Complete the code to define the frequency of the crystal oscillator.
frequency = [1] // Frequency in MHz
The frequency of the crystal oscillator is set to 5 MHz, which is a common value for many circuits.
Complete the code to set the load capacitance for the crystal oscillator.
load_capacitance = [1] // Load capacitance in pF
The load capacitance is set to 22 pF, which matches typical crystal specifications for stable oscillation.
Fix the error in the code to correctly connect the crystal pins.
connect(crystal_pin1, [1])
connect(crystal_pin2, oscillator_output)The crystal pin 1 should connect to the oscillator input pin and pin 2 to the oscillator output pin of the microcontroller to function correctly.
Fill both blanks to complete the code for calculating the oscillation period and frequency.
period = 1 / [1] // Period in microseconds frequency = [2] * 1e6 // Frequency in Hz
The period is calculated as the inverse of frequency, and frequency is converted from MHz to Hz by multiplying by 1 million.
Fill all three blanks to complete the code for setting up the oscillator circuit with capacitors and crystal.
c1 = [1] // Capacitor 1 in pF c2 = [2] // Capacitor 2 in pF connect(crystal, [3])
Capacitors C1 and C2 are set to 22 pF and 18 pF respectively, and the crystal is connected to the oscillator pins for proper operation.