BAE Systems to Develop High-bandwidth Pressure Sensor for Extreme Temperature Environments
BAE Systems to Develop High-bandwidth Pressure Sensor for Extreme Temperature Environments
Many critical defense and industrial systems such as hypersonic aircraft and missiles, automotive, jet engine turbine, and oil-and-gas systems operate in extreme temperature conditions. Current sensors have limited performance as they cannot operate in temperatures higher than 225°C. Their capability is limited by the materials that comprise the sensors themselves, the accompanying circuitry (e.g., silicon-based transistor technology) and packaging.FAST Labs research and development organization awarded $12 million contract from DARPA
FASt Labs研究與開發組織獲得來自DARPA的1200萬美元合同
NASHUA, N.H., Dec. 9, 2024 /PRNewswire/ -- The U.S. Defense Advanced Research Projects Agency (DARPA) has awarded BAE Systems' (LON: BA) FAST Labs research and development organization a $12 million contract as part of the High Operational Temperature Sensors (HOTS) program.
新罕布什爾州納舒厄，2024年12月9日 /PRNewswire/ -- 美國國防高級研究計劃局(DARPA)已向BAE Systems（倫敦代碼：BA）的FASt Labs研究與開發組織授予一項1200萬美元合同，作爲高操作溫度傳感器（HOTS）計劃的一部分。
The HOTS program drives real-time data collection using high-temperature pressure sensors and circuitry
HOTS計劃通過使用高溫壓力傳感器和電路進行實時數據收集。
Many critical defense and industrial systems such as hypersonic aircraft and missiles, automotive, jet engine turbine, and oil-and-gas systems operate in extreme temperature conditions. Current sensors have limited performance as they cannot operate in temperatures higher than 225°C. Their capability is limited by the materials that comprise the sensors themselves, the accompanying circuitry (e.g., silicon-based transistor technology) and packaging.
許多關鍵的國防和工業系統，如超音速飛機和導彈、汽車、噴氣發動機渦輪機以及油氣系統，均在極端溫度條件下運行。當前傳感器的性能有限，無法在超過225°C的溫度下工作。它們的能力受到組成傳感器自身的材料、隨附電路（例如，以硅爲基礎的晶體管技術）和封裝的限制。
The HOTS program will help develop microelectronic sensor technologies capable of high-bandwidth, high-dynamic-range sensing at extreme temperatures.
HOTS計劃將幫助開發能夠在極端溫度下進行高帶寬、高動態範圍傳感的微電子傳感器技術。
"Due to advances in materials and processes, there is now an ability to pursue high-bandwidth pressure sensors capable of performing in high-temperature environments not previously possible," said Amrita Masurkar, technology development manager at BAE Systems' FAST Labs research and development organization. "Through the HOTS program, applications such as industrial process control, jet engine prognostics, and space exploration could benefit from collection of real-time data using high-temperature pressure sensors and circuitry."
"由於材料和工藝的進步，現在可以追求高帶寬壓力傳感器，這種傳感器能夠在以前無法實現的高溫環境中工作，" BAE Systems的FASt Labs研究與開發組織的技術開發經理Amrita Masurkar說。"通過HOTS計劃，工業過程控制、噴氣發動機預測和太空探索等應用可以從使用高溫壓力傳感器和電路進行實時數據收集中受益。"
Under the terms of the contract, BAE Systems will design and build a new pressure sensor module – consisting of an integrated transducer and signal-conditioning microelectronics – able to operate with high performance at 800°C or 1,472°F.
根據合同條款，BAE系統將設計並製造一種新的壓力傳感器模塊——由集成傳感器和信號調理微電子設備組成——能夠在800°C或1,472°F下高性能運行。
Work on this program will take place at BAE Systems' facilities in Nashua, New Hampshire and Merrimack, New Hampshire. It will also include collaboration with subcontractors The Penn State Applied Research Laboratory, Purdue University and Kampanics, LLC, and supplier GE Aerospace's research center.
該項目將在BAE系統位於新罕布什爾州納舒厄和梅里麥克的設施內進行。還將與分包商賓夕法尼亞州立大學應用研究實驗室、普渡大學和Kampanics, LLC，以及供應商GE航空航天研究中心合作。
For more information, please contact:
更多信息，請聯繫:
Paul Roberts, BAE Systems
Mobile: 603-521-2381
[email protected]
保羅·羅伯茨，英國BAE Systems
手機：603-521-2381
[email protected]
@BAESystemsInc
@BAESystemsInc
SOURCE BAE Systems, Inc.
來源：BAE Systems，Inc
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