An OEM auditor will expect PPAP documentation; the AEC-Q100 mark gives you the starting evidence.
Frequency stability and supply range for a clean clock
For a 56.75 MHz clock, ±25 ppm means the output stays within ±1419 Hz of the nominal frequency across temperature. That is tight enough for a CAN-FD or FlexRay controller that expects a 0.5% clock tolerance; it is also tight enough for a high-speed serial data link (e.g., 100BASE-T1) where the PLL jitter budget is single-digit picoseconds. At 56.75 MHz, the output transition time is a fraction of the period, keeping the clock edge clean for the downstream flip-flop setup/hold window.
Standby power-down and current draw
The 7.2 mA max operating current at 56.75 MHz is low for a MEMS oscillator at this frequency; a comparable quartz-based oscillator often draws 10–15 mA. The savings add up in a multi-clock ECU.
Product status is Active. The DSC1001 series is a current production line from Microchip.