• 13

    Apr, 2023

    How does Lidar dissipate heat

    Lidar, namely optical detection and measurement, has the characteristics of high resolution, strong anti-active jamming ability, good low altitude detection performance, small volume and light weight.

  • 11

    Apr, 2023

    3D printing assists Heatsink manufacture

    According to the market observation of 3D science Valley, in recent years, due to the rapid development of electronic components and their application products, the problems of heat loss and thermal s

  • 07

    Apr, 2023

    CAB Barzing technology

    CAB Barzing , which means Controlled Atmosphere-Brazing Technology. CAB brazing is a new brazing technology widely used in the world in recent years. The main principle is to melt the oxide film on th

  • 06

    Apr, 2023

    Application and characteristics of stamping heatsink

    Stamping products are the production technology of using the power of conventional or special stamping equipment to directly subject the sheet metal to the deformation force and deform in the mold, so

  • 05

    Apr, 2023

    Thermal design for PCB applications

    In PCB design, circuit design is the most basic for engineers. However, many engineers tend to be careful in the complex and difficult PCB design, but ignore some points to pay attention to in the bas

  • 05

    Apr, 2023

    Tachograph cooling solutions

    Different from other digital machines, tachograph is a kind of equipment in long-term working state. When all machine components operate together, the heat dissipation performance of the equipment wil

  • 28

    Mar, 2023

    automation device cooling applications

    The development of modern production and science and technology not only puts forward higher and higher requirements for automation technology, but also provides necessary conditions for the innovatio

  • 28

    Mar, 2023

    The importance of the Thermal Simulation of Heatsink Design

    Most electronic components will heat when current flows through them. Heat depends on power, device characteristics and circuit design. In addition to components, the resistance of electrical connecti

  • 27

    Mar, 2023

    Thermal Management for FPGAs

    FPGA is an essential part of modern electronics. FPGAs allow for flexible and customizable circuits that can power applications ranging from electric industries to consumer electronics. However, FPGA

  • 27

    Mar, 2023

    Thermal Design of FPGA Circuit Board

    PCB heat dissipation design of FPGA core control board In recent years, with the miniaturization, integration and modularization of electronic products, the installation density of electronic componen

  • 24

    Mar, 2023

    How to do the Efficiently thermal management for the inverters

    With the advancement of technology, more and more electronic devices are developed and used in our daily life. As electronic devices increase, so does the need for inverters, which are essential for c

  • 24

    Mar, 2023

    Maximize Your Inverter Efficiency with Innovative Cooling Solutions

    Today, inverter technology is in high demand. Inverters are important components that help regulate power to different devices. This makes it possible to power everything from electric motors to refri