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常用编码521M24F20ITR是CTS最优异的温度补偿振荡器,很适合于无线连接

2022-07-21 13:55:53 

CTS aims to be at the forefront of technology, delivering innovativesensing,connectivityandmotionsolutions to enable an intelligent and seamless world.

CTS旨在走在技术的最前沿,提供创新的传感、连接和运动解决方案,以实现智能和无缝的世界。

进口TCXO晶振广泛应用于电信应用,GPS定位,导航和授时系统,以提供更高的温度稳定性,这是标准XO或VCXO无法达到的。它们是VCXO和OCXO之间的桥梁,可能比典型的振荡器更昂贵和消耗更多的功率。

技术的发展方向是降低功耗和成本,因此tcxo为电力和成本敏感的应用提供了一个很好的中端解决方案。暴露在动态环境变化中的应用程序需要对网络引用保持连续锁,或者可能通过无线或高速数字路由器传输,必须保持可能需要TCXO补偿的频率单调行为。常用编码521M24F20ITR是CTS最优异的温度补偿振荡器,很适合于无线连接

CB3LV-3I-60M0000 CTS-Frequency Controls CB3LV 60MHz ±50ppm
CB3LV-3I-3M579545 CTS-Frequency Controls CB3LV 3.579545MHz ±50ppm
CB3LV-3I-3M579545 CTS-Frequency Controls CB3LV 3.579545MHz ±50ppm
CB3LV-3I-3M579545 CTS-Frequency Controls CB3LV 3.579545MHz ±50ppm
CB3LV-3I-16M0000 CTS-Frequency Controls CB3LV 16MHz ±50ppm
CB3LV-3I-16M0000 CTS-Frequency Controls CB3LV 16MHz ±50ppm
CB3LV-3I-16M0000 CTS-Frequency Controls CB3LV 16MHz ±50ppm
636L3C012M00000 CTS-Frequency Controls 636 12MHz ±50ppm
636L3C012M00000 CTS-Frequency Controls 636 12MHz ±50ppm
636L3C012M00000 CTS-Frequency Controls 636 12MHz ±50ppm
636L3C025M00000 CTS-Frequency Controls 636 25MHz ±50ppm
636L3C025M00000 CTS-Frequency Controls 636 25MHz ±50ppm
636L3C025M00000 CTS-Frequency Controls 636 25MHz ±50ppm
636L3I025M00000 CTS-Frequency Controls 636 25MHz ±50ppm
636L3I025M00000 CTS-Frequency Controls 636 25MHz ±50ppm
636L3I025M00000 CTS-Frequency Controls 636 25MHz ±50ppm
636L3C018M43200 CTS-Frequency Controls 636 18.432MHz ±50ppm
636L3C018M43200 CTS-Frequency Controls 636 18.432MHz ±50ppm
636L3C018M43200 CTS-Frequency Controls 636 18.432MHz ±50ppm
636L3C020M00000 CTS-Frequency Controls 636 20MHz ±50ppm
636L3C020M00000 CTS-Frequency Controls 636 20MHz ±50ppm
636L3C020M00000 CTS-Frequency Controls 636 20MHz ±50ppm
636L3C024M00000 CTS-Frequency Controls 636 24MHz ±50ppm
636L3C024M00000 CTS-Frequency Controls 636 24MHz ±50ppm
随着个人便携式设备的发展,TCXO的需求大大增加,因为其稳定性、尺寸要求和电池运行。TCXO温度补偿振荡器是理想溶液。移动电话是一个很好的例子,它在其生命周期内暴露在温度变化中,同时保持锁定在给定的网络上,并且从不影响其数据交换性能。在智能手机设备中,无线电在维持运行的过程中会受到天气变化、冲击和振动、外部干扰的影响。

636L3C024M00000 CTS-Frequency Controls 636 24MHz ±50ppm
636L3C048M00000 CTS-Frequency Controls 636 48MHz ±50ppm
636L3C048M00000 CTS-Frequency Controls 636 48MHz ±50ppm
636L3C048M00000 CTS-Frequency Controls 636 48MHz ±50ppm
636L3I003M68640 CTS-Frequency Controls 636 3.6864MHz ±50ppm
636L3I003M68640 CTS-Frequency Controls 636 3.6864MHz ±50ppm
636L3I003M68640 CTS-Frequency Controls 636 3.6864MHz ±50ppm
636L3C024M57600 CTS-Frequency Controls 636 24.576MHz ±50ppm
636L3C024M57600 CTS-Frequency Controls 636 24.576MHz ±50ppm
636L3C024M57600 CTS-Frequency Controls 636 24.576MHz ±50ppm
636L3I050M00000 CTS-Frequency Controls 636 50MHz ±50ppm
636L3I050M00000 CTS-Frequency Controls 636 50MHz ±50ppm
636L3I050M00000 CTS-Frequency Controls 636 50MHz ±50ppm
CB3-3I-16M0000 CTS-Frequency Controls CB3 16MHz ±50ppm
CB3-3I-16M0000 CTS-Frequency Controls CB3 16MHz ±50ppm
CB3-3I-16M0000 CTS-Frequency Controls CB3 16MHz ±50ppm
CB3-3C-12M0000 CTS-Frequency Controls CB3 12MHz ±50ppm
CB3-3C-12M0000 CTS-Frequency Controls CB3 12MHz ±50ppm
CB3-3C-12M0000 CTS-Frequency Controls CB3 12MHz ±50ppm
CB3-3C-10M0000 CTS-Frequency Controls CB3 10MHz ±50ppm
CB3-3C-10M0000 CTS-Frequency Controls CB3 10MHz ±50ppm
CB3-3C-10M0000 CTS-Frequency Controls CB3 10MHz ±50ppm
CB3-3C-4M0000 CTS-Frequency Controls CB3 4MHz ±50ppm
随着用户对更多数据的需求,下一代Wi-Fi和5G移动网络将需要以更高的速度处理比目前更大的数据量。为了满足这种需求和穿透无错误信号水平的建筑物的需要,将使用小型小区来实现更大的通信数据分布,减少个别站的潜在负荷。常用编码521M24F20ITR是CTS最优异的温度补偿振荡器,很适合于无线连接

CTS 520小型基站是一种微型基站,具有基站塔的所有性能特点,简单、低功耗,但也可以媲美基站塔系统的稳定性和准确性。小电池包括皮电池、微电池、飞电池,可包括室内/室外系统。用于此目的的有源振荡器将需要更高的温度电阻,更低的相位噪声和更低的功耗。在此背景下,对这种突出特点的TCXO的需求有望增加。

CB3-3C-4M0000 CTS-Frequency Controls CB3 4MHz ±50ppm
CB3-3C-4M0000 CTS-Frequency Controls CB3 4MHz ±50ppm
CB3-3C-7M3728 CTS-Frequency Controls CB3 7.3728MHz ±50ppm
CB3-3C-7M3728 CTS-Frequency Controls CB3 7.3728MHz ±50ppm
CB3-3C-7M3728 CTS-Frequency Controls CB3 7.3728MHz ±50ppm
CB3-3C-16M0000 CTS-Frequency Controls CB3 16MHz ±50ppm
CB3-3C-16M0000 CTS-Frequency Controls CB3 16MHz ±50ppm
CB3-3C-16M0000 CTS-Frequency Controls CB3 16MHz ±50ppm
CB3-3C-32M0000 CTS-Frequency Controls CB3 32MHz ±50ppm
CB3-3C-32M0000 CTS-Frequency Controls CB3 32MHz ±50ppm
CB3-3C-32M0000 CTS-Frequency Controls CB3 32MHz ±50ppm
CB3-3C-33M3330 CTS-Frequency Controls CB3 33.333MHz ±50ppm
CB3-3C-33M3330 CTS-Frequency Controls CB3 33.333MHz ±50ppm
CB3-3C-33M3330 CTS-Frequency Controls CB3 33.333MHz ±50ppm
CB3-3C-20M0000 CTS-Frequency Controls CB3 20MHz ±50ppm
CB3-3C-20M0000 CTS-Frequency Controls CB3 20MHz ±50ppm
CB3-3C-20M0000 CTS-Frequency Controls CB3 20MHz ±50ppm
CB3-3C-40M0000 CTS-Frequency Controls CB3 40MHz ±50ppm
CB3-3C-40M0000 CTS-Frequency Controls CB3 40MHz ±50ppm
CB3-3C-40M0000 CTS-Frequency Controls CB3 40MHz ±50ppm
CB3-3C-50M0000 CTS-Frequency Controls CB3 50MHz ±50ppm
CB3-3C-50M0000 CTS-Frequency Controls CB3 50MHz ±50ppm
CB3-3C-50M0000 CTS-Frequency Controls CB3 50MHz ±50ppm
CB3-3I-50M0000 CTS-Frequency Controls CB3 50MHz ±50ppm
CTS晶振的这种补偿方法在手机应用中得到了广泛的应用。模拟技术为振荡器提供了温度校正,它的优点是变化缓慢,不会像一些全数字振荡器那样发生相位跳跃。大规模集成的扩展能力使得将温度补偿所需的更多功能纳入单个集成电路成为可能。

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