程式裡有說要使用特定的 : PCW v2.619 Compiler，所以你要先有這個編譯器，不然你要修改成適合 Hi-Tech PICC or CCS 的程式。
Microchip 的 C18 只支援 PIC18Fxxxx 系列，目前不支援 PIC16Fxxx 系列的元件，所以你使用錯了 C Compiler所以編譯就會錯了。

請善心人事幫忙小弟是門外漢想diy玩玩
網路diy一個c語言的pic16f84a用的檔案我要
組譯成hex可是灌了以下的程式
MPLAB IDE v6.10
MPLAB IDE v7.20
MPLAB IDE v7.61
MPLAB IDE v8.0
與
MPLAB-C18 v3.12
MPLAB-C18 v3.15
都找不到~16F84a.H~這個檔案(有人知道那裡有嗎)
用MPLAB IDE都無法成功跑出路徑都ok
跑出以下錯誤
Make: The target "C:\me\ignition_tci_84.o" is out of date.
Executing: "C:\MCC18\bin\mcc18.exe" -p=16F84A "ignition_tci_84.c" -fo="ignition_tci_84.o" -Ou- -Ot- -Ob- -Op- -Or- -Od- -Opa-
MPLAB C18 v3.15 (demo)
Copyright 1999-2005 Microchip Technology Inc.
Days remaining until demo becomes feature limited: 60
Error: unsupported processor 16F84A
Error executing C:\MCC18\bin\mcc18-traditional. Unknown error [errno = 0]
Halting build on first failure as requested.
BUILD FAILED: Wed Feb 13 07:02:31 2008



要組譯的檔案如下
//***************************************************************************
//******
//****** Digital Transistorized Ignition (TCI version). SPORTDEVICES SEP/29/2007
//******
//****** NOTE: use compiler: PCW v2.619
//******
//****** Digital parts: PIC16F84a, XTAL 4MHz
//****** Complete schematic: www.sportdevices.com/ignition/ignition_TCI_84.htm
//****** To ask any question: jandani@sportdevices.com
//******
//******
//****************************************************************************

#include <16F84a.H>
#fuses XT,NOWDT,PUT
#use fast_io(a)
#use delay(clock=4000000)
#define pickup PIN_B0 //pin 6
#define coil PIN_A2 //pin 1
#define LED PIN_A4 //pin 1
#use rs232(baud=19200, xmit=PIN_A3, rcv=PIN_A1)


//setup values
#define prescaler 7 //2^7=128
#define dwell_time 4000 //us
#define delay_multiple 8 //8 us, min 3 us
#define low_rpm_pulse true //does it generate pulses at low rpm?
#define low_rpm_multiple 40 //us, to calculate degrees at low rpm (8 * 2.5 = 40)
#define silent_time 1000 //silent time after spark to avoid false triggers
#define pulse_polarity 0 //0-activates low
#define min_rpm 200 //min rpm value, if lower the program starts again
#define min_period 31
//********
#define max_period (60000000/128/min_rpm) //(2^prescaler)

const byte ignition0[64]={
15,15,16,16,17,17,18,18,18,19,19,20,20,21,21,22,22,23,23,24,24,25,49,75,101,106,108,110,112,
114,116,118,119,121,123,125,127,129,131,133,135,137,138,140,142,144,146,148,150,152,154,156,157,159,161,163,165,167,169,
171,173,174,176,182};


#byte TMR0=0x01
#byte STATUS=0x03
#byte PORTA=0x05
#byte PORTB=0x06
#byte INTCON=0x0b
#byte OPTION_REG=0x81

#define perl make8(per,0)
#define perh make8(per,1)

int tmr0h,del;
int16 per,per_ant,dwell,per_tmp;
boolean first=true,second=true;

#byte W_TEMP=0x7f
int STATUS_TEMP;

#int_global
void int_tmr0()
{
//PUSH
#asm
movwf W_TEMP //store W and STATUS
swapf STATUS,w
movwf STATUS_TEMP
#endasm

if(tmr0h<0xff) tmr0h++;

bit_clear(INTCON,2);
if(tmr0h>(max_period/256+1))
{
//timeout is needed to prevent coil to burnout
first=true;
output_low(coil); //turn off the coil (residual spark will result)
}

//POP ****************************
#asm
swapf STATUS_TEMP,W
MOVWF STATUS
SWAPF W_TEMP,F
SWAPF W_TEMP,W
#endasm
}

void check_dwelltime()
{
if (!input(coil)) //is activated yet, if so-> don't waste time
{
if(tmr0h<max_period/256)
{
per=make16(tmr0h,TMR0);
if(per>dwell) output_high(coil); //start dwell time now
}
}
}

void wait_pulse()
{

#if pulse_polarity==0
while (!input(pickup)); //wait line goes high
while (input(pickup)) check_dwelltime(); //wait line goes low
#else
while (input(pickup)); //wait line goes low
while (!input(pickup)) check_dwelltime(); //wait line goes high
#endif

per=make16(tmr0h,TMR0);
TMR0=0; tmr0h=0;
}

void main(){

INTCON=0xa0; //T0IE=1
OPTION_REG=prescaler-1; //PULLUP on, 2^prescaler=128
set_tris_a(0x01);
set_tris_b(0x01); //PIN B0 input (curve selector)

#ifdef LED
output_low(LED);
delay_ms(50);
output_high(LED);
delay_ms(100);
#endif

dwell=0xffff; //first time

while (true)
{

//first pulse is not processed because the period can not be calculated until the second pulse
if(first) { wait_pulse(); first=false; second=true;}

wait_pulse();
if(second) {per_ant=per; second=false;}

output_high(coil); //start dwell time (if not started yet)

if ((per>=min_period)&&(per<min_period+sizeof(ignition0)))
{
del=perl-min_period;
#ifdef curve_sel
if(input(curve_sel))
del=ignition1[del];
else
#endif
del=ignition0[del];

del=del-8; //delay adjust (substract 8*4=32 us)
//do delay
#asm
bucle: #endasm
delay_cycles(delay_multiple-3);
#asm
decfsz &del,f
goto bucle
#endasm
}

else
{
if (per>=max_period) first=true; //if rpm is too slow, engine is stoped

#if low_rpm_pulse
else
if (per>=min_period+sizeof(ignition0))
{
per_tmp=per;
#asm
bcf 03,0
incf &per_tmp,F
incf &per_tmp+1,F
loop2: #endasm
delay_cycles(delay_multiple-3);
#asm
decfsz &per_tmp,f
goto loop2
decfsz &per_tmp+1,f
goto loop2
#endasm

}
#endif
}

output_low(coil); //fire or turn off the coil

dwell=per-(per_ant-per)-(dwell_time/128); //per - increment - dwell time
per_ant=per;

per=make16(tmr0h,TMR0);
dwell=dwell+per; //consider the delay from ref

delay_us(silent_time); //time after spark to avoid false triggers
} //while
} //main