PCB Blogger-China PCB Factory,HOYOGO

Autonomous vehicles  not only represent an innovative breakthrough in the automotive field, but also an important development in the field of artificial intelligence PCB s . A I  PCB s  play a key role in processing the massive amounts of data required for autonomous driving systems. It integrates high-performance AI chips with multiple sensors to achieve real-time driving decisions. From pedestrians  detection  to supporting intelligent  on-board  systems, AI PCBs are an essential component to ensuring driving safety and comfort.   The Role of AI PCBs in  Autonomous Vehicles The  a rtificial  i ntelligence PCB s are  responsible for coordinating multiple systems in  autonomous vehicles .  They  process data from a variety of sensors, including cameras, LiDAR, radar, and ultrasonic sensors. These sensors continuously monitor surrounding  environment of  the vehicle, capturing information such as road conditions, traffic signs, pedestrians, and obstacles.     One of the main challenges

          When you see a super-looking keyboard, do you want to assemble it yourself? Before we doing it,   let ’ s  learn about relevant knowledge   so that   we   can get started with assembly faster.     Let's first understand, a mechanical keyboard as a typing tool, what does it need to have in order to make it work properly?   It needs to have at least: shell, PCB board, positioning plate, keyboard shaft body, keycap, satellite shaft.   The shell is used to carry the PCB board, the PCB board is used to realize the function, the keyboard shaft body is used to trigger the PCB board, and the keycap is used to adapt to finger tapping on the shaft body. The above four parts are  indispensable. With these four parts, it can work normally when the data line is connected.     The keyboard PCB is the heart of the keyboard. Therefore, when we choose a PCB, we must consider the following: 1. Compatibility with mechanical switches There are two types of mechanical switches, namely 3-pin t

          How would you like to spend the last working day of August 2024? Party, of course! HoYoGo held a  Birthday Party  in August.  HoYoGo PCB  prepared birthday gifts, flowers, and customized birthday cakes for the staff members' birthdays! We hope  that  all  members of  HoYoGo team will get better and better! First,  Mr. Liu said : In July, HOYOGO PCB's performance has seen a significant improvement, and today we gather here to celebrate this achievement together.  In addition,   a nother good news is that the performance target for August has been exceeded by 30%, meaning that performance bonuses will be issued once again in August. This success is a result of everyone's hard work and dedication in their respective roles. We firmly believe that as long as each of us fulfills our responsibilities, we can drive the company to achieve even greater breakthroughs in the second half of the year. Therefore, it is essential for each of us to maintain a positive work attitud

          Glass base PCB is a printed circuit board with glass material as the substrate. It has unique characteristics and shows obvious advantages in some high-end electronic application  area s.  So, what are the characteristics of glass base PCB?   1. High  D ielectric  S trength and  L ow  L oss The dielectric constant of glass material is relatively low.  This characteristic shows that glass base PCB can significantly reduce signal loss and improve signal integrity during high-speed signal transmission.   In fields such as communications, radar, and high-frequency equipment,  a  low dielectric constant helps ensure fast and stable  signal  transmission ,   reduc ing   delays and errors during data trans fer.     2.  Excellent  T hermal  S tability Compared with FR4 and ceramic substrates, glass substrates have a better coefficient of thermal expansion (CTE), that is, their size change less when the temperature changes, showing good dimensional stability. This characteristic makes

          Antennas are an integral part of communication systems, they transmit signals from a transmitter to a receiver, or from a receiver to a transmitter. PCB antennas, FPC antennas, and LDS antennas are all common built-in antennas, each with its own advantages and disadvantages, and suitable for different application scenarios.   1.  PCB  A ntenna PCB antennas are mainly used on single-band module circuit boards such as Bluetooth modules, Wifi modules, and ZIGBEE modules.   Advantages: 1)  It cost is low; 2)  Only need to debug once, no need to debug again.   Disadvantages: 1) It is only suitable for single-band module circuits; 2) Different batches of PCB antenna performance will have a certain deviation.     2.  FPC Antenna      FPC antenna is an antenna made on a flexible PCB. Unlike PCB antennas, the flexibility of FPC antennas allows them to be bent and folded, allowing them to be used in various shapes and devices that are too small.  It is usually used in low-end mobile ph