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Electronics in the automotive industry require accuracy, durability and complete reliability. All systems, including the engine control and modern driver assist, are based on parts that have to endure both high temperature and electrical interference, as well as extended durability of operation.

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Automotive-Grade ICs: The Ultimate Guide to Reliability and Performance (2025)

Discover the world of automotive-grade ICs. Our in-depth review covers AEC-Q100 standards, top manufacturers, and key applications to help you choose the best components for your designs. Learn what makes these chips essential for modern vehicles.

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ASIC vs FPGA Comparison: Performance, Cost, and Design Differences Explained

This article compares Application-Specific Integrated Circuits (ASICs) and Field-Programmable Gate Arrays (FPGAs), two technologies used for creating custom digital circuits.

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This article provides a comprehensive comparison of three major FPGA manufacturers - Xilinx (now AMD), Intel, and Lattice Semiconductors - examining their product families and market positioning. Each company offers distinct FPGA solutions targeting different applications, with Xilinx focusing on high-performance platforms, Intel emphasizing data-centric applications through its acquired Altera portfolio, and Lattice specializing in low-power, cost-effective solutions for IoT and edge computing applications.

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FPGA vs Microcontroller: Detailed Comparison

This article gives you a detailed comparison between FPGA and Microcontroller.

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Analyzing Core Electronic Components In Robots

Industries with monotonous and repetitive tasks need efficiency and automation to increase output, precision, and accuracy, which resulted in a machine we all know as “a robot.” Essentially, this machine is a programmable entity that carries out automatically a complex series of actions, while its characteristics in appearance and function may differ.

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Multiplexing in modern communication: what it is & advantages

In the era of information technology, the demand for data transmission has significantly increased, and traditional electronic communication techniques are no longer sufficient to meet these demands.

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The article reviews the utilization of multilevel converters in electric vehicle charging stations to enhance power efficiency. It discusses various types of multilevel converters, highlighting their advantages in high-power applications.

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