CXOXLPN系列重新定义抗冲击晶振性能标杆
STATEK深耕极端环境时频控制领域近半个世纪,始终以市场需求为导向,聚焦各类极端工况下的时频控制难题,在抗冲击,抗振动,抗辐射,低相位噪声等核心技术领域积累了深厚的研发经验,所有产品均经过多轮严苛的军事级测试与极端环境验证,具备低加速度灵敏度,严格的校准公差,低老化率等核心优势,赢得了全球众多高端客户的高度认可与长期信赖.此次全新推出的CXOXLPN系列石英晶体振荡器,精准聚焦高强度冲击场景的核心需求,依托STATEK自主研发的抗冲击结构设计与精密制造工艺,在抗冲击性能上实现突破性突破,可承受高达100,000g的极端冲击,远超行业同类产品水平,同时兼顾微型化,低相位噪声,耐辐射等多重高性能,填补了极端冲击场景微型高性能晶振的市场空白,重新定义了抗冲击晶振的性能标杆,为极端环境设备的稳定运行提供了坚实的时频保障.

STATEK重磅推出HTO57晶体振荡器
STATEK的高温系列产品凭借卓越的性能与稳定的品质,成为全球高温环境时频控制领域的标杆,其产品广泛应用于工业,军事,航空航天等对可靠性,稳定性要求极高的高端行业,赢得了全球众多知名企业与科研机构的高度认可与长期信赖.所有产品均经过多轮严苛的极端环境验证与质量检测,包括高温老化测试,高低温循环测试,抗振动测试,耐辐射测试等,严格遵循严苛的质量控制流程,从原材料采购,生产制造到成品检测,每一个环节都进行严格把控,建立了全流程质量追溯体系,确保每一款产品都能从容应对各类复杂恶劣环境的考验.此次推出的HTO57晶体振荡器,是STATEK高温系列产品的核心力作,依托品牌深厚的技术积淀与创新研发实力,专门针对高温极端场景优化设计,在耐高温性能,结构坚固性与时频精度上实现多重突破,成为高温环境下时频控制的理想选择.

MtronPTI超低相位噪声高稳定TCXO重磅上市
全球顶尖频率控制器件制造商MtronPTI,深耕晶振研发数十年,凭借军工级技术积淀与严苛品控体系,针对低相噪,高稳频刚需场景,重磅推出超低相位噪声,超高稳定性TCXO(温补晶体振荡器)系列产品.该系列突破传统温补晶振性能瓶颈,以极致低相噪,宽温高稳定,长寿命可靠的硬核实力,为高精度电子设备提供纯净稳定的时钟基准.广泛应用于对时序精度,信号质量有极致要求的高端场景.

EPSON晶振电子世界的稳频担当赋能万物精准运行
在数字化浪潮席卷全球的今天,电子设备已渗透到人类生产生活的每一个角落,从日常使用的智能手机,可穿戴设备,到工业自动化的精密仪器,5G通信的核心基站,再到航空航天的测控系统,医疗领域的精准检测设备,每一款设备的稳定运行,都离不开一个核心"心脏"——晶振.作为频率与时间的基准器件,晶振的稳频性能直接决定了电子设备的运行精度,稳定性与可靠性,是电子世界有序运转的基石.日产EPSON爱普生,作为全球晶体振荡器领域的领军者,凭借数十年的技术积淀,自主创新的核心能力与严苛的品质管控,打造出全系列高性能晶振产品,以卓越的稳频实力,成为电子世界当之无愧的"稳频担当",为全球各行业电子设备提供精准,稳定,可靠的频率支撑,赋能万物智能精准运行.

AEK安克晶振产品介绍

俄罗斯AEK安克公司(成立于1991年3月)生产和销售用于无线电通讯、导航、航天和特种设备的电子元件。该公司的主要产品是石英晶体，谐振器，窄带和宽带滤波器，以及SAW声表滤波器表面声波的延迟线(所有开发的所有者 - “AEK-Design”公司)。

高精度NEL恒温晶振决方案，现代仪器设备，商用&国防通信系统和雷达设备需要卓越的稳定性，极低的相位噪声频率来源。相位噪声为-120的测试设备dBc/Hz，与载波偏移1 Hz且优于-180使用现有测试，噪声基底上的dBc/Hz是一个挑战设备和方法。它与生产环境，其中测量时间和每次测量的准确性变得至关重要。目的这项工作的目的是研究不同的测试方法，评估不同相位噪声测量设备，以及为两种低频（约10MHz）超低相位噪声（ULPN）参考，以及HF/UHF ULPN OCXO恒温晶振。几种测试方法和测试对仪器进行了调查。没有“一刀切”解决方案，但对于每个频率范围，最佳解决方案提出。
每个特征的值也取决于该测试用于生产环境，或“双振子法”[1]被排除在外，因为它不能很好地满足前四个标准，因此仅采用互相关的方法和设备考虑了技术。[1] ，[4]。lower面临的挑战频率设备（约10.000MHz）.

对于更高频率的ULPN OCXO，特别是100.000 MHz载波频率，射频污染环境和EMI增加了进一步的挑战。对于采用锁相环（PLL）的设备获得更高频率的技术设备PLL和测试仪器的PLL使其更加难以获得准确的结果。

内尔公司是一家在超低相位噪声/相位抖动进口晶体振荡器解决方案的设计及制造方面提供尖端技术的企业。 以下将介绍内尔公司的低相位噪声技术的概要。

NEL晶体振荡器卓越质量与可靠性，NEL Frequency Controls is a technology leader in the development and manufacture of leading edge frequency control products. Customers choose NEL to supply the optimal solution for applications requiring crystal oscillators with challenging performance specifications such as ultra low phase noise, ultra low power, and ultra high frequency capability. NEL’s research and product development efforts support next generation customer applications that push performance boundaries in system speed, bandwidth, resolution, accuracy, and power consumption. Our customers benefit from our broad, low cost product offering, which reflects globally competitive frequency control solutions. Customer technologists can rely on NEL for total technical support in selecting the best frequency control solution for their application.

With state-of-the-art manufacturing locations in the USA and the Philippines, NEL Frequency Controls’ manufacturing model provides the flexibility required to compete globally with its diverse product mix. Frequency control solutions of higher complexity are manufactured at NEL’s USA location, whereas higher volume, lower cost, less complex frequency control solutions are manufactured at NEL’s Philippines location. Both manufacturing locations operate under the same TQM policy with common systems design, process, and testing to ensure complete product integrity. NEL is a ISO 9001-2008 certified company and has a strong industry reputation for high reliability with its products.

Breakthrough Synchronized Crystal Oscillator, SXO

NEL’s synchronized crystal oscillator (SXO) technology offers significant performance advantages for high performance computing requirements. Parallel processing applications that require scalable synchronized clocking now have a better solution than the traditional clock distribution approach. The Synchronized Crystal Oscillator provides:
• Frequency and phase synchronization among an unlimited number of clocks in an HPC timing architecture
• Redundancy—Eliminates the need for master clock resulting in no single point of clock failure risk
• Full scalability—Additional SXO’s can be added (synched) to an existing SXO ensemble
• Reduced system level jitter—Additive jitter associated with clock distribution is eliminated
SXO evaluation boards, white paper, and demonstrations are available upon request.

Lowest Phase Noise Solutions Available

NEL Frequency Controls can optimize crystal oscillator phase noise performance based on customer goals and requirements. Customers looking for a competitive advantage with their application’s phase noise performance will often choose NEL to help gain a performance advantage of -5 dBc/Hz to -10 dBc/Hz. Customers looking for low cost ways to upgrade existing designs and platforms turn to NEL for the flexibility of selecting varying levels of phase noise performance within a drop-in compatible package.

Problem Solving

The crystal oscillator is often described as the heart of the system. Having an optimized frequency control solution for an application requires an understanding of the environment in which the crystal oscillator will be operating. NEL engineers are adept at providing robust solutions that factor in signal integrity issues, such as power supply noise, harmonics, shock and vibration, loading, temperature, and assembly conditions.

Excellent Quality, Reliability

NEL’s Total Quality Management systems embed quality requirements in all processes. Statistical Process Control is used to validate quality at every step of production. Our standard practices include 100% testing. Testing is expanded with HALT/HASS procedures for mission critical applications. NEL provides extensive product characterization data to verify complete compliance with product specifications. Data on long term reliability is available for customer review. Product serialization for added traceability assurance is available upon request.

Just In Time, On Time

NEL’s vertical integration allows for short lead times and just in time delivery. Provide NEL with your forecast, communicate upside demand requirements, and NEL will deliver just in time, on time.

Comprehensive Customer Support

• Immediate phone support, both customer service and technical support
• Access to systems that evaluate the alternatives and pinpoint the best solutions for your needs
• Flexible design solutions to help achieve your goals

• Global partnerships

通信和传感技术已经改变了汽车行业。汽车越来越多地包括与其环境交互的功能和系统，获得对周围空间的意识，相互之间以及与基础设施联网，并检测可能的危险来源。我们可以认为车辆已经获得了它们自己的“感觉”，GPS导航晶振，它们知道它们在哪里，并且现在可以看到、听到和感觉到它们周围发生的事情。

2050年交通事故零死亡。在这个意义上，2019年，欧洲议会批准了一项法律，规定从2022年5月起，新车型和现有车型的所有新车都必须具备智能速度辅助系统、高级紧急制动系统和车道保持系统等安全功能。"="" style="box-sizing: border-box; outline-color: inherit; outline-offset: 2px;">汽车传感器是提高道路交通安全和达到自动驾驶第4级和第5级的关键。网络摄像头晶振，先进传感器技术的使用将允许通过警告信号和自动安全功能来预防事故，从而实现"零愿景"的目标:到2050年交通事故零死亡。在这个意义上，2019年，欧洲议会批准了一项法律，规定从2022年5月起，新车型和现有车型的所有新车都必须具备智能速度辅助系统、高级紧急制动系统和车道保持系统等安全功能。

此外，买车时，安全措施变得越来越重要。为此，欧洲新车评估计划(欧洲NCAP)自2020年起将紧急制动系统纳入评估范围。这迫使该行业加大努力，在车辆中加入新的检测功能。