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void init_msc1210(void)

{

    /***********************************************************************

    * UART

    ***********************************************************************/

    T2CON   =   INIT_T2CON;         // T2 as baudrate generator

    RCAP2H  =   (T2RELOAD >> 8);    // baudrate reload factor

    RCAP2L  =   (T2RELOAD & 255);   // Low byte

    SCON0   =   INIT_SCON0;         // Async mode 1, 8-bit UART, enable rcvr, TI=0, RI=0

    /***********************************************************************

    * System Timers

    ***********************************************************************/

    MSECH   =   (ONEMS>>8);           // Milisecond register

    MSECL   =   (ONEMS&255);          // Low byte

    HMSEC   =   INIT_HMSEC;           // 100 Milisecondregister

    /***********************************************************************

    * Peripherals Power Control

    ***********************************************************************/

    PDCON   &=  INIT_PDCON;             // ADC-ON

/*************************************************************************

* Constant definitions

**************************************************************************/

#define XTAL        11059200        // XTAL frequency

#define BAUDRATE    115200                

#define SAMPLERATE  800

#define INIT_ACLK   1      

#define ONEMS       (XTAL/1000)                  

#define FMOD        (XTAL/((INIT_ACLK+1)*64))

#define DECIMATION  (FMOD/SAMPLERATE)      

#define T2RELOAD    (65536-(XTAL/32/BAUDRATE))

#define INIT_T2CON  0x34 

#define INIT_SCON0  0x50

#define INIT_HMSEC  99

#define INIT_ADCON1 0x00

#define INIT_AIE    0x20

#define INIT_PDCON  0x0f7

#define DISCARD_SAMPLES 1  // wenn Filter aus 1  Bei SYNC3 =3

#define ADC_BIT     32

#define ONEMS   11059       // XTAL-1 ms

#define DECIMATION (uint)720    // 20 Hz data rate

#define RCAP2   65500       // T2: 9600 Bd

#define WDSERV()    WDTCON |= 0x2F; WDTCON &= ~0x20; // Watchdog Service

#define EVREF   32      // If set, internal reference enabled

#define VREFH   16      // Reference Voltage: 0: 1.25, 1: 2.5 V

#define EBUF    8       // If set: Input buffer enabled

#define GAIN_1  0       // Flags for several PGA GAINS

void init_msc1210_2(void){

    T2CON  = 0x34;   // T2 as baudrate generator 

    RCAP2H  = (RCAP2>>8);

    RCAP2L  = (RCAP2&255);

    SCON   = 0x50;   // Async mode 1, 8-bit UART, enable rcvr, TI=0, RI=0

    MSECH=(ONEMS>>8); // Milisecond register

    MSECL=(ONEMS&255); 

    HMSEC=99;   // 100 Milisecondregister

    PDCON &= 0x0f7;  //ADC-ON

    PDCON &= ~0x04; // WD ON

    WDTCON=0x80;    // WD-Enable

    WDTCON=0x00;

    WDSERV();   // initial serve Watchdog

    ACLK = 11;              // ACLK = 11.0592MHz/(11+1)= 0.9216MHz

    ADCON3=(DECIMATION>>8);

    ADCON2=(DECIMATION&255);        // AD-Speed

    ADCON0 = EVREF|EBUF|GAIN_1;         // Vref on 1.25V, Buff on, BOD off, PGA 1

    EAI=1;              // Enable Auxiliary IRQ

    AIE=0x20;           // Enable A/D aux IRQ

}

#include <stdio.h>

#include <reg1210.h>

void main(void)

{

  PCON |= 128;  // Baudrate double

  SCON = 124;   // 8 Bit UART - PC-compatible

  TH1 = 250;    // Divisor = -6 (57600/6=9600 Bd.)

  TMOD = 32;    // use timer 1 as baudrate generator

  TCON = 64;

  ES = 0;       // Enable Serial IRQ (if required)

  EA = 1;       // Enable general IRQs (if required)

  TI = 1;       // Transmitter Interrupt Flag

  printf("hello world\n");

  while (1);

}