void WakeUpTimerInit(void)
{
	/* TIMER CLK 
	 * 
	 * When in STOP or SLEEP mode, this timer is clocked by ALFCLK
	 * ALFCLK is configured to be 1khz (1mS)
	 * 
	 */
	
	// PTB2 must be set to output
	B_GPIO_CTL = GPIO_CTL_PTB2_OUTPUT;

	// route Timer OC3 to PTB3
	B_GPIO_OUT2_TCOMP3 = 1;  

	// set Timer Ch3 to OC
	B_TIOS_IOS3 = 1;

	// force internal PTB3 to low
	B_TSCR1_TEN = 1;
	B_TCTL1 = 0x80;							// set OC3 for Falling 
	B_CFORC_FOC3 = 1;          				// force OC on OC3
	B_TSCR1_TEN = 0;
	 
	// setup a rising edge in 10s
	B_TCTL1 = 0xC0;							// set OC3 for Rising

	B_TC3 = B_TCNT + 10000;          		// reload 10s
	B_TFLG1_C3F = 1;						// Clear Irq Flag

}

void GoToSleep()
{
	u8 CAN_status[3];

	Sleep_CAN(CAN0, CMPTX); // request CAN channel 0 go to sleep with completing transmission scheduled

	do {
		Check_CAN_Status(CAN0,CAN_status); // read the channel 0 status
	}while (!(CAN_status[1]&SLPAK)); // wait till SLPAK bit set

	CAN_STDBY(STANDBYMODE); 
	_DDRA.Bits.DDRA0 = 0; // Make STBY pin an input

	TsenseDisable();
	VsenseDisable();

	ADCLpEnable(); // Only monitor Current

	WakeUpTimerInit();

	B_PCR_WUE = B_PCR_WUE_WUPTB4_MASK | B_PCR_WUE_WUPTB2_MASK;

	PCREnterStopMode(); 

	// .....zzzzzzzzzzz (stop mode)
	// after wakeup the code continues to run here....
	// but first the D2D Interrupt service routine will be run 
	B_WD_CTL = WD_OFF;

	WakeUpReason = B_PCR_SR;

	B_PCR_SR = 0xFFFF;											// Clear PCR Status Register Flags

	B_PCR_WUEH_WUPTB2 = 0;										// Disable Wake Sources
	B_PCR_WUEH_WUPTB4 = 0;
	

	TsenseEnableExtSensor();
	TsenseEnableIntSensor();
	VsenseEnable();
	
	CAN_STDBY(NORMALMODE); 
}