ADG1604BCPZ-REEL7_ADG1604BCPZ-REEL7 Introduction

"New infrastructure" has become a buzzword in China's economy in 2020. As a representative of emerging technologies and advanced productivity, new infrastructure is cultivating new kinetic energy with informatization, using new kinetic energy to promote new development, and forming a large-scale digital economy industry.

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Common semiconductor materials include silicon, germanium, gallium arsenide, etc. Silicon is the most influential one in the application of various semiconductor materials.

The core units of most electronic products, such as computers, mobile phones or digital recorders, are closely related to semiconductors. Whether from the perspective of technology or economic development, the importance of semiconductors is very huge.

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

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Based on its extensive experience in vehicle electrification, ADI enables systems such as battery management, powertrain and infotainment to maintain high performance by providing solutions with lower emissions, higher efficiency, higher reliability and safety. Smaller, lighter and more reliable, driving a greener and more efficient future car to the ground. The new infrastructure has solved the shortage of charging infrastructure. At the same time, stimulated by environmental protection needs and favorable policies, new energy vehicles will usher in a wave of popularization in 2020.

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.

In Time Division Duplex (TDD) systems, the antenna interface incorporates a switching function to isolate and protect the receiver input from the power of the transmitted signal. The switch function can be used directly at the antenna interface (in relatively low power systems, as shown in Figure 1), or in the receive path (for higher power applications, as shown in Figure 2) to ensure proper connected to a duplexer. Having a parallel branch on the switching output will help improve isolation.

Multiple-input, multiple-output (MIMO) transceiver architectures are widely used in the design of high-power RF wireless communication systems. As a step into the 5G era, massive MIMO systems covering cellular frequency bands are currently being deployed in urban areas to meet emerging user demands for high data throughput and a range of new services.

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”. These accelerometers have full-scale ranges of ±100g (ADXL1001), ±50g (ADXL1002), and ±500g (ADXL1004), and feature an ultra-low noise density of 25µg/√Hz to 125µg/√Hz over a wide frequency range In addition, these accelerometers have an integrated full electrostatic self-test (ST) function and an over-range (OR) indication feature, and operate from a single 3.3V to 5.25V supply with low power consumption, which also aids in the design of wireless sensing products .

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