In recent years, there have been too many unmanned products, such as unmanned supermarkets, drones, and many other technologies that are developing rapidly. The development of science and technology has led to the development of electronic components. Electronic components-"Crystal Oscillator" have made great contributions to modern science and technology, using a small body to play a huge amount of energy.

In recent years, the popularity of driverless cars has been very high, and many auto giants have entered this market. However, the difficulty of this technology is not small. It is believed that the technology of driverless cars will continue to mature in the next few years.

So what hardware devices do driverless cars need? It is said that driverless cars are also equipped with radars, sensors, high-precision maps and positioning systems. During the process, obstacles 150 meters away can be detected in advance, and there is enough time to re-plan the road and avoid obstacles. When encountering a signal light, the front-view camera can accurately perceive it to ensure the safe, orderly and smooth driving of the driverless truck.

Of course, 32.768K crystal oscillator is indispensable for most electronic products, so it can be said that every electronic component must use a crystal oscillator. 32.768K crystal oscillator includes plug-in and chip crystal oscillator. Epson FC-135 32.768KHz series products have the characteristics of small size, thin thickness and light weight, which can exert excellent electrical characteristics. The timely crystal oscillator of the metal shell makes the product play a better impact resistance than the ceramic crystal oscillator shell when it is packaged. 32.768KHz mainly provides a reference signal for the clock chip, and its main function depends on the applied product.

It has to be said that the 3225 chip crystal oscillator is indispensable for the car crystal oscillator, and the 3225mm volume chip crystal oscillator is suitable for the surface chip crystal oscillator of automotive electronic lead-alkali. The high reliability of this product has been determined as the most suitable crystal for automotive electronic components, and stable startup characteristics can be selected even under extremely harsh environmental conditions.