The DSC6101MI1A-000.0000T: It fits under-hood and cabin electronics where a standard commercial oscillator would not survive the thermal cycling.
Frequency stability and blank-programmable flexibility
Total frequency stability is ±50ppm, combining temperature, supply, and aging drift. For a 100 MHz clock that is ±5 kHz total — tight enough for most MCU and FPGA reference clocks, including Ethernet and USB interfaces that require ±50ppm or better. The part is blank-programmable — the user must program the exact frequency before assembly. This means one BOM line can cover multiple frequency variants across the 1 MHz to 100 MHz range, reducing inventory complexity if the design uses several clock values.
Lifecycle and supply posture
The blank-programmable nature means the factory programs the frequency, so lead time includes the programming step — factor this into the procurement timeline.