Release date:2020-06-01
Contemporary digital technology has brought about major changes in life, while the display of intelligent buildings is a more profound and meaningful technology. For the past decade, people have wondered whether physical objects can also be part of information interaction. For example, you can perform a number activity without having to connect it to a screen, keyboard, mouse, etc. This concept has led to the current rise of smart hardware, especially wearable buildings.
In recent years, smart phones and other mobile buildings, wearable buildings and children's buildings have rapidly become popular. In addition, in order to improve the design fidelity and wear resistance of the products and ensure the space for new functions, the size and power consumption of the components installed on these products need to be reduced to the limit. Take a crystal oscillator. Before the expansion of intelligent hardware, SMD1612 SMD crystal oscillator was widely used in quartz crystal oscillator, while the 2520 is also a passive crystal oscillator that encapsulates a relatively small size. Currently, most of the passive crystal oscillations on smart products are 1612 SMD and 2016 SMD. These crystal oscillations are so small that you need a magnifying glass or even a microscope to see them clearly. As the electronic components get smaller, the spacing between them gets shorter, which has the added benefit of reducing the capacitance of different transistor terminals and thus increasing their switching frequency. Since each transistor will consume static and static power only in relation to current capacity when switching an electronic lamp, this speeds up the computation and reduces energy consumption. Once this is clear, it is not difficult to understand why the less valuable the process, the better the process. The smaller the size of the parts, the higher the integration degree of the separation device, so the higher the purity, the lower the power consumption of the separation device.
Crystal vibration shape, not only can meet the requirements of intelligent terminal miniaturization, but also has the characteristics of energy conservation, energy conservation, high efficiency. In a commercial environment, the product is more resistant to vibration and high temperature.
In today's era of rapid development of the Internet of things, smart products are changing our lives:
Driverless cars: the driverless cars that took the spotlight in 2018 are backed by several of China's Internet giants. Driverless cars need high-precision maps to help them sense, and cameras, lidar and radar can detect objects beyond a certain distance
Intelligent medical care: the application of artificial intelligence in the medical industry can effectively solve patients and systemic medical problems. Intelligent medical care has become the core driving force for a new round of scientific and technological revolution and industrial reform.
Smart home: smart homes are changing our lives and bringing us closer to the future. Smart home includes electric curtain, sweeping robot, smart door lock and smart camera, creating a comfortable, safe and convenient environment for us
VR/AR, wearable devices: the purpose of smart wear is to explore new ways of human-computer interaction and provide consumers with exclusive personalized services by wearing smart devices on the human body. With the development of mobile Internet technology and the maturity of the core hardware technology of wearable devices, such as low-power chips, flexible circuit boards and the miniaturization of electronic components, some wearable devices have gradually moved from conceptualization to commercialization, and new wearable devices have gradually matured. Keep pushing.
First, high-quality wearable medical devices should make patients considerate, comfortable to wear and affordable to the public. They should be small in size, easy to use, rugged, wirelessly compatible and have long battery life. There is no doubt that the evaluation of internal electronic components will be extremely strict. 90% of smart devices need to use small chip crystal vibration. Why chip crystal vibration? The size of the chip crystal oscillator can not only meet the needs of increasingly optimized wearable devices, but also has a greater performance advantage than the plug-in crystal oscillator.
