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Zhao Yanhui said that at this stage, industrial equipment has generally achieved digitization and interconnection, and is helping to transform production tools. In intelligent industrial production, MEMS sensors are allowing cold machines to "talk" to us, such as enabling vibration analysis and diagnosis, lubrication analysis, infrared thermal imaging, ultrasonic testing, and more. As an important driving force for a new round of technological revolution and industrial transformation, new manufacturing is setting off a wave of innovation in China.

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ADI's IMU applications and product lines are also very extensive. Since the launch of the first IMU product in 2007, after more than ten years of innovation and development, its IMU products have continued to improve in performance and smaller in size.

However, as the number of parallel transceiver channels increases, so does the complexity and power consumption of peripheral circuits. MIMO architectures allow for relaxing RF power requirements on building blocks such as amplifiers and switches.

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. Because whether it is a camera, millimeter-wave radar, lidar, or satellite navigation and positioning, it will be affected by the external environment. Only the inertial navigation based on IMU can provide continuous, high-precision, high-speed automatic driving systems without being affected by the external environment. Reliable vehicle position, direction, speed and other multi-dimensional information to ensure the safe driving of the vehicle.

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In this regard, Cai Zhenyu gave an example, ADI can work with customers to face the swing of power lines under strong wind, the inclination of power towers on hillsides, and the temperature monitoring of substation cabinets through solutions such as MEMS IMU and integrated temperature measurement products. The smart grid system realizes real-time monitoring and predictive maintenance, and comprehensively promotes the new infrastructure energy innovation model and ecological industry construction.

. At this stage, industrial equipment is generally digitized and interconnected, and it is helping to transform production tools. Of the physical quantities that can be measured, vibration spectrum measurements provide the most information on the root causes of problems in rotating machines and have been reliably applied to the most critical equipment in a variety of industrial applications. Using the IIoT (Industrial Internet of Things) to monitor the health of machines helps enable predictive maintenance, allowing industry personnel to predict failures, resulting in significant savings in operating costs.

It simplifies power requirements and does not require high power resistors. Compared to PIN diode-based switches, silicon switches occupy less than 1/10 the PCB area. A side-by-side comparison of printed circuit board (PCB) artwork for a PIN diode-based switch and a new silicon switch on a single-layer PCB design.

In the field of UHV power transmission, it is urgent to solve the problem of safety and stability of energy transmission from power generation to power consumption. The emerging energy Internet of Things is injecting "new kinetic energy" into the traditional power grid, helping to upgrade the power grid to a smart grid.

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Circuit designers and system architects will also benefit from ADI's new silicon switches in other applications, such as phased array systems, as ADI expands its line of high-power silicon switches to X-band frequencies and higher common frequency bands. .

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