pins TRISB = 0x05 //0b00000101 sets pins 0 and 2 as inputs for example A quick way to remember is 0 = Output and 1 = Input. A bit value of 0 means it is configured as an output and a value of 1 indicates input. The TRIS (tri-state) register controls the direction (Input or Output). Special Function Register (SFR) Refresher: I will be using RB0-RB3 to display the LED outputs as well. I will be configuring pin RA0 since that is the pin wired to the potentiometer on my board. The code you just pasted should work just fine for a PIC1827 but each PIC is a little bit different.Ĭheck your data sheet to see which pin (and therefore PORT) you would like to hook up the AI to. } while(doneBit) //while go bit is on (AD conversion in progress) Uint8_t delayTime = 20 //20ms acquasition delay Configure ADC module //b sets right justification, b sets CS = FRC, Disable the Peripheral Interrupts //INTERRUPT_PeripheralInterruptDisable() Disable the Global Interrupts //INTERRUPT_GlobalInterruptDisable() Enable the Peripheral Interrupts //INTERRUPT_PeripheralInterruptEnable() Enable the Global Interrupts //INTERRUPT_GlobalInterruptEnable() When using interrupts, you need to set the Global and Peripheral Interrupt Enable bits Void setLEDS(uint16_t) //Set LEDs to the AI value Void initComponents() //Setup the output pin(s)
#Mikroc pro for pic or mplab xc8 software
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#Mikroc pro for pic or mplab xc8 drivers
Generation Information : Product Revision : PIC10 / PIC12 / PIC16 / PIC18 MCUs - 1.45 Device : PIC16F1827 Driver Version : 2.00 The generated drivers are tested against the following: Compiler : XC8 1.35 MPLAB : MPLAB X 3.40 * Summary: This is the main file generated using PIC10 / PIC12 / PIC16 / PIC18 MCUsĭescription: This header file provides implementations for driver APIs for all modules selected in the GUI. under the files tab you should now see the main.c file.Click Generate to compile the default main.c file (save the default config file then select yes).It's now time to open the code configurator (MCC) check the power circuit from PICkit x box and set the voltage level to 3.375.Select Power from the the dropdown menu.Select your PICkit programmer on the left hand side.Right click the project and select properties.Select a project name+file location then click finishĪssuming you are using a PICkit programmer, you then have the option to power the microcontroller from it.Select Compiler (We will be using XC8).Select your tool (I selected PICkit 3).Select your device from the dropdown list (mine is a PIC16F1827 for example).Category: = Microchip embedded and Projects: = Standalone Project.We want to create a new project in the MPLAB IDE.