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Your project requires a fading LED which is operated by a PWM signal. You have decided to use Timer1 to create a 10-bit Fast PWM signal with a duty cycle of 50%. Based on the datasheet specifications for Timer1, you have calculated that your PWM frequency will be set at 15.625kHz. Complete the following code excerpt to setup the PWM signal on your AVR ATMega328P. #include #include int main() { TCCR1A = 0b10000011; TCCR1B = 0000001000; = 0b ; // setup the pin direction for the PWM signal without changing direction of other pins &=0b ; // clear the PWM signal pin WITHOUT changing the signals from other pins = (int) 0.5*1024; // setup the 50% duty cycle for the 10-bit Fast PWM signal (output compare register) TCCR1B = 0.00000 ; // start the clock with prescaler which correlates with 15.625kHz PWM period while(1); return 0: } Your project requires a fading LED which is operated by a PWM signal. You have decided to use Timer1 to create a 10-bit Fast PWM signal with a duty cycle of 50%. Based on the datasheet specifications for Timer1, you have calculated that your PWM frequency will be set at 15.625kHz. Complete the following code excerpt to setup the PWM signal on your AVR ATMega328P. #include #include int main() { TCCR1A = 0b10000011; TCCR1B = 0000001000; = 0b ; // setup the pin direction for the PWM signal without changing direction of other pins &=0b ; // clear the PWM signal pin WITHOUT changing the signals from other pins = (int) 0.5*1024; // setup the 50% duty cycle for the 10-bit Fast PWM signal (output compare register) TCCR1B = 0.00000 ; // start the clock with prescaler which correlates with 15.625kHz PWM period while(1); return 0: }