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Although the automotive market has slowed down and the forecast for automotive semiconductors has been revised downward, these new technologies will still improve the performance of automotive semiconductors and bring about technological changes...

The performance and application scenarios of drones are inseparable from the core hardware components, one of the most critical components of which is its chip. The drone chip is responsible for handling tasks such as flight control, image processing, and data transmission, so choosing the right chip is crucial.

In August 2024, as the CHIPS Act is further promoted, the United States strives to localize the semiconductor industry and reduce external dependence. This strategic transformation is reshaping the global chip supply chain and is crucial to the future development of emerging technology fields such as AI and big data. This article deeply analyzes how the CHIPS Act reshapes the global supply chain and brings key industry impacts.

Based on STC89C52 single chip microcomputer, it realizes the functions of electronic clock display and adjustment and calendar display and adjustment.

ATMEGA328P-AU is a cost-effective 8-bit microcontroller. Its rich resources, low-power design and good compatibility make it a widely used solution in embedded development, especially for embedded applications that require low power consumption and medium complexity.

ATmega128A-AU is an 8-bit microcontroller based on AVR architecture produced by Microchip Technology. It is widely used in embedded systems and is popular for its high performance and low power consumption.

Microfluidic chip uses micromachining technology to process tiny channels and microstructures on the surface of micrometer-scale materials to achieve microfluidic control and operation.