01 Overview of Chip Cooling ▌Origin of Chip Cooling: The essence of electronic device heating is the conversion of work energy into thermal energy The fundamental reason for the heating of electronic devices is the process of converting work energy into thermal energy. As the core component of electronic devices, the basic working principle of … Read more
When metal 3D printing meets the harsh environment of space, a heat pipe radiator that reduces weight by 50% and a shape memory alloy radiator with a 6:1 deployment ratio are two new cases that are must-sees in the field of aerospace thermal management. Let’s take a look at what applications these are. Real Challenges … Read more
Abstract / This article reviews the power supply requirements for FPGAs, emphasizing voltage accuracy, transient response, and voltage sequencing, and details various challenges related to thermal management through operational examples. It then introduces integrated DC/DC regulators from Analog Devices and evaluation boards and integrated recommendations that can accelerate the design process. These regulators are suitable … Read more
In the rapidly developing field of liquid cooling technology, the “cold plate” is no longer the only solution. When faced with AI chips and power modules that can generate hundreds of watts, or even kilowatts of heat density, traditional cooling solutions are becoming inadequate. The challenge of how to “precisely extract” heat from the core … Read more
The structure, manufacturing methods, and applications of printed circuit boards (PCBs) with electronic components. The core of this patent lies in improving heat dissipation efficiency by directly connecting heat dissipation elements to the wiring layer of the PCB, allowing for embedding in high-heat components such as power amplifiers. Key Concepts and Components Printed Circuit Board … Read more
As artificial intelligence (AI) continues to play a central role in data center operations, the demand for efficient and high-performance power solutions is becoming increasingly important.AI workloads require substantial computational resources, leading to increased power consumption and heat generation.These challenges necessitate innovative approaches in power data conversion and distribution, focusing on optimizing electronic components such … Read more
Source | OCP Official Website [Insights on Thermal Management] Recently, the OCP official website released a white paper titled “30℃ Coolant– A Durable Roadmap for The Future” authored by a team from META, Vertiv, Samsung, AMD, Intel, and Nvidia, leading participants in the global data center industry. The article focuses on the temperature standards for … Read more
Printed Circuit Board PCB Design Printed Circuit Board (PCB) design is one of the core skills in electronic engineering, essential for both simple electronic projects and complex industrial products. 1.PCB Design Basic Process 1. Schematic Design Use EDA tools (such as Altium Designer, KiCad, Eagle) to draw the circuit schematic and define the connections between … Read more
Printed Circuit Board Advanced PCB Design Advanced design of Printed Circuit Boards (PCBs) requires a combination of engineering practice, signal integrity analysis, electromagnetic compatibility (EMC) design, and manufacturing processes. The following are the core points and practical tips for advanced design to help you enhance the professionalism and reliability of PCB design. 1.High-Speed Signal and … Read more
The three main components of new energy vehicles are the battery (Battery), motor (Motor), and electrical control system (Electrical Control System).1. Battery (Battery): The battery is the energy source for new energy vehicles, responsible for storing and releasing electrical energy. 2. Motor (Motor): The motor is the device that converts the electrical energy provided by … Read more