VR Network understands that Google has displayed three digital projects in the Forbidden City digital museum. At present, Google's project has cooperated with 28 Chinese museums and art institutions, exhibiting more than 13,000 exhibits. Google’s culture and arts project (Google Arts & Culture) recently cooperated with the Beijing Forbidden City and set up a flash lab in the digital library next to Yangxin Temple to showcase three projects that digitized works of art. The exhibition hall is about 70 square meters. The three booths are arranged in a semi-circle. There are more than 30 stools in the middle of the exhibition hall. Visitors can sit down and experience. Entering the exhibition hall from the right hand side, the first one is the Portrait Matcher that matches the looks of the tourists with the looks of the characters in the artwork. The exhibition area consists of two screens. The left side is linked to the camera and shows the screen in front of the booth. The right side shows the portraits of the characters in the works of art around the world. Participants stand in front of the camera to see what they look like on the screen, while the portraits on the right screen will scroll until they appear to be the most similar to the participant’s face. Turn your head and change the face in your screen. The matching portrait will also change. Google Portrait Matcher, the system will match similar art portraits based on your face shape, turn your head, the portrait will be different Going counterclockwise follows the exhibition area. The second is an electronic screen of about 6 square meters. The works of museums around the world are played in turns, such as Poseidon of the Acropolis Museum, the Apollo god of the sun, and the god of love and beauty. The relief of Aphrodite, the Renaissance painter Sandro Bottic's The Birth of Venus, the New York Museum of Modern Art's Van Gogh's Starry Night and so on. These electronic works of art are shot with Google's art camera Gigapixel, each consisting of more than 100,000 pixels. Take the example of Song Dynasty painter Zhao Chang's “Zhao Dynasty†collected by the National Palace Museum in Taipei. When viewing on the website of the Google Arts and Culture Project, you can see the flowers on the flower in the painting. When viewing on the Google Art and Culture project website, you can see the flowers on the flowers in the painting. The last exhibition area is Expeditions, an AR-learning application developed by Google and needs to be used with Google's Cardboard VR glasses. The teacher opens the Expeditions on the tablet and selects the pictures or videos for the students. The students can see the scene after wearing glasses. Turn the angle of view and watch 360 degrees. According to Google’s staff, an iPad can have up to 40 VR glasses. "In fact, it is not necessarily in the teaching process. One-on-one use in daily life is also possible." Currently Expeditions need to be accessed through scientific Internet access. Google Expeditions. The smiley face icon on the tablet is the visual placement of students wearing VR glasses Google’s arts and culture project was established in 2011 with a web version and mobile application (Google Play | iOS), where users can see electronic versions of more than 400,000 pieces of artwork from more than 1,400 museums around the world. At present, this project has cooperated with 28 museums and art institutions in China, exhibiting more than 13,000 exhibits. In 2016, Google and the Hangzhou Arts and Crafts Museum and the Chinese Association for the Development of Non-survived Industries collaborated to organize a “Chinese Handicraft Art Exhibitionâ€. More than 1800 pieces of art work were collected in 38 online exhibitions, such as the Hmong batik fabric arts. , Wuzhou puppet sculpture and so on. In this flash lab, 105 exhibits were from the Forbidden City, Tongyan Ladies Yushan, Ren Xiongwan's Atlas, and the Emei Chicken Peony Bowl. According to VR Network, the exhibition will end on December 8.
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A PLCC socket is a component that connects a chip carrier to an electronic circuit via surface-mounting or through-hole technology.
Plastic leaded chip carriers (PLCCs) are used in surface-mount technology where electronic circuits are produced, and components need to be mounted or placed directly onto a printed circuit board (PCB). The chip carrier is placed in a PLCC socket, which is either surface-mounted or features through-hole technology. A specialised tool called a PLCC extractor is needed to remove the chip carrier from the PLCC socket.
What are PLCC sockets used for?
PLCC sockets are used in surface-mount device (SMD) and surface-mount technology (SMT) applications. PLCC sockets made of heavy gauge copper alloy are compatible in high shock / high vibration applications. PLCC sockets made of rolled-leaf copper are useful in low-cost computer applications.
Types of PLCC sockets
The two primary categories of PLCC sockets are:
Surface-mount PLCC sockets, which are used in devices sensitive to heat from the reflow process. These allow for component replacement without redesigning or reworking the entire PCB.
Through-hole technology PLCC sockets are necessary when a device requires stand-alone programming with flash drives or memory devices. These are also beneficial for prototyping activities where wire wrapping is required.
