Automotive Sector Is Leading LTCC and HTCC Market
Ngày đăng: 07-08-2023 |
Ngày cập nhật: 07-08-2023
High-Temperature Co-Fired Ceramics (HTCC) and Low-Temperature Co-fired Ceramics (LTCC) applications fall under co-firing. The sintering temperature of LTCC is less than 900°C. This makes it possible to co-fire extremely conductive materials.
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The temperature for HTCC is greater, at around 1,600°C. Further, HTCC components typically consist of numerous layers of alumina or zirconia metalized with tungsten, platinum, and molybdenum.
By 2030, it is predicted that the LTCC and HTCC market would reach USD 4,125.6 million from USD 2,919.0 million in 2022, according to P&S Intelligence. The widespread use of ceramic substrates in a variety of industries, including telecommunications, automotive, and consumer electronics, is what is causing the market to grow.
Additionally, the market for these items will increase due to the need for innovative, affordable tiny circuit boards for electrical components.
To receive free sample pages of this report@ https://www.psmarketresearch.com/market-analysis/ltcc-htcc-market/report-sample
In the past years, LTCC accounted for over 70% of total revenue; it is expected that this category would continue to rule in the years to come. The preferred technology for high-frequency circuits is LTCC, which has a ceramic substrate. Excellent electrical characteristics enable limitless stacking.
Moreover, compared to HTCC, its mechanical qualities facilitate form-and-fit adaptability and outstanding mechanical performance in harsh settings.
Its portfolio of electrical and electronic devices, which now comprises a range of sensors, crystal devices, capacitors, thermal printheads, connectors, power semiconductors, inkjet printheads, and wireless communications antennas, was intended to be expanded by this transaction.
In addition, MiniCircuits created a new line of filters based on LTCC technology in August 2021 to serve the millimeter-wave 5G industry. The business was also granted a patent for the same.
Additionally, a significant volume of demand for these ceramics has been generated by the increasing need for automobiles in numerous nations, including Argentina, Russia, Brazil, India, and Thailand. This is because these ceramics are used in the devices and sensors of vehicles.
By 2030, it is predicted that the LTCC and HTCC market would reach USD 4,125.6 million from USD 2,919.0 million in 2022, according to P&S Intelligence. The widespread use of ceramic substrates in a variety of industries, including telecommunications, automotive, and consumer electronics, is what is causing the market to grow.
Additionally, the market for these items will increase due to the need for innovative, affordable tiny circuit boards for electrical components.
To receive free sample pages of this report@ https://www.psmarketresearch.com/market-analysis/ltcc-htcc-market/report-sample
In the past years, LTCC accounted for over 70% of total revenue; it is expected that this category would continue to rule in the years to come. The preferred technology for high-frequency circuits is LTCC, which has a ceramic substrate. Excellent electrical characteristics enable limitless stacking.
Moreover, compared to HTCC, its mechanical qualities facilitate form-and-fit adaptability and outstanding mechanical performance in harsh settings.
Its portfolio of electrical and electronic devices, which now comprises a range of sensors, crystal devices, capacitors, thermal printheads, connectors, power semiconductors, inkjet printheads, and wireless communications antennas, was intended to be expanded by this transaction.
In addition, MiniCircuits created a new line of filters based on LTCC technology in August 2021 to serve the millimeter-wave 5G industry. The business was also granted a patent for the same.
Additionally, a significant volume of demand for these ceramics has been generated by the increasing need for automobiles in numerous nations, including Argentina, Russia, Brazil, India, and Thailand. This is because these ceramics are used in the devices and sensors of vehicles.
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