Knowledge

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

Computer CPU is like human brain. As the most important hardware of the whole machine, its performance directly affects the performance of the whole machine. Generally speaking, it is normal for the C

Reflow soldering is one of the main processes of heatsink assembly. Reflow soldering is mainly used to weld the assembled thermal parts, melt the solder paste by heating to weld the parts together, an

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

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

For any chip to work, it must meet a temperature range. This temperature refers to the temperature on the silicon chip, which is usually called the junction temperature. ALTERA's FPGA is divided into

This article mainly discusses the concepts of chip heat dissipation/heating, thermal resistance, temperature rise, and thermal design. Chip heating and loss The power loss of the chip, on the one hand

Wind power converters are prone to extreme high and low temperature phenomena, and the installation space is extremely limited. How to dissipate heat for high-frequency, high-current IGBT modules in a

The photovoltaics industry has seen tremendous growth in recent years as renewable energy continues to grow. However, one of the challenges facing the industry is how to efficiently dissipate the heat

As our reliance on technology increases, so does the importance of electronic devices functioning properly. Inverter systems, in particular, are widely used in residential and commercial environments,

Inverters play a vital role in converting DC voltage to AC voltage in a variety of applications including solar power systems, industrial motor control, and HVAC systems. However, as power output incr

As summer approaches, temperatures in our homes and offices inevitably rise, and our electronic devices heat up as a result. Inverters that convert DC to AC generate a lot of heat. The heat generated