With the rapid development of industrial automation and intelligent manufacturing, robot vision technology has become a key capability that enables robots to perceive and interact with their environment.
As the “eyes” of intelligent machines, robot vision systems integrate technologies such as 2D image acquisition, 3D depth sensing, multi-camera synchronization, LiDAR fusion, and AI edge computing. These technologies allow robots to perform advanced tasks including precision positioning, autonomous navigation, intelligent picking, and automated inspection.
As applications such as industrial robots, AMRs (Autonomous Mobile Robots), and smart manufacturing equipment continue to evolve, vision systems require increasingly higher performance from their core components. Among them, a stable and accurate clock source is essential for ensuring reliable image acquisition and high-speed data processing.
A crystal oscillator with high frequency accuracy and low phase jitter helps maintain precise timing between image sensors, processors, and communication interfaces, improving the overall performance and reliability of robot vision systems.
To meet the requirements of robot vision cameras for high accuracy, compact size, wide voltage compatibility, and stable operation in industrial environments, YXC developed the YSO110TR series high-precision crystal oscillator.
The YSO110TR provides a reliable timing reference for image sensors and processing units, making it suitable for industrial vision cameras, embedded vision modules, and intelligent robotic systems.
| Parameter | Specification |
|---|---|
| Frequency Range | 1MHz ~ 125MHz |
| Frequency Stability (25℃) | ±10ppm |
| Total Frequency Stability Over Temperature | ±30ppm |
| Operating Temperature Range | -40℃ ~ +85℃ |
| Supply Voltage | 1.8V ~ 3.3V |
| Output Type | CMOS |
| Package Size | 1612 / 2016 / 2520 / 3225 / 5032 / 7050 |
| Startup Time | Down to 3ms |
| Phase Jitter (12kHz~20MHz) | Max. 0.7ps |
The YSO110TR achieves frequency accuracy of ±10ppm at 25℃ and maintains total frequency stability within ±30ppm over the operating temperature range.
In robot vision systems, precise clock signals are critical for controlling image sensor timing and ensuring accurate frame acquisition. Stable frequency performance helps reduce timing errors caused by clock deviation, improving image consistency and system reliability.
Modern robot vision systems require high-speed data transmission between image sensors, processors, and AI computing units.
With phase jitter as low as 0.7ps (12kHz~20MHz), the YSO110TR provides a clean and stable clock signal that helps reduce timing noise and improve signal integrity.
This low-jitter performance supports reliable image processing and helps enhance recognition accuracy in machine vision applications.
Robot vision modules may adopt different power architectures depending on application requirements.
The YSO110TR supports a wide supply voltage range from 1.8V to 3.3V, enabling flexible integration into various systems, including:
The wide-voltage design simplifies hardware development and improves compatibility across different platforms.
Miniaturization is becoming increasingly important in applications such as humanoid robots, collaborative robots, and compact mobile robots.
The YSO110TR supports compact SMD packages, including the 1612 package, which helps reduce PCB space requirements.
Compared with traditional 5032 packages, the 1612 package can reduce occupied PCB area by approximately 70%, enabling smaller and lighter vision modules without major changes to the existing hardware design.
The YSO110TR high-precision crystal oscillator is suitable for various robot vision and industrial automation applications, including:
As intelligent robotics and automation technologies continue to advance, reliable timing solutions are becoming increasingly important for high-performance vision systems.
YXC YSO110TR high-precision crystal oscillator combines high frequency accuracy, ultra-low jitter performance, wide voltage compatibility, and compact packaging to provide stable clock solutions for robot vision cameras and embedded vision platforms.
From precision robotic assembly to autonomous navigation and automated inspection, YXC timing devices help improve image acquisition accuracy and support reliable operation of intelligent machines.
