您好!欢迎进入来到康华尔电子京瓷晶振专营!

深圳市康华尔电子有限公司

KYOCERA CRYSTAL CO,LTD

首页 晶振解决方案

CTS西迪斯时钟振荡器选择方案

2023-09-06 11:07:56 

CTS西迪斯时钟振荡器选择方案,在这场激烈的市场斗争之中,CTS公司凭借着的努力,逆袭成为当下最受欢迎的元器件供应商之一,主要向世界各地提供低损耗高性能的有源贴片晶振产品为主,经过长期的专注打磨,所制作出来的产品性能优越,品质优良,很适合用于各个领域之中,并得到广大用户的深度认可与支持。

被称为工业4.0的第四次工业革命描述了传统自动化的延续制造和工业实践,结合快速发展的智能技术。工业4.0正在推动需要交换和分析大量收集的数据,以改进过程控制,提高吞吐量,并实现自我监控,从而在无需操作员干预的情况下诊断问题。
工业物联网[IIoT]应用程序正在使用更多的无线技术来连接大规模机器对机器通信[M2M],从而对能够在智能工厂的操作环境。这些环境带来了挑战,包括更高的温度范围、冲击和振动元件,以及支持电池运行的低功率限制需要以最小的时间同步错误、数据丢失和短而稳定的延迟问题。
图22

CTS为下一代IIoT MCU、SoC开发了一系列晶体谐振器和石英晶体振荡器或支持5G通信要求的FPGA,以实现更快的数据速度、低噪声性能和低功耗功耗。为了满足上述标准,CTS的物联网增强型晶体[4xW系列]被设计并以最低的串联电阻值进行处理,同时结合小负载电容选项,确保用于可靠振荡器启动的安全增益裕度GM。工业级时钟振荡器[CHT系列]提供更小稳定性选项,改善噪音性能,最高工作温度可达+125°C。CTS西迪斯时钟振荡器选择方案.
极端环境
许多电气系统需要在超出标准MIL-STD操作温度范围为-55°C至+125°C。多年来,工业应用开发了传感器、仪表和数据采集系统,可在+200°C及以上的深部地区运行钻井、地热测井和过程监测等等。除了高温这些电子设备中的许多需要在高冲击和振动条件下生存。

原厂代码 晶振厂家 型号 频率 频率稳定度
532L25DT19M2000 CTS振荡器 532 19.2MHz ±2.5ppm
532L25DT19M2000 CTS振荡器 532 19.2MHz ±2.5ppm
532L25DT19M2000 CTS振荡器 532 19.2MHz ±2.5ppm
653L74A3I2T CTS振荡器 653 74.1758MHz ±50ppm
653L74A3I2T CTS振荡器 653 74.1758MHz ±50ppm
653L74A3I2T CTS振荡器 653 74.1758MHz ±50ppm
653L7423I2T CTS振荡器 653 74.25MHz ±50ppm
653L7423I2T CTS振荡器 653 74.25MHz ±50ppm
653L7423I2T CTS振荡器 653 74.25MHz ±50ppm
CB3LV-3C-100M0000 CTS振荡器 CB3LV 100MHz ±50ppm
CB3LV-3C-100M0000 CTS振荡器 CB3LV 100MHz ±50ppm
CB3LV-3C-100M0000 CTS振荡器 CB3LV 100MHz ±50ppm
637L10003I2T CTS振荡器 637 100MHz ±50ppm
637L10003I2T CTS振荡器 637 100MHz ±50ppm
637L10003I2T CTS振荡器 637 100MHz ±50ppm
CB3LV-3C-125M0000 CTS振荡器 CB3LV 125MHz ±50ppm
CB3LV-3C-125M0000 CTS振荡器 CB3LV 125MHz ±50ppm
CB3LV-3C-125M0000 CTS振荡器 CB3LV 125MHz ±50ppm
520R20IA40M0000 CTS振荡器 520 40MHz ±2ppm
520R20IA40M0000 CTS振荡器 520 40MHz ±2ppm
520R20IA40M0000 CTS振荡器 520 40MHz ±2ppm
520L15IA19M2000 CTS振荡器 520 19.2MHz ±1.5ppm
520L15IA19M2000 CTS振荡器 520 19.2MHz ±1.5ppm
520L15IA19M2000 CTS振荡器 520 19.2MHz ±1.5ppm
CB3LV-3I-156M2500 CTS振荡器 CB3LV 156.25MHz ±50ppm
CB3LV-3I-156M2500 CTS振荡器 CB3LV 156.25MHz ±50ppm
CB3LV-3I-156M2500 CTS振荡器 CB3LV 156.25MHz ±50ppm
532L25DT26M0000 CTS振荡器 532 26MHz ±2.5ppm
532L25DT26M0000 CTS振荡器 532 26MHz ±2.5ppm
532L25DT26M0000 CTS振荡器 532 26MHz ±2.5ppm
CB3LV-3I-160M0000 CTS振荡器 CB3LV 160MHz ±50ppm
CB3LV-3I-160M0000 CTS振荡器 CB3LV 160MHz ±50ppm
CB3LV-3I-160M0000 CTS振荡器 CB3LV 160MHz ±50ppm
317LB3I1228T CTS振荡器 317 122.88MHz ±50ppm
317LB3I1228T CTS振荡器 317 122.88MHz ±50ppm
317LB3I1228T CTS振荡器 317 122.88MHz ±50ppm
347LB3I1228T CTS振荡器 347 122.88MHz ±50ppm
347LB3I1228T CTS振荡器 347 122.88MHz ±50ppm
347LB3I1228T CTS振荡器 347 122.88MHz ±50ppm
315LB3I1228T CTS振荡器 315 122.88MHz ±50ppm
315LB3I1228T CTS振荡器 315 122.88MHz ±50ppm
315LB3I1228T CTS振荡器 315 122.88MHz ±50ppm
345LB3I1228T CTS振荡器 345 122.88MHz ±50ppm
345LB3I1228T CTS振荡器 345 122.88MHz ±50ppm
345LB3I1228T CTS振荡器 345 122.88MHz ±50ppm
347LB3I1562T CTS振荡器 347 156.25MHz ±50ppm
347LB3I1562T CTS振荡器 347 156.25MHz ±50ppm
347LB3I1562T CTS振荡器 347 156.25MHz ±50ppm
345LB3I1562T CTS振荡器 345 156.25MHz ±50ppm
345LB3I1562T CTS振荡器 345 156.25MHz ±50ppm
345LB3I1562T CTS振荡器 345 156.25MHz ±50ppm
MXO45HST-3C-40M0000 CTS振荡器 MXO45HS 40MHz ±50ppm
MXO45-3C-4M0000 CTS振荡器 MXO45 4MHz ±50ppm
MXO45HS-3C-4M0000 CTS振荡器 MXO45HS 4MHz ±50ppm
MXO45HS-3C-25M0000 CTS振荡器 MXO45HS 25MHz ±50ppm
MXO45HS-2C-40M0000 CTS振荡器 MXO45HS 40MHz ±100ppm
MXO45HS-3C-3M6864 CTS振荡器 MXO45HS 3.6864MHz ±50ppm
MXO45HS-3C-10M0000 CTS振荡器 MXO45HS 10MHz ±50ppm
MXO45HST-3C-16M0000 CTS振荡器 MXO45HS 16MHz ±50ppm
MXO45HST-3C-5M0000 CTS振荡器 MXO45HS 5MHz ±50ppm
MXO45HST-3C-32M0000 CTS振荡器 MXO45HS 32MHz ±50ppm
MXO45HST-3C-50M0000 CTS振荡器 MXO45HS 50MHz ±50ppm
CB3LV-3C-28M3220 CTS振荡器 CB3LV 28.322MHz ±50ppm
CB3LV-3C-28M3220 CTS振荡器 CB3LV 28.322MHz ±50ppm
CB3LV-3C-28M3220 CTS振荡器 CB3LV 28.322MHz ±50ppm
CB3LV-3C-7M3728 CTS振荡器 CB3LV 7.3728MHz ±50ppm
CB3LV-3C-7M3728 CTS西迪斯晶振 CB3LV 7.3728MHz ±50ppm
CB3LV-3C-7M3728 CTS振荡器 CB3LV 7.3728MHz ±50ppm
CB3LV-3C-12M3520 CTS振荡器 CB3LV 12.352MHz ±50ppm
CB3LV-3C-12M3520 CTS振荡器 CB3LV 12.352MHz ±50ppm
CB3LV-3C-12M3520 CTS振荡器 CB3LV 12.352MHz ±50ppm
CB3LV-3C-16M0000 CTS振荡器 CB3LV 16MHz ±50ppm
CB3LV-3C-16M0000 CTS振荡器 CB3LV 16MHz ±50ppm
CB3LV-3C-16M0000 CTS振荡器 CB3LV 16MHz ±50ppm
CB3LV-3I-26M0000 CTS振荡器 CB3LV 26MHz ±50ppm
CB3LV-3I-26M0000 CTS振荡器 CB3LV 26MHz ±50ppm
CB3LV-3I-26M0000 CTS振荡器 CB3LV 26MHz ±50ppm
CB3LV-3C-16M3840 CTS振荡器 CB3LV 16.384MHz ±50ppm
CB3LV-3C-16M3840 CTS振荡器 CB3LV 16.384MHz ±50ppm
CB3LV-3C-16M3840 CTS振荡器 CB3LV 16.384MHz ±50ppm
CB3LV-3I-12M2880 CTS振荡器 CB3LV 12.288MHz ±50ppm
CB3LV-3I-12M2880 CTS振荡器 CB3LV 12.288MHz ±50ppm
CB3LV-3I-12M2880 CTS振荡器 CB3LV 12.288MHz ±50ppm
CB3LV-3C-1M8432 CTS振荡器 CB3LV 1.8432MHz ±50ppm
CB3LV-3C-1M8432 CTS振荡器 CB3LV 1.8432MHz ±50ppm
CB3LV-3C-1M8432 CTS振荡器 CB3LV 1.8432MHz ±50ppm
CB3LV-3C-24M5760 CTS振荡器 CB3LV 24.576MHz ±50ppm
CB3LV-3C-24M5760 CTS振荡器 CB3LV 24.576MHz ±50ppm
CB3LV-3C-24M5760 CTS振荡器 CB3LV 24.576MHz ±50ppm
CB3LV-3C-32M7680 CTS振荡器 CB3LV 32.768MHz ±50ppm
尽管高温电子产品的市场很小,主要由石油主导工业中,有机会在交通、汽车、军事和航空航天市场。高温部件的好处来自于消除了对热量的需求水槽,补充冷却,创造更轻的重量和更小的尺寸系统。
在所讨论的许多高温应用中,将对稳健的频率参考提出要求。CTS采用为军事项目开发的坚固设计技术,具有振荡器和定时功能提供在恶劣条件下运行的卓越性能的解决方案。
恶劣的操作环境,包括扩展的温度范围,对影响性能和生存能力的频率参考和定时解决方案设计。越来越多地使用
符合AEC-Q200标准的多个行业的汽车零部件、COTS的军事和航空航天标准,以及在极端工业环境中运行的高可靠性设备;继续推动制造商提升供应链的可靠性、标准化和稳定性。
CTS是Sense、Connect和Move产品的领先设计师和制造商。该公司在北美、欧洲和亚洲生产传感器、执行器和电子元件。CTS提供为航空航天、通信、国防、工业、信息技术、医疗以及运输市场。我们广泛的频率控制解决方案包括:
晶体谐振器和时钟振荡器符合AEC-Q200标准,在TS 16949认证的生产线上生产,符合PPAP。
支持5G和物联网下一代芯片组的时序解决方案。
用于军事和航空航天应用的COTS频率设备。
支持高可靠性振荡器和定时解决方案的定制选项。
可在包括高冲击和振动元件的极端环境中发挥作用的设计。
CTS有许多晶体振荡器产品可通过分销合作伙伴获得,价格有竞争力,种类繁多性能和软件包选项,并且可以自定义。请联系CTS,讨论适合您应用程序需求的正确时间解决方案。

The Fourth Industrial Revolution, dubbed Industry 4.0, describes the continuation of automating conventional manufacturing and industrial practices, incorporating fast-developing Smart technologies. Industry 4.0 is driving the need to exchange and analyze vast sums of collected data that improve process control, increase throughput, and enable self-monitoring that can diagnose issues without operator intervention. Industrial IoT [IIoT] applications are using more wireless technologies to connect large scale machine-to-machine communication [M2M], creating demands for reliable frequency timing components that can function in the operating environments of the Smart Factory. These environments offer challenges, including higher temperature ranges, shock and vibration elements, and low power constraints to support battery operation yet require processing large amounts of information with minimal time synchronization error, data loss, and very short and stable latency issues.

CTS has developed a portfolio of crystal resonators and clock oscillators for next generation IIoT MCUs, SoCs or FPGAs supporting 5G communication requirements for faster data speeds, low noise performance, and low power consumption. To meet the above standards CTS’s IoT Enhanced crystals [4xxW Series] are designed and processed with the lowest series resistance values, while coupled with small load capacitance options, securing a safe gain margin GM for reliable oscillator start-up. Industrial grade clock oscillators [CHT Series] offer smaller stability options, improved noise performance, and maximum operating temperature to +125°C.

Extreme Environments Many electrical systems are required to function and survive in extreme operating environments beyond the standard MIL-STD operating temperature range of -55°C to +125°C. Over the years, industrial applications have developed sensors, gauges, and data acquisition systems that can operate at +200°C and above in areas of deep well drilling, geothermal logging, and process monitoring, to name a few. In addition to high temperatures, many of these electronic devices need to survive under high shock and vibration conditions.

Even though the market for high-temperature electronics is small, predominately dominated by the petroleum industry, there are opportunities for new applications to expand in the transportation, automotive, military, and aerospace markets. The benefits for high-temperature components come from eliminating the need for heat sinks, supplemental cooling, creating lighter weight and smaller size systems. In many of the high-temperature applications discussed, there will be requirements for a robust frequency reference. Building from rugged design techniques developed for military programs, CTS has oscillators and timing solutions that provide outstanding performance operating in severe conditions.

CONCLUSION

Harsh operating environments, which include expanded temperature ranges, bring demands and challenges for frequency reference and timing solution designs that impact performance and survivability. The increased use of AEC-Q200 compliant automotive components in multiple industries, military and aerospace standards for COTS, and high-reliability devices operating in extreme industrial environments; continue to push manufacturers to upgrade the reliability, standardization, and stability of the supply chain.

ABOUT

CTS CTS is a leading designer and manufacturer of products that Sense, Connect, and Move. The company manufactures sensors, actuators, and electronic components in North America, Europe, and Asia. CTS provides solutions to OEMs in the aerospace, communications, defense, industrial, information technology, medical, and transportation markets. Our extensive frequency control solutions include:

Crystal resonators and clock oscillators that are qualified to AEC-Q200, produced on TS 16949 certified production lines, with PPAP compliance.

• Timing solutions supporting next generation chipsets for 5G and IoT.

• COTS frequency devices for military and aerospace applications.

• Options for customization to support high-reliability oscillators and timing solutions.

• Designs that can function in extreme environment that include high shock and vibration elements.

CTS has many products that are available through distribution partners, are competitively priced, have a variety of performance and package options, and that can be customized. Contact CTS to discuss the right timing solution for your application needs.

网友点评