The Mars Opportunity Rover, SpaceX launch and Rogers‘ Mission-Critical Materials

时间： 2021-09-18 来源：Rogers

代理服务

技术支持

批量订货

In January of 2004, the Mars Opportunity Rover began its mission in the Meridiani Planum region of Mars after a 7-month long journey from its launch in Florida. Originally intended to collect data for 90 days and travel only 1000 meters, Opportunity persevered, completing its mission 15 years and 45 kilometers later. The Opportunity overcame obstacles and collected data for nearly 60 times the original length of time planned, pioneering Mars exploration and providing immense scientific value.

SpaceX Falcon 9/ Beresheet Blasts Off

Conversely, the Beresheet SpaceIL Lunar Lander is at the beginning of its voyage. As the first privately owned mission to the moon, this ambitious effort launched aboard the SpaceX Falcon 9 Rocket is expected to land in April. Once on the moon, the Beresheet is expected to function for 3 days before the solar panels overheat, providing a narrow window for data collection and transmission.

Engineering for Successful Space Missions

The enduring trek of The Mars Rover That Could and the uncertain future of The Adventures of Beresheet are both inspiring feats of space engineering. In these types of applications, mission-critical dependability is key. Design engineers need to know that their spacecraft is going to perform as intended. At ROGERS, we are proud to provide high-reliability materials that ensure successful missions. For over 40 years, our advanced circuit materials have been in nearly every US space mission.

Advanced Laminates for Mission-Critical Applications

High-frequency specialty laminates enable radars and antennas on space rockets, probes, landers, and rovers. These radars and antennas serve important functions like communicating maneuver commands with the vehicle and transmitting collected data. When these materials function properly and reliably, they collect data beyond expectations. For example, the Voyager spacecraft, launched in 1977, was designed to conduct studies of Jupiter and Saturn. Now, they have traveled outside of the solar system and still transmit information to this day.

Successfully Exploring the Final Frontier

Sending something into orbit, space exploration or to land on a planet or moon is a project of great magnitude both in preparation and cost. There is no room for error as repairs are either costly or impossible. Rogers’ Advanced Connectivity Solutions proudly enables these pioneering journeys as we explore the final frontier with mission-critical reliability. Because, when it comes to these missions, we have a Yoda mentality: “Do or do not, there is no try.”

发送到邮箱 |
+1 赞 0
收藏
评论 0
| 转发至：

本文由董慧转载自Rogers，原文标题为:The Mars Opportunity Rover, SpaceX launch and Rogers’ Mission-Critical Materials，本站所有转载文章系出于传递更多信息之目的，且明确注明来源，不希望被转载的媒体或个人可与我们联系，我们将立即进行删除处理。

全部评论（0）

暂无评论

Rogers‘ Advanced Laminates Power The Mars Exploration of NASA

NASA announced yet another historic moment on Mars: the landing of their most advanced explorer yet, the Perseverance Rover. High-frequency specialty laminates enable radars and antennas on these types of rovers and the vehicles that get them there. The advanced circuit materials of ROGERS have been in nearly every US space mission,such as Rogers RT/duroid® high frequency circuit materials are filled PTFE (random glass or ceramic) composite laminates for use in high reliability, aerospace and defense applications.

2021-06-24 - 原厂动态代理服务技术支持批量订货

ROGERS Provides Various of Circuit Laminates in Reliable PTFE, Creating Possibilities for Improved Performance

Composite materials for circuit materials are carefully researched for electrical and mechanical behavior under many different environmental conditions and knowing how the different ingredients of a circuit material work together can often ease the task of finding the best circuit material for a particular application.

2023-06-14 - 原厂动态代理服务技术支持批量订货

Ventec to Showcase New Range of High-performance PCB laminates and Prepregs at IPC APEX Expo 2023

Ventec will be launching a range of new PCB laminate and prepregs at the IPC APEX Expo in San Diego, CA. New additions to the tec-speed and tec-thermal ranges offer excellent performance in demanding conditions and harsh environmental applications. Ventec will be also showcasing autolam solution developed for the automotive industry and aerolam working for aviation, aerospace, and defense applications.

2023-01-19 - 原厂动态

产品变更通知：RO3003™层压板PTFE树脂供应商变更

型号- RO3000® SERIES,RO3003,RO3000,RO3003™,RO3000®

July 31, 2023 - ROGERS - 产品变更通知及停产信息代理服务技术支持批量订货

Rogers（罗杰斯） RO4233 LNB Laminates数据手册

描述- 本资料为Rogers Corporation生产的RO4233™ LNB覆铜基板的数据表。内容包括材料的电学、力学、热学和物理性质，以及与加工相关的标准厚度、尺寸和铜箔涂层的详细信息。

型号- 4233 48X36 5E/5E 0900+-004/DI,RO4233™,RO4000,RO4233碳氢化合物陶瓷,4233LN 48.25X36.25 5E/5E 0200+-0015/DI,4233 24X18 1E/1E 0200+-0015/DI,4233 24X18 5E/5E 0900+-004/DI,4233 24X18 5E/5E 0200+-0015/DI

2006年01月01日 - ROGERS - 数据手册代理服务技术支持批量订货

TMM®系列层压板产品安全信息表

型号- 99043,TMM SERIES,TMM,TMM® SERIES,TMM®

August 14, 2020 - ROGERS - 测试报告代理服务技术支持批量订货查看更多版本

TC Series™层压板聚四氟乙烯复合材料产品安全信息表

型号- TC SERIES™,TC

May 03, 2019 - ROGERS - 测试报告代理服务技术支持批量订货

RT/Duroid®5870-5880层压板

描述- 本文介绍了RT/duroid® 5870-5880玻璃微纤维PTFE复合材料的介电常数各向同性的优势。与传统编织织物增强复合材料相比，该材料在介电常数的各向同性方面具有显著优势，特别是在高频电路设计中，有助于简化计算并提高性能。

型号- RT/DUROID 5870,RT/DUROID® 5880,RT/DUROID® 5870

081122 - ROGERS - 数据手册代理服务技术支持批量订货

苏州工厂设备预防性维护保养计划通知—仅限覆铜基板(Notice of Planned Preventative Maintenance Rogers Suzhou Manufacturing Facility – Laminates Only)

2024年8月29日（August 29, 2024） - ROGERS - 通知公告代理服务技术支持批量订货

DICLAD®系列层压板数据表

描述- 本资料介绍了DiClad®系列微波材料，这是一种由玻璃纤维和聚四氟乙烯（PTFE）复合而成的印刷电路板基材。该系列产品具有极低的损耗角正切、优异的尺寸稳定性以及均匀的产品性能。其电学性质在频率范围内高度一致，机械性能稳定，化学耐腐蚀性强。这些材料广泛应用于军事雷达馈线网络、商业相控阵网络、低损耗基站天线、导弹制导系统、数字无线电天线、滤波器、耦合器和低噪声放大器等领域。

型号- DICLAD® SERIES,DICLAD,DICLAD 527,DICLAD 880,DICLAD 870

072822 - ROGERS - 数据手册代理服务技术支持批量订货查看更多版本

TMM®层压板数据表

描述- TMM®热固性微波材料是一种陶瓷、碳氢化合物和热固性聚合物复合材料，适用于高可靠性通孔印刷电路板（PCB）基材。这些材料具有广泛的介电常数范围，结合了陶瓷和传统PTFE微波电路覆铜板的许多优点，同时无需采用这些材料的专用生产技术。TMM覆层在制造和组装过程中减少了对材料的损害，提供了可靠的焊接性能，并且不需要特殊的生产工艺。

型号- TMM10,TMM10I,TMM13I,TMM,TMM6,TMM4,TMM3,TMM®

080922 - ROGERS - 数据手册代理服务技术支持批量订货

Rogers Corporation RO3000®层压板PTFE分散体供应商更改RO3210™层压板数据比较

型号- RO3210™,RO3000®

May 14, 2024 - ROGERS - 对照表代理服务技术支持批量订货

RT/Duroid®5880层压制品安全信息表

型号- RT/DUROID® 5880,RT DUROID 5880

June 27, 2022 - ROGERS - 测试报告代理服务技术支持批量订货查看更多版本

Kappa™层压板产品安全信息表

描述- 本资料为一份产品安全信息表，针对名为KappaTM Laminates的热固性复合材料。资料内容包括产品标识、危害识别、成分信息、急救措施、消防措施、意外泄漏处理、操作与储存、暴露控制与个人防护、物理和化学性质、稳定性和反应性、毒理学信息、生态信息、处置考虑、运输信息、法规信息和其他信息。资料强调了正常使用情况下该产品不会释放有害化学物质，因此无需安全数据表。

型号- KAPPA™

6/6/2017 - ROGERS - 测试报告代理服务技术支持批量订货

RO4000®系列层压板产品安全信息表

描述- 本资料为RO4000®系列层压板热固性复合材料的安全信息表。内容包括物质/制剂的识别、危害识别、成分信息、急救措施、消防措施、意外泄漏处理、处理和储存、暴露控制/个人防护、物理和化学性质、稳定性和反应性、毒理学信息、生态信息、处置考虑、运输信息、法规信息和其它信息。资料详细描述了该产品的安全使用和处理方法，以及可能产生的危害和应对措施。

型号- RO4000 SERIES,RO4000®,RO4000,RO4000® SERIES

07/05/2022 - ROGERS - 测试报告代理服务技术支持批量订货