Austin, Texas – Abracon, LLC (Abracon), The Heartbeat of the IoT®, a leading global manufacturer of frequency control, timing, synchronization, RF, connectivity and power solutions, expanded its offering of SMD oven-controlled crystal oscillators (OCXO), with the AOC2012, AOC1409 and AOC2522A/AOC2522B.

德克萨斯州奥斯汀– Abracon, LLC (Abracon), The Heartbeat of the IoT® 是全球领先的频率控制、定时、同步、射频、连接和电源解决方案制造商，扩大了其 SMD 恒温控制晶体振荡器 (OCXO) 的供应，搭配AOC2012、AOC1409和AOC2522A / AOC2522B。AOC1409VAUC-20.0000C高频率的OCXO恒温振荡器,适用于航空航天

These OCXO solutions employ a precision SC-cut high “Q” quartz crystal resonator design, coupled with precision temperature monitoring and control circuitry.  This combination enables Abracon to meet Stratum 3 and 3E requirements with this family of OCXOs.  

这些 OCXO晶体振荡器解决方案采用精密SC 切割高“Q”石英晶体谐振器设计，以及精密温度监测和控制电路。这种组合使 Abracon 能够通过该OCXO系列满足Stratum 3和3E要求。  

This family of OCXOs works ideally for 5G or GPS applications requiring high frequency stability with low phase noise and precision holdover performances, such as base stations, small cell platforms, internet data centers, and satellite and aerospace communications.

该OCXO系列非常适用于需要高频率稳定性、低相位噪声和精确保持性能的5G或GPS应用，例如基站、小型蜂窝平台、互联网数据中心以及卫星和航空航天通信。AOC1409VAUC-20.0000C高频率的OCXO恒温振荡器,适用于航空航天

AOCJY2A-26.000MHZ-F-SW	Abracon晶振	AOCJY2	OCXO	26MHz	5V	-40°C ~ 75°C
AOCJY2A-38.880MHZ-F	Abracon晶振	AOCJY2	OCXO	38.88MHz	5V	-40°C ~ 75°C
AOCJY2A-38.880MHZ-F-SW	Abracon晶振	AOCJY2	OCXO	38.88MHz	5V	-40°C ~ 75°C
AOCJY2A-40.000MHZ-F	Abracon晶振	AOCJY2	OCXO	40MHz	5V	-40°C ~ 75°C
AOCJY2A-40.000MHZ-F-SW	Abracon晶振	AOCJY2	OCXO	40MHz	5V	-40°C ~ 75°C
AOCJY3-10.000MHZ-F-SW	Abracon晶振	AOCJY3	OCXO	10MHz	3.3V	-40°C ~ 75°C
AOCJY3-100.000MHZ-F-SW	Abracon晶振	AOCJY3	OCXO	100MHz	3.3V	-40°C ~ 75°C
AOCJY3-12.800MHZ-F	Abracon晶振	AOCJY3	OCXO	12.8MHz	3.3V	-40°C ~ 75°C
AOCJY3-12.800MHZ-F-SW	Abracon晶振	AOCJY3	OCXO	12.8MHz	3.3V	-40°C ~ 75°C
AOCJY3-13.000MHZ-F	Abracon晶振	AOCJY3	OCXO	13MHz	3.3V	-40°C ~ 75°C
AOCJY3-13.000MHZ-F-SW	Abracon晶振	AOCJY3	OCXO	13MHz	3.3V	-40°C ~ 75°C
AOCJY3-26.000MHZ-F	Abracon晶振	AOCJY3	OCXO	26MHz	3.3V	-40°C ~ 75°C
AOCJY3-26.000MHZ-F-SW	Abracon晶振	AOCJY3	OCXO	26MHz	3.3V	-40°C ~ 75°C
AOCJY3-38.880MHZ-F	Abracon晶振	AOCJY3	OCXO	38.88MHz	3.3V	-40°C ~ 75°C
AOCJY3-38.880MHZ-F-SW	Abracon晶振	AOCJY3	OCXO	38.88MHz	3.3V	-40°C ~ 75°C
AOCJY3-40.000MHZ-F	Abracon晶振	AOCJY3	OCXO	40MHz	3.3V	-40°C ~ 75°C
AOCJY3-40.000MHZ-F-SW	Abracon晶振	AOCJY3	OCXO	40MHz	3.3V	-40°C ~ 75°C
AOCJY3A-10.000MHZ-F-SW	Abracon晶振	AOCJY3	OCXO	10MHz	5V	-40°C ~ 75°C
AOCJY3A-100.000MHZ-F-SW	Abracon晶振	AOCJY3	OCXO	100MHz	5V	-40°C ~ 75°C
AOCJY3A-12.800MHZ-F	Abracon晶振	AOCJY3	OCXO	12.8MHz	5V	-40°C ~ 75°C
AOCJY3A-12.800MHZ-F-SW	Abracon晶振	AOCJY3	OCXO	12.8MHz	5V	-40°C ~ 75°C
AOCJY3A-13.000MHZ-F	Abracon晶振	AOCJY3	OCXO	13MHz	5V	-40°C ~ 75°C

Precision stability over temperature combined with an ultra-low ±1ppb daily aging enables a ±15ppb, 24-hour holdover accuracy, depending on system conditions. Holdover extends a system’s useful operating period in the event it loses its reference clock, which is an important consideration when designing RF, networking, telecommunications, GPS and reference-timing applications. Additionally, tight short-term stability improves acquisition time in low-bandwidth phase-locked loops and overall accuracy in GPS applications.

温度范围内的精确稳定性与超低的 ±1ppb 每日老化相结合，可实现 ±15ppb 的 24 小时保持精度，具体取决于系统条件。如果系统丢失参考时钟，保持时间会延长系统的有效运行期，这是欧美晶振设计射频、网络、电信、GPS 和参考定时应用时的一个重要考虑因素。此外，严格的短期稳定性提高了低带宽锁相环的采集时间和 GPS 应用的整体精度。

The AOC1409 supports the 20MHz frequency in a small 14.9 x 9.7 x 7.0 (6-pin) package. The AOC2012 has a 20.32 x 12.70 x 11.00mm SMD (4-pin) package and a -20°C to +70°C operating temperature range. The AOC2522 series features ±750ppb long-term aging and is available in a 25.4 x 22 x 12.7mm (5-pad) package size. The AOC1409 and AOC2522 offer a -40°C to +85°C operating temperature range.

Abracon有源晶振AOC1409在小型 14.9 x 9.7 x 7.0（6 引脚）封装中支持 20MHz 频率。AOC2012采用20.32 x 12.70 x 11.00mm SMD（4 引脚）封装，工作温度范围为 -20°C 至 +70°C。AOC2522 系列具有 ±750ppb 的长期老化特性，采用 25.4 x 22 x 12.7mm（5 焊盘）封装尺寸。AOC1409 和 AOC2522 提供 -40°C 至 +85°C 的工作温度范围。

20.8 x 13.2 x 8.2 mm引入RoHS合规可再焊封装

AT-Cut，高“Q”谐振器基于设计

正波或CMOS射频输出