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The processor I would like to use for the Class B test is 16F15313 (which has CRC), which doesn't have an eeprom.

On the 16F1824 (which I've used in the past) these EEPROM register bits are findabl ...

Thanks for your reaction. Most of the errors I receive now are the ones for the function below.

The errors for EEADR and PMADR have I solved to add

#byte EEADR = getenv("DATA_EEPROM& ...

@temtronic: As I've read the underscore is to switch from C to ASM with the same variable in the Microchip XC8 compiler. It is defined as uint16_t CLASSB_timerCount = 0;

@PCMprogrammer: So I need t ...

I'm trying to implement the Class B (IEC60730) files into a CCS program, I've eliminated most errors, but there are a few left which I can't solve. One of them is:

/****************************** ...

We have chosen for the software based UART, therefore the Forse_SW in the #use RS232, but if all is working we could decide to use the hardware based UART again.

So is this setup_adc_ports(sAN0,sAN ...

Hi Jay,

Thanks for your reaction, it could be part of the solution, but because it should be an regular input I don't think pin_select will do the job, only DAC, PWM, SPI and Interrupts are mention ...

Does anyone know if the input pin A0 is changed from 16F1824 to 16F18324? This pin is used for input, but also for RS232 output, so should be switched from input to output during the program if RS232 ...

It seems that your code is working correctly, thank you for your effort.

#include <16F1789.H>

#Fuses HS,NOWDT
#Fuses NOPUT,MCLR,NOPROTECT,NOCPD,BROWNOUT
#Fuses NOCLKOUT,NOIESO
#Fuses NOFCMEN,NOWRT,NOVCAP
#Fuses PLL_SW,NOSTVREN,NOLPBOR,NODEBUG
#Fuses NOLVP
...

Note how I wait for the _return_ on the last write.

Thank you for your reaction, can you explain your 'return' a bit more, is it
dummy=SPI_xfer(0x11,8); //send 8 bit Data this part wha ...

Ok, this part is working, but now the second step, use the sequential mode of the sram to write a lot of bytes into the sram.

So I first changed the "byte" to "sequential" mode: ...

Yes you were both right. Mode=0 solved my problem. Thanks!

The MODE option is more or less a quick way to specify how the
stream is going to sample data. MODE=0 sets IDLE=0 and
SAMPLE_RISE. MODE=1 sets IDLE=0 and SAMPLE_FALL.
MODE=2 sets IDLE=1 and SAMPLE_ ...

I'm trying to communicate with a 16F1789 with an Sram 23LC1024, but it will not be working as expected. Maybe one of you know what is wrong.

Compiler: V5.062

Simplified code:

#include <1 ...

Thanks for all the answers. We tried the reset_cause in the past but it was mentioned as an "NORMAL_POWER_UP".