Industrial robots are getting smaller and more flexible as they are tasked to do increasingly intricate work, often alongside human workers. To support the trends of greater complexity and human-machine collaboration, the timing solution needs to be robust and ever more accurate to sustain precision sensing and synchronization.
SiTime silicon MEMS timing solutions deliver a more stable reference clock with better dT/dT slope, lower jitter, greater resilience, higher reliability, and smaller size.
Complete MEMS clock treeUltra-low jitter differential XO Stratum 3 Super-TCXO High Temperature XO |
Most robust in real world conditions4x better dF/dT for best time sync 200 fs rms jitter, excellent PSNR 70 g vibration and 50,000 g shock |
Easy to use, built to lastCustom configured solution No quartz reliability issues 1 billion hour MTBF |
| MEMS Timing Solutions | Function | Key Features |
|---|---|---|
|
Super-TCXO
SiT535x 1 to 220 MHz
|
Reference clock for SoC or FPGA | ±100 ppb, ±1 ppb/°C, 105°C |
|
Differential XO
SiT9375 25 to 644 MHz
|
Reference clock for IEEE 1588 | ±20 ppm, 0.2 ps jitter, 105°C |
|
High Temperature XO
SiT891x 1 to 137 MHz
|
Ethernet, Vision and Sensing | ±20 ppm, 125°C |
Better Quality, More Robust |
Millions of Configurations |
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Better Stability |
Better Vibration Resistance |
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Better Aging |
Better PSNR (Power Supply Noise Rejection) |
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