Read the help file section "Operators Precedence and Associativity"

.... or any good C language resource ...

Short answer - overflow Long answer: unsigned int tmr0 = 65536U - (10 * 1000U * 48 / (4 * 2)); Those values are unsigned integers Maximum value for an unsigned integer is 65535 10 * 1000 * 48 = 480000 480000 is much larger than the maximum value that unsigned int can be, so it will get truncated fro...

Yes MCU clock speed depends on external 8 MHz 2-pin crystal on the StartUSB board The 8MHz crystal is used for the PIC oscillator circuitry and is divided and multiplied to give various possible MCU clock frequencies See section 2 of the datasheet Configuration bits set the various divider options a...

You need to enter the MCU clock frequency, not the external crystal frequency

MCU clock frequency depends on many configuration settings, but StartUSB generally uses a 48MHz clock (I think)

Try using 48MHz as clock frequency for timer calculator.

Cannot help with display functions, as I do not own a compatible display. Here is my attempt at I2C operation. Maybe it will give you a start... ////////////////////////////// UART TEST /////////////////// // // PIN OUT: // RC5 --> TX (for debug) // RC4 --> RX (for debug) // // /////////////////////...

Working project attached

LAT register for output
Enable T0 interrupts
Enable global interrupts

Improved code is attached

Wow! so many things wrong.... so many things confused.... 1) The only way to obtain 32MHz clock from a 2-pin crystal is to use an 8MHz crystal with 4x PLL 20MHz 2-pin crystal can only give 20MHz clock 2) I will give you project settings of 16MHz internal oscillator and 2x PLL once you answer questio...

For PIC18 and newer PIC16 chips, use LAT registers for output and PORT registers for input Corrected code is: // Testing sprecial functions on MikroC // #include "Special_functions.h" // LCD module connections sbit LCD_RS at LATB4_bit; sbit LCD_EN at LATB5_bit; sbit LCD_D4 at LATB0_bit; sbit LCD_D5 ...

Did a bit more investigation, but now I am confused... Tried all of my MZ processors with short programming leads and each development board externally powered, with the following results: PIC32 Dev Board Codgrip MikroProg PIC32MZ2048EFH100 Flip and Click Good Good Device Revision Id = 0xA3 PIC32MZ2...

Thanks filip, I very much appreciate the reply Yes, Codegrip firmware on latest version 1.6.0 Codegrip utility on latest version 1.6.0 Problem solved on uni-clicker by using mikroProg, rather than stand-alone codegrip programmer with suite 1.6.0 and firmware 1.6.0 - but, I am OK with that Unable to ...

I think that you are stuck in a BASIC mind-set You need to adjust to a C mind-set for instance, this is not valid C: SubString = "100150C4304E2512" ; res needs to be a pointer, not a byte res will give the memory address where it found 'C', not it's position in the string the way BASIC does Here is ...

Anyone know a handy trick to program PIC32MZ2048EFH144 SiBRAIN MIKROE - 4375 on Fusion for PIC32 v8 board MIKROE - 4372 please? Programming of as-delivered PIC32MX795F512L works perfectly either from codegrip standalone utility, or from NECTO IDE MZ board will detect reliably, will sometimes read, b...

Hi filip, Thanks for the tip Would you be willing to concede that the exact same configuration will not work for easyPIC v7, v7a? A crossover RJ12 cable would be needed for v7 In other words, easyPIC 8 is wired in reverse, compared to easpic 7 EasyPIC 7 wiring matches Microchip development board wir...

Necto is free for non-commercial use. If you already have an old-style compiler licence, you will get a year's free commercial licence (I think) ---- or maybe it is only if you paid for Necto compiler already - not sure which Plenty of opportunity to try before you buy. Use legacy mode for older cod...