PCB Blogger-China PCB Factory,HOYOGO

          UV sterilization technology is widely used in the medical field due to its high efficiency and chemical-free residue characteristics. As the core control component, the UV sterilization lamp PCB directly impacts the performance and safety of the equipment. So, what are the applications of UV sterilization lamp PCBs in medical devices? 1. UV Sterilization Equipment Application Scenarios:  Hospital wards, operating rooms, laboratories, etc. Function:   The UV lamp g enerates UVC light , which   destroy s   the DNA/RNA of microorganisms, achieving sterilization. Role of PCB:   Controls the on/off switching of the lamp, adjusts UV intensity, sets timers, and ensures safe operation, such as automatic shutoff upon human detection. As a type of medical PCB, the UV sterilization lamp PCB plays a critical role in ensuring the efficient and safe operation of sterilization equipment.     2.  Portable UV Sterilization D...

In electronics manufacturing, PCB boards are divided into   3   categories. These categories reflect the quality level of each  circuit board  type, from the lowest (Class 1 standard) to the highest (Class 3 standard).   This classification system was developed and monitored by IPC under the IPC-6011 standard.   Do you know the difference between IPC  class   2 and IPC  class   3 PCB?   IPC class 2 products are dedicated service electronic products, including communication equipment, complex industrial and commercial equipment, and high-performance, long-life measuring instruments.  The IPC  class  2 standard clarifies that such products should not malfunction under normal use conditions.     IPC  class   3   products, namely high-performance electronic products, include highly reliable, long-life military and civilian equipment that can continue to operate.   This type of product is abso...

          With the continuous advancement of automotive electronics, traditional wiring harnesses are facing increasing challenges.   Wiring harnesses are bulky, heavy, and complex, not only occupying valuable space within vehicles but also potentially limiting performance. To meet higher demands for lightweight design, space utilization, and performance, the application of Rigid-Flex PCBs in automobiles has gradually become a focus of industry attention. As an emerging alternative to traditional wiring harnesses, Rigid-Flex PCBs are steadily becoming an innovative direction in the field of automotive electronics.   Limitations of Traditional Automotive Wiring Harnesses Traditional automotive wiring harness systems consist of a large number of wires, cables, and connectors, which need to be arranged and connected within the complex environment of a vehicle. While they meet the needs of power transmission and signal communication, the associated is...