Industrial Robotics
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.
SiTime MEMS Timing Benefits
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 |
Industrial Robotics Block Diagram
MEMS Timing Solutions for Industrial Robotics
| 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 |
MEMS Timing Outperforms Quartz
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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