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Q-Tech晶体振荡器,航空电子专用6G晶振,QCC325N5-40.000MHZ
更多 +Q-Tech晶体振荡器,航空电子专用6G晶振,QCC325N5-40.000MHZ,尺寸5.0x3.2mm,频率40MHZ,欧美晶振,有源晶体振荡器,有源贴片晶振,OSC贴片晶振,石英晶体振荡器,SMD振荡器,CRYSTAL OSCILLATORS,低电压有源晶振,低功耗有源晶振,智能弹药专用晶振,仪器仪表专用晶振,导航系统晶振,航空电子晶振,微处理器时钟专用晶振,具有低电压高性能的特点。
Q-Tech的表面安装QCC325小体积SMD振荡器由一个IC组成5Vdc、3.3Vdc、2.5Vdc、1.8Vdc时钟方波发生器和一个小型条形AT石英晶体带有镀金接触垫的陶瓷封装。旨在满足当今对低电压应用,枪射弹药和系统,智能弹药,仪器,导航,航空电子,微处理器时钟等领域.Q-Tech晶体振荡器,航空电子专用6G晶振,QCC325N5-40.000MHZ.
- [常见问题]Bliley如何防止BTCS3-16MHZMCN-BCCT晶体振荡器中的频率扰动?2024年04月17日 11:14
Bliley如何防止BTCS3-16MHZMCN-BCCT晶体振荡器中的频率扰动?
频率扰动也称为活动骤降,很难在晶体振荡器中发现。但一个小小的干扰就可能导致应用信号出现重大问题,包括在GPS或导弹系统中。
想象一下发射一枚导弹,然后失去对其导航的控制。或者得到一个非常不准确的飞机GPS速度读数。这些(以及许多其他问题)可能是由于未能发现晶体中的活性下降而引起的。
在本文中,我们将帮助您 理解什么是频率扰动以及如何防止频率扰动在石英晶体振荡器中发生。 - 阅读(861)
- [新闻资讯]NEL晶体振荡器卓越质量与可靠性2023年10月13日 11:55
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
NEL频率控制公司是开发和制造领先频率控制产品的技术领导者。客户选择NEL为要求进口晶体振荡器具有挑战性性能规格的应用提供最佳解决方案,如超低相位噪声、超低功率和超高频能力。NEL的研究和产品开发工作支持下一代客户应用,推动系统速度、带宽、分辨率、精度和功耗方面的性能极限。我们的客户受益于我们广泛的低成本产品,这反映了具有全球竞争力的频率控制解决方案。客户技术人员可以依靠NEL提供全面的技术支持,为他们的应用选择最佳的频率控制解决方案。
NEL频率控制公司在美国和菲律宾拥有最先进的制造工厂,其制造模式为其多样化的产品组合提供了全球竞争所需的灵活性。较高复杂性的频率控制解决方案在NEL的美国工厂制造,而较大批量、较低成本、不太复杂的频率控制解决方案在NEL的菲律宾工厂制造。两个制造工厂都在相同的TQM政策下运作,采用共同的系统设计、流程和测试,以确保完整的产品完整性。NEL是一家ISO 9001-2008认证的公司,因其产品的高可靠性而享有很高的行业声誉。NEL晶体振荡器卓越质量与可靠性.
突破同步晶体振荡器,SXO
NEL的同步石英晶体振荡器(SXO)技术为高性能计算需求提供了显著的性能优势。要求可扩展同步时钟的并行处理应用现在有了比传统时钟分配方法更好的解决方案。同步晶体振荡器提供:
HPC时序架构中无限数量时钟之间的频率和相位同步
冗余—消除了对主时钟的需求,不会产生单点时钟故障风险
完全可扩展性—可以将额外的SXO添加(同步)到现有的SXO系综中
降低系统级抖动——消除了与时钟分配相关的附加抖动
如有需要,可提供SXO评估板、白皮书和演示。- 阅读(573)
- [常见问题]遥遥领先HELE晶体振荡器的综合指南2023年09月27日 15:46
在电子学中,晶体(通常由石英制成)用于振荡器中,以产生稳定的工作频率。它们也用于滤波器中,以分离不同频率的信号。 总之,晶体振荡器在各种电子设备的功能中起着至关重要的作用。尽管它们有局限性,但它们的好处远远大于坏处。了解它们的工作原理和测试方法有助于确保您的设备发挥最佳功能。敬请关注和谐电子,了解更多关于电子元件的启发性讨论!
- 阅读(644)
- [技术支持]DIODES振荡器为数字电子带来同步2023年09月08日 15:13
DIODES晶体振荡器:为数字电子带来同步
在家里或工作中遇到的大多数电子系统将包括至少一个振荡器,该振荡器作为时钟工作,提供精确的定时、同步操作或作为频率参考。在这里,我们将了解使用石英晶体振荡器的诸多好处,并讨论可用的选择。 在基于微处理器的系统中有许多不同的时钟信号,用于执行指令、传送外部通信接口以及将数据移入和移出存储器。 虽然简单的嵌入式控制器的时钟频率可能在几兆赫左右,但PC的时钟频率通常预计为15兆赫,然后在内倍增,为CPU和其他子系统提供时钟。系统中的其他组件可能有自己的时钟要求,例如以太网控制器的25MHz时钟或实时时钟(RTC)所需的32.768kHz时钟。 此外,精确的频率参考是射频(RF)系统的先决条件,以便促进端到端通信,并确保滤除不受欢迎的噪声和信号。 - 阅读(630)
- [技术支持]PETERMANN彼得曼定时晶振2023年08月30日 17:42
PETERMANN-TECHNIK彼得曼晶振提供最广泛的32.768kHz解决方案组合,包括石英晶体、石英晶体和硅振荡器以及RTC,推荐用于要求低成本、高性能、高质量产品的所有应用。 32.768kHz石英晶体可在-40/+85°C的标准温度范围内以10至20ppm的频率容差在25°C下交付,根据AECQ200或AECQ100的汽车解决方案可应要求提供。 32.768kHz微型贴片硅振荡器推荐用于电池驱动解决方案,如蓝牙低功耗、物联网、可穿戴设备、RTCs、移动通信、智能计量、智能住宅、商业、医疗和工业应用等。2.0x1.2mm外壳允许使用相同的焊盘布局尺寸直接替换2012系列的石英晶振。 SMD硅32.768kHz振荡器具有独特的超低功耗特性,功耗小于1.0A,频率容差非常小,从5ppm到10ppm,温度稳定性优于石英晶体和32.768 kHz石英晶体振荡器,可提供高精度32.768kHz时钟,功耗极低,价格低廉。 标准外壳尺寸为1.5x0.8mm毫米或2.0x1.2mm毫米,视型号而定。与石英晶体不同,ULPO和ULPPO系列能够通过LVCMOS兼容输出信号为多个IC(MCU、RTC、ble等)提供时钟。)同时,增加了更大的元件放置灵活性,并消除了外部负载电容,从而节省了额外的元件数量、电路板空间和成本(PCB、组装、搬运、库存等)。).例如,与使用32.768kHz石英晶体相比,在BLE解决方案中使用ULPO或ULPO可节省约60%的系统能源。 - 阅读(643)
- [技术支持]普锐斯公司详解振荡器LVDS驱动多个输入点应用2018年09月14日 11:08
- 图1显示了典型的多点LVDS应用.Q和Q输出左侧的LVDS驱动器串行连接到LVDS接收器的输入沿着多点线的长度.电阻器RT终止Q和Q.在石英晶体振荡器多点线路的末端并行发出信号.简单的微带线在具有接地层的标准PC板上制造,足以满足此应用需求.
- 阅读(466)
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