Thermal solution

Exploring Black Technology-How does VR glasses   Virtual Reality (VR) glasses, or VR headsets, are a new means of human-computer interaction created with the help of computers and the latest sensor technology. VR glasses is a cross-generation product that provides users with an immersive experience in a virtual environment. As panoramic content, content can be raised to a level, and VR will collaborate across fields to promote the development of other industries, such as games, social media,   With the development of VR technology, devices that were originally only concept products have now brought virtual experiences and fun to many gamers. Take VR glasses from a well-known manufacturer as an example, let's explore its true colors together   As somatosensory devices, there are of course accelerometers, gyroscopes, and laser positioning sensors. For 360 ° device tracking, it also has a dedicated Lighthouse infrared receiver. It has 32 sensors in common. These photodiodes ...

How does ipadPro dissipate heat?   The new electronic products come out on market every fall apart from the iPhone series, just is the iPad series. IPad is the intermediate product between smart phones and notebook computers, with more and more powerful functions, chase and play games, and even the drawing function added in the last two years, it has expanded work and entertainment performance.       Let's take a look at the internal structure. How many black technologies are there?     Electronic mask layer of motherboard   The role of this thin layer is not only to protect the motherboard, but also to hide the cable connector, and also to fix the motherboard on the iPad Pro back case. Its motherboard is located in the center of the interior, and the display cable is also connected in the center. The components on the motherboard are relatively dense, with processors, 2 memories, flash memory, gyroscope and accelerometer combination, Wi-Fi modules, co...

Decrypting how a wireless router conducts heat   The wireless router provides a very convenient network environment for work, office and home entertainment, allowing us to get rid of the shackles of network cables and enjoy a variety of network equipment within the signal coverage area. Although it has a low daily presence, it plays a Very important role.   Such a device that works 24 For a router produced by a well-known domestic brand manufacturer, by decrypting the internal structure, let's see how it dissipates heat?   The   Due to the high   In contrast, products using a passive cooling method, where a thermal   What are the excellent   Recommended models WT5912 series thermal Model: WT5912-H20-55; WT5912-H25-40   Waermtimo researched and developed TIM's new high-strength thermal   WT5902 series thermal Model: WT5902-D40-40; WT5902-D45-40 Thermal conductivity range: 4W, 5W, 6W, 7W, 9W WT5902 series thermal pads can solve the problem of p...

What is the best thermal conductivity material for computer CPU cooling?   The core of a computer is undoubtedly the   Whether it's a processor or a heatsink, their surface is not as smooth as the naked eye sees, and the grooves and protrusions make their surfaces not perfectly fit together, so between these gaps   S The thermal grease is a composite of a metal oxide having good thermal and insulating propert   Recommended model： Waermtimo：WT5932-30D   This series of silicone greases adds high-performance nano-thermally conductive fillers, making the product ideal for filling the gap between the heat sink and the heat-generating device. It has high thermal Applicable to: CPU / GPU communication, network equipment and microelectronics; notebooks, desktop computers, industrial computers and servers.   Waermtimo：WT5932-30P This series of silicone grease is a special formula designed for high thermal property between metal heat sinks and heaters. This thermal g...

How does the power battery packs of electric vehicle survive the summer? Electric vehicles are becoming more and more popular among the public, and their core power batteries need to be resistant to high temperature, water, and frost. If the electric car does not work, the first time we should consider is the "core" (battery) problem, so in the hot summer, how to deal with the high temperature? How to dissipate heat of the electric car battery? The operating current of the power battery generates a large amount of heat; and the battery pack under a relatively closed environment, it will lead the battery temperature rise. In addition, the outdoor temperature is usually 35+° C. The battery itself generates a large amount of heat. These conditions cause battery heat dissipation become a particularly important problem. Different heat transfer material will lead different effects of heat dissipation, and there exist advantages and disadvantages of both air and liquid cooling. The ...

Why thermal gel become more and more popular?   The thermal conductive gel is   The thermal gel has the advantages of good affinity, weather resistance, good insulation performance   Thermally gel 1. Thermal gel has the advantages of high thermal conductivity, ultra-low thermal resistance, no 2. It has the same plasticity as plasticine and is easy to match with product designs with large variations in thickness. 3. 4. Low stress, low modulus thermal conductivity products 5. Self-adhesive, no need to use additional adhesive products 6. Excellent high temperature resistance, weather resistance, radiation resistance and excellent dielectric properties 7. Superior chemical and mechanical stability 8. Store at room temperature and have low storage costs.   What 1) Ultra-low thermal resistance of thermal gel to optimize heat dissipation of products 2) Convenient for R&D and design. Since the thermal gel is paste-like and permanently self-adhesive, there is no need to s...

The faster the dispensing speed, the better   The degree of mechanical automation is getting higher and higher, especially for electronic products. The update iteration speed is getting faster and faster, which puts forward higher requirements for product production speed. In the changing market process, W Since it is machine automated dispensing, in order to pursue faster production efficiency, many people think that the faster the dispensing speed, the better of the thermal gel. So is it actually the case?   Many people who have just come into contact with thermal gel are more inclined to pursue the fluidity of thermal gel from the perspective of production efficiency, but ignore the most important role of the product itself-to solve the problem of thermal conductivity and heat dissipation of the product. The flow rate of the thermal   So how can we balance the relationship between thermal gel flow rate and thermal conductivity? In the process of continuously listening ...