Hello,
Using this type of oscillator (12.8 MHz - Clipped Sine Wave - 0.05ppm):
https://uk.farnell.com/iqd-frequency-products/lfmcxo064082/oscillator-mcxo-12-8mhz-smd/dp/2443045
I'd like to create an accurate RTC using GPS syncronisation as an initialization of the clock. I would use interruptions to detect edges of the oscillator, and count them.
My questions are : - Would the Teensy 3.2 be able to detect edges as this oscillator generates a clipped sine wave signal ?
- Can the Teensy handle such high frequencies as interruption inputs ?
Thanks.
Using this type of oscillator (12.8 MHz - Clipped Sine Wave - 0.05ppm):
https://uk.farnell.com/iqd-frequency-products/lfmcxo064082/oscillator-mcxo-12-8mhz-smd/dp/2443045
I'd like to create an accurate RTC using GPS syncronisation as an initialization of the clock. I would use interruptions to detect edges of the oscillator, and count them.
My questions are : - Would the Teensy 3.2 be able to detect edges as this oscillator generates a clipped sine wave signal ?
- Can the Teensy handle such high frequencies as interruption inputs ?
Thanks.