hi,

I've tried some variations within the posted code.

Here are some requested information:
Sys_clk = 49MHz
ADC_Samplerate = 100kHz
EEPROM via SPI: 5GHz clocking
--------------------------------

I think this is a solution which is working:

First I sample 32 values into an array.
Next step: save the array values via a For-Loop to EEPROM.
After both loops are done I start with a new page and doing the same again.

...

   
  //ADC sampling loop is done before

   SFRPAGE   = SPI0_PAGE;
   SPIF     = 0;
   NSSMD0   = 0;

//**********FOR loop START*********		
   for (buf=0; buf<32; buf++){                          //value = 32 due to high&low bit split
   measurement[buf]=measurement[buf];
   SPI0DAT  = measurement[buf];				//save low 8 bits   
   while (!SPIF);
   measurement[buf]=measurement[buf] >> 8;
   SPI0DAT  = measurement[buf];				//save high 8 bits
   while (!SPIF);
   Delay_us (1);                                        //safety delay
   }
//**********FOR loop END*********

 

At the moment this seems to work. I'll check the timing with an oscilloscope during the weekend (and of course the data storage ;).
I'll write the outcome on Monday.

BR,
Reinhard