SiTime’s Titan sequence of MEMS resonators occupy 4× to 12 × much less PCB space than the smallest legacy quartz crystal options. Their 0.46×0.46-mm chip-scale package deal permits miniaturization in small battery-powered units corresponding to wearable/implantable medical units, sensible watches, health rings, sensible residence sensors, and industrial IoT trackers.
Constructed on the corporate’s sixth-generation FujiMEMS expertise, the Titan platform delivers improved efficiency and reliability in comparison with quartz resonators. Key advantages embrace:
- Small footprint: 0505 CSP saves as much as 7× PCB space versus 1210 quartz and 4× versus 1008 quartz.
- Low energy: Reduces oscillator circuit consumption by as much as 50%.
- Quick startup: Begins as much as 3× faster with 3× decrease startup vitality.
- Improved ageing stability: As much as 5× higher, specified for five years at most temperature.
- Tight temperature stability: Maintains efficiency from –40°C to +125°C.
- Enhanced mechanical resilience: Withstands as much as 50× extra shock and vibration.
The Titan household of resonators includes 5 units, starting from 32 MHz to 76.8 MHz. Manufacturing samples of the 32‑MHz SiT11100 can be found now. Engineering samples of the remaining units—38.4‑MHz SiT11102, 40‑MHz SiT11104, 48‑MHz SiT11103, and 76.8‑MHz SiT11101—shall be obtainable beginning December 15, 2025.
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