نقوم بإخراج الإشارة البعيدة من راديو السيارة مع مضخم يتم التحكم فيه بواسطة i2c

typedef struct
{
unsigned char CD_10 :1;
unsigned char UnmuteRearChannels :1;
unsigned char UnmuteFrontChannels :1;
unsigned char RearChannelGain12db :1;
unsigned char FrontChannelGain12db :1;
unsigned char OffsetDetectionEnable :1;
unsigned char DiagnosticEnable :1;
unsigned char NotUsed1 :1;
} tIB1;

typedef struct
{
unsigned char HighEfficiencyMode_Left :1;
unsigned char HighEfficiencyMode_Right :1;
unsigned char CurrentDetectionDiagnosticEnable:1;
unsigned char LineDriverModeDiagnostic :1;
unsigned char StandbyOff :1;
unsigned char FastMuting :1;
unsigned char NotUsed1 :1;
unsigned char NotUsed2 :1;
} tIB2;

typedef union
{
struct
{
tIB1 IB1;
tIB2 IB2;
} IBs;
char Bytes[2];
} tTWI_Buff;

void CheckTWIbuff(void)
{
if ((TWI_Buff.IBs.IB2.StandbyOff) && (TWI_Buff.IBs.IB1.UnmuteFrontChannels))
REMOTE_ON();
else
REMOTE_OFF();
}

#pragma vector=TWI_vect
__interrupt void TWI_ISR()
{
switch (TWSR & 0xF8)
{
//===
case 0xa8: // , , Data.
case 0xb8: // Data, ACK.
case 0xc0: // Data, NACK.
TWDR = 0xFF;
break;
//===
case 0x60: // , , Data.
TWI_Buff_Idx = 0;
LED_Flash(5000);
break;
case 0x80: // Data, .
case 0x88: // Data, .
TWI_Buff.Bytes[TWI_Buff_Idx++] = TWDR;
break;
case 0xa0: // STOP RESTART.
CheckTWIbuff();
break;
case 0xF8:
case 0x00:
Init_Twi();
break;
default:
break;
}

TWCR |= (1 << TWINT); // .
}