Industrial
A small part from SiTime runs a big part of your world
Whether you're building medical devices, space shuttles, railways, or factory machinery, timing is critical.
If timing fails…
- An airplane's landing gear may not descend at the right time
- Robotic surgeries could be compromised or even stop in the middle of a procedure
- An earthquake detection system may fail to alert residents nearby
Industrial equipment is exposed to vibration, shock, and high temperatures. That's a challenging environment for quartz timing devices. Our MEMS timing solutions are designed to perform better and perform longer in these extreme conditions.
Unique features for design flexibility
Up to 30x more reliable than quartz
Best-in-class stability under high temp
Applications
More robust, Smaller footprint, Lower power
Learn More: Seismic Sensor
Featured Parts: SiT5358, SiT1576, SiT1569
More robust, Excellent dF/dT, ±5 ppt resolution
Learn More: GNSS Systems
Featured Parts: SiT515x, SiT535x, SiT57xx, SiT95141
Better stability and aging, I2C monitoring, Ease of use
Learn More: Test & Measurement
Featured Parts: SiT535x, SiT5711, SiT9514x
More robust, High temp, Excellent dF/dT
Learn More: Factory Automation
Featured Parts: SiT535x, SiT9375, SiT891x, SiT1618
More robust, Excellent dF/dT, Lower jitter
Learn More: Industrial Robotics
Featured Parts: SiT535x, SiT375, SiT891x
Featured Products
1 to 110 MHz, Low-power XO, from 1.62V to 3.63V
1 to 141 MHz, LVCMOS SSXO, up to 30 dB EMI reduction
1 to 110 MHz XO, -40 to 125°C
115 to 137 MHz XO, -40 to 125°C
1 to 110 MHz XO,-55 to 125°C
115 to 137 MHz XO, -55 to 125°C
1 to 110 MHz, SOT23 XO, -40 to 125°C
115 to 137 MHz, SOT23 XO, -40 to 125°C
1 to 110 MHz, SOT23 XO, -55 to 125°C
119 to 137 MHz, SOT23 XO, -55 to 125°C
10 to 220 MHz, 0.9 ps, Differential XO
220 to 625 MHz, 0.9 ps, Differential XO
25 to 644.53125 MHz, 200 fs, Differential XO
