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Kyocera AVX 石英时钟振荡器支持工业机器人和电机控制，具备更宽的频率容差范围、CMOS 和差分输出，以及紧凑的低电压选项。

探索 Micro Crystal 超低功耗 RTC 模块如何在互联、工业、汽车和消费类应用中延长电池寿命并实现精准计时。

拟议摘要：通过评估稳定性、抖动、功耗、电源电压以及环境要求，为工业和汽车设计选择 ECS 石英晶体、振荡器和 TCXO。

探索 SiTime 可编程精密定时器件，为要求严苛的电信、汽车、工业和便携式应用提供稳定的时钟信号。

探索 Microchip 多功能的 PIC32C Arm Cortex 微控制器，配备强大的开发工具和资源，可简化您的评估与开发流程。

This article will introduce the product characteristics of Murata's inertial measurement units (IMUs), millimeter-wave radar, soft-termination multilayer ceramic capacitors (MLCCs), thermistors, and power-over-coax (PoC) inductors, and sort out the functions and features of these products in AI and humanoid robots

Robotics technology is undergoing a profound transformation from "automation equipment" to "embodied intelligent terminals." From the fixed-trajectory operations of traditional industrial robots, to the flexible interactions of collaborative robots, and now to the multi-degree-of-freedom motion and multi-modal perception of humanoid robots, the control architectures of robots are becoming increasingly complex, their perception systems increasingly dense, and their data interactions increasingly real-time.

The robotics industry is at a clear turning point. In the past, robots were mostly industrial robotic arms fixed on production lines, or automated guided vehicles (AGVs) traveling along magnetic tracks or optical guides; now, with the maturity of AI, sensors, embedded computing, and connectivity technologies, robots are rapidly moving toward autonomous mobility, environmental perception, and human-robot collaboration.

As AI server power consumption moves from the kilowatt level to the hundred-kilowatt level, and as humanoid robots and collaborative robots experience an explosion in demand for high power density, high reliability, and miniaturization, power and signal chain design is facing unprecedented challenges.

Robotics is entering a completely new stage of development. In the past, a robot's value was mainly measured by payload capacity, motion speed, and repeat accuracy; however, today's most valuable robots are judged by their ability to perceive their environment, make real-time decisions at the edge, work efficiently with other machines, and safely coexist with humans.

Robotic systems increasingly rely on vision to perceive and interact with their environment, creating growing demands for high speed, low latency data links. Gigabit Multimedia Serial Link (GMSL™) offers a promising solution by transmitting video, control signals, and power over a single cable with high reliability.

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