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.

Greenray原装正品晶振产品数据手册T56-X16-CS-LG-16MHz-E

Greenray Industries致力于提供高精度石英晶体振荡器，为下一代项目提供尖端解决方案，满足或超过我们全球工业和国防客户的要求。我们的高性能频率控制器件已经运行了近60年，专为1 Hz至1 GHz的苛刻应用而设计。所有Greenray振荡器产品都是在我们位于宾夕法尼亚州Mechanicsburg的工厂设计、组装和测试的。我们的质量管理体系通过了ISO 9001:2015 + AS9100D标准认证。该标准包括ISO 9001:2015对航空航天有额外的行业特定要求。该标准比ISO 9001:20015标准更为严格，是国防和航空航天工业所必需的，为我们设计和制造的产品质量提供了更高的信心。

我们的产品能力：石英晶振，贴片晶振，OCXOs，TCXOs，VCXOs，时钟振荡器，晶体振荡器

我们的工程重点：紧密稳定性，低相位噪声，高冲击和振动，低g灵敏度
Greenray利用其两家姐妹公司的独特专业知识来增强我们的能力，并帮助我们生产当今世界上最高性能的频率控制元件。点击下面的标志，了解更多关于Statek公司和AdTech陶瓷的卓越能力。

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

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。

差分低功耗硅振荡器XO–DLPO系列石英晶振的产品范围包括1.0–625MHz频率范围内的解决方案，包括专门针对10GB以太网、SONET、SATA、SAS、光纤通道和PCI Express的要求而优化的版本。例如，差分硅振荡器的典型应用领域是电信、网络、以太网、仪器仪表、存储、服务器和工业控制系统应用。

与传统的石英差分晶体振荡器相比，差分硅振荡器所需的功耗不到一半，频率稳定性在-40/+85°c范围内为±10 ppm。PETERMANN-TECHNIK提供的解决方案包括1.8VDC起的LVCMOS、LVDS和CML输出信号，或2.5VDC起的LVPECL、HCSL和LVDS输入信号。

DLPO系列的差分硅振荡器提供6Pad 3.2×2.5mm、5.0×3.2mm和7x5mm外壳封装，可用于与石英差分振荡器相同的布局，作为石英解决方案的直接替代产品。为了能够在不使用时将功耗降低到10 A，所有版本都在引脚1上配备了ST(待机)功能。保证上电后最大10ms的极快瞬态响应，以及第一年后最大+-1ppm的出色低老化性能。

6G以太网应用晶振DLPO333-3225-E-15-W-125.000MHz-T-1高性能差分晶体振荡器

随着产品的不断改进，Micro Crystal已经成功验证了其最新的高性能温度补偿贴片晶振RV-3032-C7实时时钟模块在高达+105°C的温度下的运行。这种在更宽的温度范围(-40°C至+105°C)下运行的能力使其成为要求低功耗、高精度和尺寸的户外和2级汽车应用的理想选择。

Micro Crystal推出新型RV-3032-C7实时时钟(RTC)模块贴片晶振，该模块以超低功耗在整个工业温度范围内提供世界上最好的时间精度。这款高性能超紧凑型RTC模块具有定制IC和集成石英晶体谐振器，树立了最小尺寸(uSOP-8封装尺寸的一半，无需额外的外部元件)，最佳精确度(在-40至85°C的工作温度下为0.26秒/天)，超低电流消耗(160 nA计时模式)，独一无二电源管理功能.

RV-3032-C7石英晶体振荡器，非常适合需要持续计时功能的应用，符合严格的时间时钟精度、宽温度范围和长电池寿命。它的设计考虑了智能计量和其他类似的工业或消费应用，如可穿戴设备和物联网。
由于其极低的功耗和电源管理特性，包括宽电源电压范围(1.2至5.5V)、自动备用开关、多功能电荷泵和可编程涓流充电器，该器件可以与小尺寸、低容量、可充电电池或低成本纽扣电池电源单元耦合。这减小了最终产品的总体尺寸和制造成本，同时优化了电池的寿命。6G模块晶振RV-3032-C7TAQA非常适合需要持续计时功能的应用

日本爱普生晶振SG-9101CA是具有CMOS输出的可编程晶体振荡器系列，小体积尺寸7.0x5.0mm四脚贴片晶振，有源晶振，晶体振荡器，电源电压:1.62V至3.63V，频率范围:0.67MHz至170MHz，SG-9101系列石英晶体振荡器还提供以下流行的封装小体积晶振尺寸:2.5x2.0mm，3.2x2.5mm和5.0x3.2mm封装使电子制造商能够节省电路板空间。具有小体积轻薄型，低功耗，低抖动，高性能，高品质等特点，应用于钟表、数码产品、汽车电子、lora模块、对讲机、数码相机、MID平板电脑，光电技术等通讯设备及各种频率控制设备。

lora模块低功耗晶振供应X1G005301003000可编程晶体振荡器

医疗设备应用晶振SG5032CCN石英晶体振荡器X1G004471002000

lora模块高性能晶振罗拉模块专用晶振SG7050EAN编码X1G004291004200

TG-5006CJ四脚贴片晶振X1G004131003800北斗导航专用VC-TCXO晶振

SG-210STF小体积有源晶振X1G004171007700非常适合可穿戴设备

爱普生晶振SG3225VEN，是一款LVDS差分晶体振荡器，小体积晶振尺寸3.2x2.5mm有源晶振，六脚贴片晶振，电源电压2.5V，3.3V，频率范围25MHz至200MHz，该产品具有超小型，轻薄型，低抖动，低电源电压，低功耗，低损耗，低耗能，低相位噪声等特点，能够轻易识别网络信号以及精确的处理双极信号，适用于5G通信网络，机顶盒、光端机、安防设备、路由器/交换机、仪器仪表、测试血糖仪，SAS，光纤通信，10G以太网及各种频率控制设备上。

测试血糖仪应用晶振X1G005351002100,LVDS差分晶振

儿童用游戏机专用晶振FA-20H编码Q24FA20H0005300

日本进口爱普生晶振FC-135,是一款频率32.768kHz晶振，时钟晶振，小体积晶振尺寸3.2x1.5mm，两脚贴片无源晶振，20PPM的常用频率,12.5pF的正规负载正是对应爱普生晶振编码Q13FC1350000400.工作温度范围-40℃至+85℃，该产品具有超小型，轻薄型，耐热及耐环境特性，非常适用于钟表电子，智能手机，平板电脑，仪器仪表，水电表，医疗设备等。

FC-135晶振编码Q13FC1350000400是一款32.768k时钟晶振非常适用于钟表电子