ã€Global Science and Technology Report】 According to reports from the Canadian media on April 18, Intel, a semiconductor company, has released a shocking news on its official website. The Intel Information Technology Summit (IDF) will no longer be held in the future. IDF 2017 will be cancelled in the summer of 2017.
Intel stated in a brief statement: "Intel has adjusted its schedule and decided to discontinue the IDF. Thank you for associating with IDF for nearly 20 years!" It did not clearly indicate the specific reason for canceling IDF.
The Intel Developer Forum was founded by Intel Corporation in 1997 and has far-reaching significance. Skylake and Kaby Lake processors are all star products debuted at IDF. Foreign media believes that with the development and transformation of the PC market in recent years, Intel has also begun to shift its focus to emerging businesses such as artificial intelligence, Internet of Things, and self-driving cars. (Internship compilation: Zheng Yahong reviewer: Liu Yang)
A slip ring is an electromechanical device that allows electricity and data to pass through a rotating assembly. A mercury slip ring uses liquid mercury as the electrically conductive element inside the rotating assembly, as opposed to traditional carbon brushes. Mercury is a better conductor of electricity than carbon, and it also has a very low contact resistance. This makes it an ideal choice for applications that require high-speed data transmission or where reliability is critical. Mercury slip rings are used in a variety of industries, including medical technology, aerospace, and defense.
Why do we choose a mercury slip ring?
A slip ring is an electromechanical device that allows electrical current to pass between rotating objects. Slip rings are often used in applications where a cable or connector would otherwise twist and tangle as the object rotates. There are many different types of slip rings, but one of the most common is the mercury slip ring. Mercury slip rings offer several advantages over other types of slip rings, including high reliability, low maintenance, and long life. Here are three reasons why we choose a mercury slip ring:
1. Reliability: Mercury is an extremely reliable material, and mercury slip rings are among the most reliable types of slip rings available. Mercury has a very low failure rate, and it is not affected by changes in temperature or humidity. This makes mercury slip rings ideal for critical applications where reliability is essential.
2. Low Maintenance: Mercury slip rings require very little maintenance. Because mercury is a very inert substance, it does not corrode or generate any corrosive gases that would affect its reliability. Mercury slip rings do not require any lubrication, and they can operate in a wide range of temperatures and environments.
3. Economical Mercury slip rings have a lifetime cost advantage over other types of slip rings as well. Generally speaking, mercury slip rings are approximately 25% more expensive per kilowatt than other types of slip rings. However, because they require less maintenance and have a greater degree of reliability than other types of slip rings, they will save you money over the lifetime of your equipment.
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