//Global variable
//volatile int adc_count = 16;

#pragma vector = ADC10_VECTOR
__interrupt void ADC_ISR(void)
{
	//Decremement ADC read
	adc_count--;

	//Save A15
	if(adc_count == 15){
		//Save battery voltage
		A15_result = ADC10MEM0;
	}

	//Save A14, Rx RSSI
	else if(adc_count == 14){
		//Save RSSI voltage
		A14_result = ADC10MEM0;

		//RSSI floating = ~1.15V, wake at ~1.3V
		if(rssi_result >= 240){
			//////////////////
			//System Wake-Up//
			//////////////////

			//Activate system. Wake Up
			G_AWAKE = 1;
			PJOUT_PDN |= RX_PDN;

			//Exit low power mode
			_BIC_SR(LPM0_EXIT);

			//Reset time-out interrupts
			timer_count = 0;
			TA0CTL |= TACLR;

			// Enable interrupts for CCR0.
			TA0CCTL0 = CCIE;
		}
	}

	//Save A1
	else if(adc_count == 1){
		//Save position
		A1_result = ADC10MEM0;
	}

	else if(adc_count == 0){
		//Reset count
		adc_count = 15;

		//Clear flag
		ADC10IFG = 0;
	}
}