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Timer Peripheral Assignment Goal Understand the use of Timers Instructions/Questions: Use the MSP430G2553 User's Guide and Datasheet to write the code for Timer 0 When writing the code it must be commented in detail. For example: MOV.W #MIC-1+TASSEL 1+TACLR, & TACTL ; Set timer to: Count up, Source ACLK, Clear Counter 1) Blink and LED every 500 mS using Timer A Configure the timer in Up Mode. Use ACLK as clock for the timer. Assume the ACLK has a 12KHz frequency The Timer should interrupt every 500 mS and an interrupt routine should toggle the pin P1.0 which is connected to the LED 2) Generate a square wave with a 100 Hz frequency and a duty cycle of 20% Configure the t?mer in Output Mode, in Set Reset mode. Use ACLK as clock for the timer. Assume the ACLK has a 12KHz frequency. Use P1.2 as the timer output (check pages 6 and 43 of the Datasheet to setup the pin as a timer output). Timer Peripheral Assignment Goal Understand the use of Timers Instructions/Questions: Use the MSP430G2553 User's Guide and Datasheet to write the code for Timer 0 When writing the code it must be commented in detail. For example: MOV.W #MIC-1+TASSEL 1+TACLR, & TACTL ; Set timer to: Count up, Source ACLK, Clear Counter 1) Blink and LED every 500 mS using Timer A Configure the timer in Up Mode. Use ACLK as clock for the timer. Assume the ACLK has a 12KHz frequency The Timer should interrupt every 500 mS and an interrupt routine should toggle the pin P1.0 which is connected to the LED 2) Generate a square wave with a 100 Hz frequency and a duty cycle of 20% Configure the t?mer in Output Mode, in Set Reset mode. Use ACLK as clock for the timer. Assume the ACLK has a 12KHz frequency. Use P1.2 as the timer output (check pages 6 and 43 of the Datasheet to setup the pin as a timer output)