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CTS晶振TT32型具有非常严格的频率稳定性

来源：http://www.yijindz.com 作者：亿金电子 2022年08月01

美国伊利诺伊州莱尔市-CTS公司（纽约证券交易所股票代码：CTS）宣布推出一款新型TCXO晶振，工作频率为32.768kHz，适用于需要精密实时时钟参考的应用。TT32型具有非常严格的频率稳定性，在-40°C至+ 85°C范围内具有±5.0ppm的温度，可在温度变化范围内保持精确的时间; 与使用具有典型抛物线温度曲线，+ 25°C转换点和-0.035ppm /°C 2温度系数的音叉谐振器的简单晶体器件相比。
CTS晶振TT32型具有非常严格的频率稳定性,580L100X2CTT,32.768K有源晶振

636L3C020M00000	CTS-Frequency Controls	636	20MHz	±50ppm	4-SMD, No Lead
636L3C024M00000	CTS-Frequency Controls	636	24MHz	±50ppm	4-SMD, No Lead
636L3C024M00000	CTS-Frequency Controls	636	24MHz	±50ppm	4-SMD, No Lead
636L3C024M00000	CTS-Frequency Controls	636	24MHz	±50ppm	4-SMD, No Lead
636L3C048M00000	CTS-Frequency Controls	636	48MHz	±50ppm	4-SMD, No Lead
636L3C048M00000	CTS-Frequency Controls	636	48MHz	±50ppm	4-SMD, No Lead
636L3C048M00000	CTS-Frequency Controls	636	48MHz	±50ppm	4-SMD, No Lead
636L3I003M68640	CTS-Frequency Controls	636	3.6864MHz	±50ppm	4-SMD, No Lead
636L3I003M68640	CTS-Frequency Controls	636	3.6864MHz	±50ppm	4-SMD, No Lead
636L3I003M68640	CTS-Frequency Controls	636	3.6864MHz	±50ppm	4-SMD, No Lead
636L3C024M57600	CTS-Frequency Controls	636	24.576MHz	±50ppm	4-SMD, No Lead
636L3C024M57600	CTS-Frequency Controls	636	24.576MHz	±50ppm	4-SMD, No Lead
636L3C024M57600	CTS-Frequency Controls	636	24.576MHz	±50ppm	4-SMD, No Lead
636L3I050M00000	CTS-Frequency Controls	636	50MHz	±50ppm	4-SMD, No Lead
636L3I050M00000	CTS-Frequency Controls	636	50MHz	±50ppm	4-SMD, No Lead
636L3I050M00000	CTS-Frequency Controls	636	50MHz	±50ppm	4-SMD, No Lead
CB3-3I-16M0000	CTS-Frequency Controls	CB3	16MHz	±50ppm	4-SMD, No Lead
CB3-3I-16M0000	CTS-Frequency Controls	CB3	16MHz	±50ppm	4-SMD, No Lead
CB3-3I-16M0000	CTS-Frequency Controls	CB3	16MHz	±50ppm	4-SMD, No Lead
CB3-3C-12M0000	CTS-Frequency Controls	CB3	12MHz	±50ppm	4-SMD, No Lead

CTS晶振TT32型最低电流消耗为1.5μA@ 3.3V，对于采用低功耗FPGA和微控制器[MCU]的便携式或手持式电子设备的电池寿命至关重要。它还有助于最大限度地减少唤醒按需操作期间的电流消耗。有源晶振，其他主要功能包括+ 1.8V，+ 2.5V，+ 3.0V和+ 3.3V的工作电压选项，引脚1使能功能，节省空间的3.28mmx2.50mm陶瓷封装，符合RoHS标准和标准卷带包装。
CTS晶振TT32型具有非常严格的频率稳定性,580L100X2CTT,32.768K有源晶振

CB3-3C-12M0000	CTS-Frequency Controls	CB3	12MHz	±50ppm	4-SMD, No Lead
CB3-3C-12M0000	CTS-Frequency Controls	CB3	12MHz	±50ppm	4-SMD, No Lead
CB3-3C-10M0000	CTS-Frequency Controls	CB3	10MHz	±50ppm	4-SMD, No Lead
CB3-3C-10M0000	CTS-Frequency Controls	CB3	10MHz	±50ppm	4-SMD, No Lead
CB3-3C-10M0000	CTS-Frequency Controls	CB3	10MHz	±50ppm	4-SMD, No Lead
CB3-3C-4M0000	CTS-Frequency Controls	CB3	4MHz	±50ppm	4-SMD, No Lead
CB3-3C-4M0000	CTS-Frequency Controls	CB3	4MHz	±50ppm	4-SMD, No Lead
CB3-3C-4M0000	CTS-Frequency Controls	CB3	4MHz	±50ppm	4-SMD, No Lead
CB3-3C-7M3728	CTS-Frequency Controls	CB3	7.3728MHz	±50ppm	4-SMD, No Lead
CB3-3C-7M3728	CTS-Frequency Controls	CB3	7.3728MHz	±50ppm	4-SMD, No Lead
CB3-3C-7M3728	CTS-Frequency Controls	CB3	7.3728MHz	±50ppm	4-SMD, No Lead
CB3-3C-16M0000	CTS-Frequency Controls	CB3	16MHz	±50ppm	4-SMD, No Lead
CB3-3C-16M0000	CTS-Frequency Controls	CB3	16MHz	±50ppm	4-SMD, No Lead
CB3-3C-16M0000	CTS-Frequency Controls	CB3	16MHz	±50ppm	4-SMD, No Lead
CB3-3C-32M0000	CTS-Frequency Controls	CB3	32MHz	±50ppm	4-SMD, No Lead
CB3-3C-32M0000	CTS-Frequency Controls	CB3	32MHz	±50ppm	4-SMD, No Lead
CB3-3C-32M0000	CTS-Frequency Controls	CB3	32MHz	±50ppm	4-SMD, No Lead
CB3-3C-33M3330	CTS-Frequency Controls	CB3	33.333MHz	±50ppm	4-SMD, No Lead
CB3-3C-33M3330	CTS-Frequency Controls	CB3	33.333MHz	±50ppm	4-SMD, No Lead
CB3-3C-33M3330	CTS-Frequency Controls	CB3	33.333MHz	±50ppm	4-SMD, No Lead
CB3-3C-20M0000	CTS-Frequency Controls	CB3	20MHz	±50ppm	4-SMD, No Lead
CB3-3C-20M0000	CTS-Frequency Controls	CB3	20MHz	±50ppm	4-SMD, No Lead
CB3-3C-20M0000	CTS-Frequency Controls	CB3	20MHz	±50ppm	4-SMD, No Lead
CB3-3C-40M0000	CTS-Frequency Controls	CB3	40MHz	±50ppm	4-SMD, No Lead
CB3-3C-40M0000	CTS-Frequency Controls	CB3	40MHz	±50ppm	4-SMD, No Lead
CB3-3C-40M0000	CTS-Frequency Controls	CB3	40MHz	±50ppm	4-SMD, No Lead
CB3-3C-50M0000	CTS-Frequency Controls	CB3	50MHz	±50ppm	4-SMD, No Lead
CB3-3C-50M0000	CTS-Frequency Controls	CB3	50MHz	±50ppm	4-SMD, No Lead

CTS晶振TT32型具有非常严格的频率稳定性,580L100X2CTT,32.768K有源晶振
今天的许多电子设备需要某种形式的计时，时钟晶体，包括当前时间，日历事件或处理预定任务。跟踪时间并组织多项任务，如进行测量，监控通信和按需唤醒监控; 实时时钟参考[RTC]提供支持此类关键功能的经济高效的解决方案。

申请包括：

实时时钟参考

FPGA和微控制器

可穿戴电子产品

物联网应用

消费类电子产品

医疗保健设备

智能电表

仪表

低功耗FPGA和MCU

便携电子

数据记录器