IDT艾迪悌有源晶体振荡器性能介绍

IDT艾迪悌有源晶体振荡器性能介绍，IDT公司作为行业的佼佼者，除了能够针对不同的用户需求给出完美的解决方案之外，还具备快速交付的能力，以及灵活多变的选择空间，正是因为选择空间的广泛，使得每一位用户都能在IDT公司找到自身所需的产品，随着行业的快速发展，对于成长型的IDT公司而言，有源晶振产品的局限化也影响公司的发展，为了突破目前的限制，利用自身的资源，打磨大量优质的产品。

这低功耗、低成本硅时钟振荡器我们的产品系列配备了最先进的IC技术，并在性能、超长寿命(MTBF 10亿小时)、出色的抗冲击和抗振动性、尺寸、精度、抖动、功耗和灵活性方面树立了标准。与其它硅振荡器一样，我们的SMD硅振荡器系列和相应的汽车版(AEC-Q100)使用硅谐振器同步IC。由于微硅谐振器的振动能量非常低，SMD硅振荡器的性能远远优于类似的石英振荡器。一般来说，SMD硅时钟振荡器可用于所有需要高性价比时钟振荡器的应用。

SMD硅振荡器的趋势持续快速增长。一方面，考虑到它们的性能，它们具有成本效益，可以取代石英振荡器，但以下情况除外TCXOs和VC-TCXOs，在所有垂直市场和应用中。另一方面，32.768kHz和MHz的超低功耗SMD振荡器可实现高达50%的系统节能——请咨询我们的专家，这是如何实现的。

新开发的推荐版本:

对于新开发产品，我们建议开发人员采用2.0×1.6mm或最大2.5×2.0mm尺寸的版本，具有2.25–3.63 VDC(-文章描述中的XX-)的宽电源电压范围，频率稳定性为20 ppm @-40/+85°C、30 ppm @-40/+105°C、30ppm @-40/+125°C或50ppm @-55/+125°C，以及对于引脚1的功能，我们建议使用待机功能，即使不一定需要该功能。原因:一方面，与潜在的成本节约相比，引脚#1的布线要求非常低，因为我们通常有大量的备用功能库存，这使得短期内以非常好的价格交货成为可能。在引脚1处没有待机功能的振荡器按要求的数量制造，这通常要贵得多。如果所需的振荡器没有库存，标准交付周期，包括定制产品，最长为4-6周。

SMD硅有源晶体振荡器具有所谓的软电平功能。详细信息可在以下报告中找到:“SMD硅时钟振荡器如何改善EMC–EMI”

SoftLevel功能无需额外费用，可以缩短输出信号的上升/下降时间。这使得输出信号的边缘更圆；在最慢的版本中，输出信号类似鲨鱼鳍。上升/下降时间延长达45%，第11次谐波的EMC衰减超过–60 dB。对于t这样一个简单的改编来说，这是一个巨大的价值升高和t秋天.

工程服务完善了我们极其广泛的产品组合:

1)关注整体设计过程:

我们的核心竞争力是在频率生成组件和相关的个人产品咨询和客户在设计过程中的全面支持。我们利用我们的技术专长，提供基于复杂和创新组件的面向客户的解决方案，从而为客户提供特殊的附加值。因此，我们在整个设计过程中陪伴客户，从面向应用的产品选择到样品设备，直至系列生产和系列支持。IDT艾迪悌有源晶体振荡器性能介绍.

2)我们的设计服务:

广泛的产品咨询
电路测试
电路模拟
根据振荡石英的标准(IEC60444)测量用过的石英/振荡器
石英电流和驱动水平的测量(IEC60444)
工作频率和有效负载能力的确定(IEC60444)
安全系数和共振电阻的测定(IEC60444)
电路适应相关频率确定元件的建议
与相关客户部门合作，提供大规模生产支持

3)我们客户的优势:

测试外包允许客户节省成本和时间，并为他们做出决策提供全面的技术基础。
快速提供技术分析，并在很短的时间内提供最终报告。
由于基于标准的测试和极短的分析时间，产品上市速度极快，并减少了客户工程部门的工作量。
早期检测和校正频率生成组件的电路中的错误，以实现顺利的大规模生产。

我们的分析程序符合汽车和商用车行业的要求，非常可靠。

The low-power, low-cost silicon clock oscillators from our product range are equipped with state-of-the-art IC technology and set the standard in terms of performance, extreme longevity (MTBF 1 billion hours), excellent shock and vibration resistance, size, precision, jitter, power consumption and flexibility. As with other silicon oscillators, our SMD silicon oscillators of the series and the corresponding automotive versions (AEC-Q100) use a silicon resonator for synchronising the IC. Due to the very low vibration energy of the micro-silicon resonator, the performance of the SMD silicon oscillators is by far superior to the one of comparable quartz oscillators. Generally, the SMD silicon clock oscillators can be used in all applications where a very cost-efficient clock oscillator is required. Samples can normally be shipped on the same day, if they are requested before 2pm.

The trend towards SMD silicon oscillators continuous to grow rapidly. On the one hand, they are cost-efficient considering their performance and replace quartz oscillators, with the exception of TCXOs and VC-TCXOs, in all vertical markets and applications. On the other hand, the ultra-low power of 32,768 kHz and MHz oscillators allow up to 50% system energy savings – ask our specialist how this is possible.

RECOMMENDED VERSION FOR NEW DEVELOPMENTS:

For new developments, we suggest to developers versions in the 2.0×1.6 mm or maximum in the 2.5×2.0 mm case, with a very wide supply voltage range of 2.25 – 3.63 VDC (-XX- in the article description), a frequency stability of ±20ppm@-40/+85°C, ±30ppm@-40/+105°C, ±30ppm@-40/+125°C, or ±50ppm@-55/+125°C, with the frequency of their choice. For the function of pin 1, we recommend using the standby function, even if this function is not necessarily required. Reason: On the one hand, the wiring requirements of pin #1 are very low in relation to the potential cost saving, Since we normally have large quantities with the standby function in stock, which makes short-term delivery at a very good price possible. Oscillators without standby function at pin 1 are manufactured in the required quantity, which is normally significantly more expensive. In the event that the required oscillator is not in stock, the standard delivery period, also for customised products, is 4 – 6 weeks maximum.

HOW THE EMC BEHAVIOUR CAN BE IMPROVED WITHOUT ADDITIONAL COSTS

The SMD silicon clock oscillators are equipped with the so-called SoftLevel function. Detailed information can be found in the following report:“How SMD silicon clock oscillator improves EMC – EMI”

The SoftLevel function is available at no extra cost and allows to reduce the rise/fall time of the output signal. This makes the edges of the output signal rounder; in the slowest version, the output signal resembles a shark fin. With an extension of the rise/fall time by up to 45%, the EMC attenuation at the 11th harmonic wave is above –60 dB. An enormous value for such an easy adaptation of trise and tfall.

ENGINEERING SERVICES COMPLETE OUR EXTREMELY WIDE PRODUCT PORTFOLIO:

1) Focus on the entire design-in process:

Our core competence is in frequency-generating components and the related individual product consultation and the complete support of the customer in the design-in process. We offer our customers a particular added value by providing a customer-oriented solution based on sophisticated and innovative components with our technical expertise. We thus accompany our customers throughout the entire design-in process from the application-oriented product selection to sample equipment up to series production and series support.

2) Our design-in service:

 Extensive product consulting
 Circuit testing
 Circuit simulations
 Measurement of the used quartz/oscillator based on standards for oscillating quartzes (IEC60444)
 Measurement of the current and drive level of quartzes (IEC60444)
 Determination of the operating frequency and the effective load capacity (IEC60444)
 Determination of the safety factor and the resonance resistance (IEC60444)
 Recommendations for adaptation of the circuit to the relevant frequency-determining component
 Large-scale production support in cooperation with the relevant customer departments

3) Advantages for our customers:

 The test outsourcing allows customers to save costs and time and provides them with a comprehensive technical basis for making their decision.
 Express technical analyses with fast availability and with final report within a very short period of time.
 Extremely quick market launch of a product and reduced workload for the customer’s engineering department due to standard-based tests and an extremely short analysis time.
 Early detection and correction of errors in the circuit of the frequency-generating components to enable smooth large-scale production.