For more information, visit the Breker website or email info@brekersystems.com.
Breker at the RISC-V Summit
Breker executives and technical staff will be part of the RISC-V Summit program held Tuesday, December 13, and Wednesday, December 14, at the San Jose Convention McEnery Center in San Jose, Calif.
John Sotiropoulos, principal engineer at Breker, will present "The New Verification Ecosystem that Supports RISC-V Verification for all Adopters" with Lee Moore, consulting engineer at Imperas Software, December 13 at 4:20 p.m.P.S.t.
Engage with Breker at:
Website: www.brekersystems.com
Twitter: @BrekerSystems
LinkedIn: https://www.linkedin.com/company/breker-verification-systems/
Facebook: https://www.facebook.com/BrekerSystems/
SanDiegoCA132022年12月**COM-HPC微型新标准正进入最后批准阶段,最后批准日期定在2023年上半年。设计小型但极性饥饿应用新COM-HPC微型规范将打开开发超强微型计算机的前景,例如4或8港Ethernet开关嵌入式边缘计算多段需要小系统尺寸目标市场包括盒式PC控制柜/DIN-railPCs,适应性IoT网关barkfield,网络安全边端计算机关键IT/OT基础设施,粗片片,甚至超压机器人和车内计算机想利用焊接内存,这是这些模块的标准特征新形式因子预设处理器为第十二Gen-Intel核心处理器序列-即解即提供初始实验和客户反馈循环即时部署设计研究--及其未来继承者.
目标是在英特尔和其他应用处理商启动新高端处理器代并发的同时同时推介模块,预计明年会发生。”解释为CCOM-HPC工作组主席Christian Eder扩展包括4xUSB4.0全功能,包括桑德波特和显示端换模式,PCIeGene4/5最多16道,2x10Gbit/sEthernet端口等COM-HPC微型连接器有资格使用32Gbit/s-ene++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++最大值:1em;'/>处理器序列切合未来继承者,请见 https://www.congatec.com/en/technology/com-hpc-mini/.高性能计算机模块用于工业自动化、医疗技术、交通、电信和许多其他垂直技术等各种应用和装置控股股商DBAGF 八大支持德国中市场基金以增长产业为中心,并控公司拥有融资和并购经验以利用这些不断扩大的市场机会magatec是计算机对模块段的全球市场领先者,从创业公司到国际蓝芯片公司都拥有极佳客户基础详情见网站www.congatec.com或LinkedIn、Twitter和YouTube
For helpful resources and tools on switches, check out our Resource Library that houses a range of blog posts, videos, and more.
Summary
Product name: TS19 Series
Availability: Stock to 4 weeks
Possible users: Consumer and industrial applications subject to moisture and contaminants
Primary features: Ultra-compact 3 x 2 mm package, IP67 rated
Cost: $0.26 per unit at 1000 pieces through distribution
View details for the TS19 series
About CUI Devices
CUI Devices is an electronic components manufacturer dedicated to nurturing the spirit of innovation by being more human—caring more than is expected, embracing evolution, taking a holistic approach, and having fun along away.公司专业范围不断扩大产品技术,包括音频、互连、运动、继电器、传感器、开关和热管理解决方案To learn more, visit www.cuidevices.com.
With the option of more powerful magnets, ETEL is providing a way for customers to give a performance boost to their LMG or LMS linear motors without needing to do any redesigns. All MWD+ magnetic tracks share the exact same physical profile as their MWD counterparts. Because of this, a user can easily increase performance by either upgrading to MWD+ or going from the LMG to an LMS motor which has extra height but otherwise shares the same mechanical profile and magnet tracks. Both of these options allow ETEL component users to increase the performance of a system with minimum mechanical changes.
As part of the HEIDENHAIN Group, ETEL now offers this MWD+ with benefits that translate into higher force density per unit volume, allowing either to improve the overall duty cycle or to run a given duty cycle at lower temperatures.
ETEL S.A.is based in Switzerland with exclusive North American distribution through HEIDENHAIN CORPORATION in Schaumburg, IL and San Jose, CA (www.heidenhain.us). As a leading international supplier of direct drive and motion control components and integrated systems, ETEL supports high tech industry with linear motors, torque motors, positioning stages, and motion controllers/systems. More ETEL information can be found at: https://www.heidenhain.us/
R&SQAR和R&SQAR50成像能力允许可靠精确测试大片backer两种工具均优化测量汽车萝卜和小型外部车辆组件由于其纯维度,测量相冲器和大外部部分将带来更多挑战到目前为止,测量复杂大件生产一直具有挑战性。Rohde & Schwarz和Löhnert Elektronik开发出一个新的全套解决方案,测量各种形式和形状的汽车radomes.
基础为R&SQAR50汽车radome测试器,R&SQAR50-R测量测试设备RF传输、传输阶段和反射多亏电子聚焦器,工具甚至满足生产环境精度和精度方面最高需求可选可获取验证集允许radome和backer供应商追踪结果并恢复国家和国际标准。 R&SQAR50-R设计时侧重于紧凑度和低权重,以便与标准6轴机器人兼容R&SQAR50-R达不到无法用其他测试系统处理的位置。Thalwil, Switzerland – December 8, 2022 – u-blox (SIX:UBXN), a global provider of leading positioning and wireless communication technologies and services, has announced the u-blox ANT-B11 compact antenna board.Bluetooth技术与公司独有专长相结合,本板提供高精度方向定位2D室内定位ANT-B11可融入商业跟踪解决方案、方向探索应用理想和中型空间室内定位ANT-B11配有u-broxNINA-B411蓝牙5.1模块并运行u-连接Locate软件ANT-B11协同应用板函数室内回移锚点天线板计算角不需加处理s/p>
Dend on it方向,ANT-B11输出方位或高度角高精度二分法有了这些信息,便有可能追踪资产并用二维可视化应用绘制位置三维可视化,客户可持续依赖ANT-B10.
ANT-B11组合ANT-B10精度和最小可能的包托包29.5x93.5毫米紧凑型ANT-B11易合现有封套或外壳此外,定位产业面临的一个主要挑战是提供可负担得起的室内解决方案。有了u-box独有技术,高精度室内定位系统以合理的成本成为现实。
t-B11生产中最小蓝牙AoA天线板Giorgos Marakis产品策略短距离广播ubx智能可靠解决方案、服务产品让人、车辆和机器决定准确位置并无线传递手机和短距离网络i-blox拥有广泛的芯片组合、模块安全数据服务连通性,它具有独特的定位能力,使客户能够快速和高成本效益开发物联网创新可靠解决方案公司总部设在瑞士Thalwil, 在全球分布着欧洲、亚洲和美国办事处(www.u-blox.com)
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Just in case you are arriving late to the party, and you've missed my earlier columns, earlier this year I was introduced to an 11-year-old lad called Zeke who is on a mission to talk to the astronauts and cosmonauts orbiting the Earth in the International Space Station (ISS).
Zeke commenced this quest by getting his ham radio license when he was only 8 years old, and he's now working on getting his homemade 10-foot helical antenna to track the ISS.span样式表示四百分百分数 Part 1 Part 3, we discovered how Zeke used AWR Microwave Office from Cadence to design the motor control board that will be mounted in the rotor casings to control the antenna's azimuth value (its rotational direction) and its elevation.
Designing and etching the "rocket" board (Source: KJ7NLL)
Also in Part 3, we discussed how the original helical antenna built by Zeke and Eric had only a single very high frequency (VHF) winding to talk to the ISS on the 2-meter (2m) band.sqs/service/solver/m-solver.html目标ssspanspan样式='fort-量度:400;'s启动最简单选项,即控制电机单转转转转转转开关并用手启动开关并用Oyball下一步是将多转强力计嵌入转子中,转子旋转也驱动锅,并使用锅阻值判定天线方向开始指向天线并注意锅阻抗接下去,他们指向天线向向另一方向并再次注意到锅阻抗并创建Excel“cheat-表”,对度和强力计值进行线性插值演算Zeke just emailed me a photo of this cheat-sheet as shown below.
Creating an Excel "cheat-sheet" (Source: KJ7NLL)
Now, Zeke could use the switch to control the motor while observing the resistance value from the pot, employing his cheat-sheet to determine when the antenna was pointing in the right direction.
The next step was to use an EFR32MG21 microcontroller development board from Silicon Labs to take Zeke out of the loop.由Zeke和Eric用期望角键盘并驱动Zeke电机控制板控制电机。
Once Zeke and Eric had coded and tuned their PID algorithm, Zeke could key in a desired position and the antenna would be guided to that position without any of the previous overshoot, undershoot, and hunting problems.(As fate would have it, Zeke and Eric ended up using a different PID controller algorithm in the final implementation as discussed below, but at least they now knew what a PID controller was.)
Zeke at his desk (Source: KJ7NLL)
The reason it was important to get this working properly is that the next stage was to implement some satellite tracking software that would determine the current location of a specified satellite, including the ISS, and keep the antenna pointing at that satellite as it races across the sky (travelling at a speed of 5 miles per second at an average altitude of 254 miles, the ISS orbits the Earth once every 90 minutes).
Actually, this might be a good point to pause and look at one of the videos on Zeke's KJ7NLL YouTube channel.The video I'm thinking of is Track the Space Station and OreSat Satellites with a LEGO Rotor and Silicon Labs Micro-controller! (I also like the video that investigates the dielectric constant of cheese, which led me to suggest to Zeke that he might want to experiment with making a capacitor using two slices of ham separated with a slice of cheese—I'll have to remember to ask him how that project is going).
"No man is an island," as the English writer and Anglican cleric John Donne famously noted.今日设计事物之极之一 即互联网开通获取各种有用资料之门In Zeke and Eric's case, their satellite tracking software made use of the following resources:
- Ryan Kurte's efm32-base Github repository, which contains the Silicon Labs SDK to compile from the command-line using cmake.
- The sgp4sdp4 library that was ported from Pascal to C by Neoklis (5B4AZ) to track orbiting satellites.(Based in Cyprus, Neoklis has been a ham radio aficionado for decades, producing a tremendous amount of software from antenna simulators to satellite tracking algorithms.)
- Philip Salmony's PID controller that sets the PWM duty cycle for each rotor to drive the antenna.
- The FatFs FAT/exFAT filesystem by ChaN.
As he noted in his video, Zeke has fully documented this project, including the software from the sources noted above—on his GitHub Space-Ham repository.
The final satellite tracking software created by Zeke and Eric runs on their EFR32MG21 microcontroller development board.They upload a two-line element set (TLE) file via XMODEM so it can track the position of any of the satellites listed at Celestrak.
As Zeke and Eric just told me: "Our software runs on the microcontroller itself, but we interact with the controller over a serial console.设备命令行接口使用基于USB的串行仿真CDC/ACMseke办公台计算机运行LinuxsserviceCDC/ACM接口
'smathWorksColle工程师处理复杂系统同时管理风险 加深理解系统级行为 持续验证 数字线对需求光荣地为这些活动出力帮助提高车辆清洁性、效率并增强可靠性。”
MathWorks和Infineon合作伙伴关系提供能力,使汽车工程师加速开发电动车辆和帮助驱动功能能力简化日益复杂的汽车系统开发模型设计MATLABQQ和SimolinkQQ+++30-40%传统方法加速嵌入系统开发与验证,使Infineon汽车微控制器无缝支持对工程师和研究人员都值钱。infineonsssssss.w.org/images/core/emoji14.0.0/72x72/2122.pngmathWorksSimsce
More information about the panel is at https://riscvsummit2022.sched.
About Green Hills Software
Founded in 1982, Green Hills Software is the worldwide leader in embedded safety and security.In 2008, the Green Hills INTEGRITY®-178 RTOS was the first and only operating system to be certified by NIAP (National Information Assurance Partnership comprised of NSA & NIST) to EAL 6+, High Robustness, the highest level of security ever achieved for any software product.开放架构综合开发解决方案解决军事/航空、医疗、工业、汽车、联网、消费者和其他市场需求行业认证解决方案的嵌入性、绝对安全性高可靠性应用绿山软件总部设在CA圣巴巴拉,欧洲总部设在联合王国Visit Green Hills Software at www.ghs.com.