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High-precision resistors are components designed to provide accurate resistance values, typically with a 1% or better tolerance. This means the actual resistance value can vary at most 1% from the specified value, although some manufacturers may achieve tolerances as low as 0.5% or lower. These resistors are crucial in applications where precise measurements and stability are essential, such as in test and measurement equipment, medical devices, and high-performance electronics. Their reliability and accuracy make them indis...
Date：2024-12-04 [More+]
The term thin-film resistor is also known as a metal film chip resistor and refers to a resistor that makes use of a thin resistive layer. A ceramic base is positioned underneath this layer. This resistor has an extremely small thickness of only 0.1 microns compared to thick film resistors. These resistors are typically employed in higher precision technologies because they are more accurate, stable, and have a superior temperature coefficient. Although they appear to be identical, thick film and thin film resistors have dif...
Date：2024-07-19 [More+]
The Global Precision Resistor Market is expected to reach USD 6 billion by 2030, at a CAGR of 6% during the forecast period 2022 to 2030. Precision resistors are high standards of resistance accuracy, temperature coefficient, load life with same resistor technology as well as mounting method. Precision resistors are related to precision. In these resistors, accuracy is all about precision of the resistance value. Accuracy is impacted by various reasons which collectively referred to as stress. These include self-heating gene...
Date：2024-05-29 [More+]
The future of the global precision resistor market looks promising with opportunities in the test measurement equipment, medical equipment, semiconductor, telecommunication, and industrial automation markets. The global precision resistor market is expected to reach an estimated $5.0 billion by 2028 with a CAGR of 5.2% from 2023 to 2028. The major drivers for this market are growing application of precision resistors in various end use industries, such as automotive, aerospace, and healthcare, increasing trend of miniaturiza...
Date：2024-04-18 [More+]
The semiconductor chip market is expected to see robust growth, increasing from $43 billion in 2022 to $84.3 billion in 2028, with an impressive 11.9% CAGR during the period. In 2023, each car contains around US$540 worth of semiconductor chips, which is projected to rise to about US$912 by 2028. This is driven by the adoption of ADAS and electrification, increasing the number of chips per vehicle from 850 to 1,080. Key drivers are numerous and include electrification, requiring new substrates like SiC, advanced technology n...
Date：2023-11-10 [More+]
Even as we are in the digital era, it is impossible to ignore analog, especially when we are talking about the Internet of Things (IoT). Analog integrated circuits are having a significant impact in the world of IoT. Even while the Internet of Things is more oriented to digital technology, it still heavily relies on the effectiveness of the analog ICs. The emergence of intelligent devices is a key factor that has expanded the application areas of the Internet of Things. These devices require intelligent transfer and processi...
Date：2023-08-02 [More+]
More and more semiconductor design firms aim to adopt open-source RISC-V chip architecture to fast-track projects and avoid the high cost of proprietary systems. Asia and Chinas growing demand for semiconductors used in electric vehicles, high-end servers in data centres and artificial intelligence applications provides a vast opportunity for RISC-V processors to flourish, according to a proponent of the open-source, royalty-free chip design, even as integrated circuits (ICs) built on proprietary Arm and x86 architectures co...
Date：2023-05-29 [More+]
China gives chipmakers new powers to guide industry recovery. Time for changing strategy and relying on a select group of companies to shape its domestic sector. It will no longer tie funding for leading chipmakers such as SMIC to performance goals and will give them greater say in state-funded research. Chipmakers are given new powers to guide industry recovery. This is also giving a handful of its most successful chip companies easier access to subsidies and more control over state-backed research, as tightening foreign co...
Date：2023-03-27 [More+]
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