Wednesday, 22 March, 2023

Electronic parts information sheets info database from Easybom

High quality electronic components information sheets? Easybom, an international integrated service provider for the electronics industry, persists in pursuing the concept of “win-win”. Dedicated to providing electronic component big data information services that are maintained by senior industry engineers, easybom has established an excellent communication platform for merchandisers, suppliers, and engineers through our powerful electronic component search engine. Easybom will keep focusing on the leverage of our high-quality services for data mining and information matching. Easybom provides intelligent data analysis to enhance your insight into the market. It focuses on the market as well as your need. Easybom establishes a communication bridge for suppliers, purchasers and engineers with electronic component data as its core. See even more info at electrical parts.

Nowadays, Wi-Fi devices are ubiquitous in our lives. Casually open the home wireless routing management interface, there may be no less than 10 Wi-Fi devices online at the same time. The increase in the number of devices leads to network congestion, performance degradation, increased delay and other problems. These problems became more serious in the era of Wi-Fi 5 (802.11 ac). Therefore, when designing Wi-Fi 6 (802.11 ax), experts made improvements and innovations specifically for the problem of network congestion. So, what new technologies does Wi-Fi 6 use to improve wireless channel capacity? When the user equipment receives the AP signal, it will compare whether the color it receives is consistent with the current associated AP color. When the color is the same, the user will think that the signal is the signal in the cell. If the color of the received signal is different from that of the associated AP, the user determines that the signal belongs to the interference signal. As shown in the following figure, due to the use of different color codes, the channel 1 of the green cell is no longer interfered by the adjacent cell channel 1 (blue and red).

From April 2020 to June 2020, the demand for cars dropped sharply due to the spread of the COVID-19 epidemic. Automakers purchase parts according to Toyota’s “Just In Time” mode of operation, so, for example, Toyota canceled orders for in-car semiconductors for Denso, its main subcontractor, which canceled orders for in-car semiconductors such as Renesas, which then cancelled subsequent orders for 28nm, which was commissioned by TSMC. Due to the special needs of COVID-19 at home under the epidemic, the production of 28nm semiconductors such as TSMC game consoles and household appliances swarmed in, and the blank production line after the cancellation of car semiconductors was instantly filled with these semiconductors.

In the onboard system shown in the figure above, the green rectangle represents the printed circuit board (PCB), and the small rectangles of various colors above represent various functional modules in the system, such as memory. The functions of these modules are implemented by independent silicon chips, and they are connected by metal traces on the PCB to finally form a complete system. The System-on-Chip refers to the realization of the functions of the entire system on a single silicon chip. The schematic diagram is as follows: As shown in the figure above, a system-on-a-chip (SoC) implements various functional modules such as storage, processing, logic, and interfaces in one chip, rather than requiring several different physical chips to be implemented like a system-on-board. Compared with system-on-board, SoC solutions are lower cost, enable faster and more secure data transfer between different system units, have higher overall system speed, lower power consumption, smaller physical size, and better reliability.

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