
32khz Crystal Thermal Drift Characteristics in Sub-GHz Nodes
Uncompensated 32kHz tuning-fork crystal thermal drift expands sub-GHz node receive guard windows, consuming battery capacity during sleeping cycles.

Uncompensated 32kHz tuning-fork crystal thermal drift expands sub-GHz node receive guard windows, consuming battery capacity during sleeping cycles.

Integrating instantaneous frequency offset polynomials over sleep intervals expands receiver guard windows accurately without wasting battery capacity in low power nodes.

Persisting polynomial thermal compensations in non-volatile registers maintains multi-year radio synchronization without exceeding low-power current limits.
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