關于如何確定石英晶振中峰與峰之間的抖動,Cardinal晶振已確定精確測量晶體振蕩器的抖動，在OR處低于1皮秒，這是目前唯一的方法,可用于測量石英晶振相位噪聲并計算有效值抖動。請參閱我們的應用說明“晶體振蕩器用于低抖動應用“的完整解釋。測量晶體振蕩器的相位噪聲，我們使用雙源方法。這導致單個1Hz帶寬內(nèi)相位的邊帶測量在特定偏移頻率范圍內(nèi)。單邊帶相位噪聲結(jié)果為在指定的頻率帶上積分，通常為10Hz至1MHz或12kHz至20MHz，具體取決于應用程序。SONET要求帶寬為12kHz至20MHz。此頻域集成相位噪聲（以dBc/Hz為單位）然后轉(zhuǎn)換為時間,RMS抖動（以皮秒為單位）。
在Cardinal晶振的非PLL振蕩器中，RMS抖動具有隨機高斯分布，因為沒有使用鎖相環(huán)路。這個結(jié)果在缺乏離散雜散和多模態(tài)的情況下非高斯分布。因此，很少或沒有由低噪聲供電時的確定性抖動電源。當抖動具有高斯時響應，RMS抖動是標準差或一個西格瑪值。
基本組件中使用的石英晶體振蕩器具有非常高的Q值。加載的Q的振蕩器諧振器環(huán)路在10，000到超過100，000。當振蕩器級產(chǎn)生信號，頻率可以駐留在振蕩帶寬。但是，對于高Q諧振器實現(xiàn)窄振蕩帶寬、振蕩器可以制造出非常低的抖動。
基數(shù)抖動的高斯分布組件振蕩器，周期的平均值位于高斯曲線的中心。標準偏差（1西格瑪）定義為包含發(fā)生的總振蕩的68.26%。這窗口放置在均值的一側(cè)。1西格瑪（標準偏差）值是振蕩器輸出信號。作為標準的數(shù)量偏離均值增加，幾率振蕩器產(chǎn)生該周期偏差的信號大大減少。在14.069西格瑪時，概率為1：1012.光纖通道規(guī)格要求14西格瑪可靠性。
Cardinal晶振確定峰到峰（Pk到Pk）值取決于關于所需的可靠性。可靠性越高,Pk到Pk值越大，即使發(fā)生概率隨著更高的西格瑪值。在14西格瑪時，概率接近1：1012.這被認為是我們用來確定的標準RMS抖動值的Pk到Pk抖動。如果組件振蕩器具有2皮秒RMS抖動，Pk到Pk抖動為28皮秒。

制造商零件編號	制造商	系列	頻率	頻率穩(wěn)定性	頻率容差	負載電容
CSM4Z-A2B3C3-40-12.0D18	Cardinal晶振	CSM4	12 MHz	±30ppm	±30ppm	18pF
CSM1Z-A5B2C3-40-14.7456D20	Cardinal晶振	CSM1	14.7456 MHz	±50ppm	±30ppm	20pF
CSM1Z-A0B2C3-100-5.0D18	Cardinal晶振	CSM1	5 MHz	±50ppm	±30ppm	18pF
CSM1Z-A5B2C5-40-14.7456D18	Cardinal晶振	CSM1	14.7456 MHz	±50ppm	±20ppm	18pF
CSM1Z-A2B2C3-40-30.0D18	Cardinal晶振	CSM1	30 MHz	±50ppm	±30ppm	18pF
CSM4Z-A2B3C3-60-6.0D18	Cardinal晶振	CSM4	6 MHz	±30ppm	±30ppm	18pF
CX325Z-A5B2C5-50-20.0D18	Cardinal晶振	CX325	20 MHz	±50ppm	±20ppm	18pF
CSM4Z-A2B3C3-40-10.0D18	Cardinal晶振	CSM4	10 MHz	±30ppm	±30ppm	18pF
CSM4Z-A2B3C3-40-29.49152D18-F	Cardinal晶振	CSM4	29.49152 MHz	±30ppm	±30ppm	18pF
CSM1Z-A0B2C3-50-15.360D18	Cardinal晶振	CSM1	15.36 MHz	±50ppm	±30ppm	18pF
CSM1Z-A0B2C3-50-16.257D18	Cardinal晶振	CSM1	16.257 MHz	±50ppm	±30ppm	18pF
CSM1Z-A5B2C5-40-11.0592D18	Cardinal晶振	CSM1	11.0592 MHz	±50ppm	±20ppm	18pF
CSM1Z-A0B2C3-50-18.0D18	Cardinal晶振	CSM1	18 MHz	±50ppm	±30ppm	18pF
CSM1Z-A5B2C3-120-6.144D18	Cardinal晶振	CSM1	6.144 MHz	±50ppm	±30ppm	18pF
CSM1Z-A0B2C3-80-13.5D18	Cardinal晶振	CSM1	13.5 MHz	±50ppm	±30ppm	18pF
CSM1Z-A5B2C3-40-14.31818D18	Cardinal晶振	CSM1	14.31818 MHz	±50ppm	±30ppm	18pF
CSM1Z-A0B2C3-50-22.1184D18	Cardinal晶振	CSM1	22.1184 MHz	±50ppm	±30ppm	18pF
CSM1Z-A0B2C3-150-4.9152D18	Cardinal晶振	CSM1	4.915 MHz	±50ppm	±30ppm	18pF
CSM1Z-A5B2C5-150-3.6864D18	Cardinal晶振	CSM1	3.6864 MHz	±50ppm	±20ppm	18pF
CSM1Z-A0B2C3-100-7.3728D18	Cardinal晶振	CSM1	7.3728 MHz	±50ppm	±30ppm	18pF
CSM1Z-A0B2C3-50-25.175D18	Cardinal晶振	CSM1	25.175 MHz	±50ppm	±30ppm	18pF
CSM1Z-A0B2C3-50-28.63636D18	Cardinal晶振	CSM1	28.63636 MHz	±50ppm	±30ppm	18pF
CSM1Z-A5B2C3-60-9.216D18	Cardinal晶振	CSM1	9.216 MHz	±50ppm	±30ppm	18pF
CSM1Z-A5B2C3-120-6.0D18	Cardinal晶振	CSM1	6 MHz	±50ppm	±30ppm	18pF
CSM4Z-A2B3C3-40-26.0D18-F	Cardinal晶振	CSM4	26 MHz	±30ppm	±30ppm	18pF
CSM1Z-A0B2C3-50-24.0D18	Cardinal晶振	CSM1	24 MHz	±50ppm	±30ppm	18pF
CSM1Z-A0B2C3-80-10.0D18	Cardinal晶振	CSM1	10 MHz	±50ppm	±30ppm	18pF
CSM1Z-A5B2C3-40-12.0D18	Cardinal晶振	CSM1	12 MHz	±50ppm	±30ppm	18pF
CSM1-A1B2C3-50-20.0D16	Cardinal晶振	CSM1	20 MHz	±50ppm	±30ppm	16pF
CSM1Z-A0B2C3-100-6.144D18	Cardinal晶振	CSM1	6.144 MHz	±50ppm	±30ppm	18pF
CSM1Z-A1B2C3-90-8.0D18	Cardinal晶振	CSM1	8 MHz	±50ppm	±30ppm	18pF
CSM1Z-A0B2C3-80-12.0D18	Cardinal晶振	CSM1	12 MHz	±50ppm	±30ppm	18pF
CSM4Z-A2B3C3-180-4.0D18	Cardinal晶振	CSM4	4 MHz	±30ppm	±30ppm	18pF
CSM1Z-A5B2C5-60-8.0D18	Cardinal晶振	CSM1	8 MHz	±50ppm	±20ppm	18pF
CSM1Z-A5B2C3-60-8.0D18	Cardinal晶振	CSM1	8 MHz	±50ppm	±30ppm	18pF
CSM1Z-A5B2C5-60-24.0D18	Cardinal晶振	CSM1	24 MHz	±50ppm	±20ppm	18pF
CSM1Z-A5B2C5-50-20.0D18	Cardinal晶振	CSM1	20 MHz	±50ppm	±20ppm	18pF
CSM4Z-A2B3C3-60-8.0D18	Cardinal晶振	CSM4	8 MHz	±30ppm	±30ppm	18pF
CSM4Z-A2B3C3-40-25.0D18-F	Cardinal晶振	CSM4	25 MHz	±30ppm	±30ppm	18pF
CX5Z-A5B2C5-40-24.0D18	Cardinal晶振	CX5	24 MHz	±50ppm	±20ppm	18pF
CX5Z-A1B2C5-40-24.0D18	Cardinal晶振	CX5	24 MHz	±50ppm	±20ppm	18pF
CX5Z-A5B2C5-50-16.0D18	Cardinal晶振	CX5	16 MHz	±50ppm	±20ppm	18pF
CX5Z-A5B2C5-40-27.0D18	Cardinal晶振	CX5	27 MHz	±50ppm	±20ppm	18pF
CX5Z-A0B2C5-50-16.0D18	Cardinal晶振	CX5	16 MHz	±50ppm	±20ppm	18pF
CX5Z-A2B2C5-40-10.0D18	Cardinal晶振	CX5	10 MHz	±50ppm	±20ppm	18pF
CX532Z-A2B3C5-70-1966080D18	Cardinal晶振	CX532	19.6608 MHz	±30ppm	±20ppm	18pF
CX532Z-A2B3C5-70-33.0D18	Cardinal晶振	CX532	33 MHz	±30ppm	±20ppm	18pF
CX532Z-A5B3C5-70-27.0D18	Cardinal晶振	CX532	27 MHz	±30ppm	±20ppm	18pF
CX532AZ-A5B2C5-70-25.0D18	Cardinal晶振	CX532	25 MHz	±50ppm	±20ppm	18pF
CX532Z-A2B3C5-70-27.0D18	Cardinal晶振	CX532	27 MHz	±30ppm	±20ppm	18pF
CX532Z-A2B3C5-70-30.0D18	Cardinal晶振	CX532	30 MHz	±30ppm	±20ppm	18pF
CPFBZ-A2C4-32.768KD6	Cardinal晶振	CPFB	32.768 kHz	-	±10ppm	6pF
CPFBZ-A2C5-32.768KD12.5	Cardinal晶振	CPFB	32.768 kHz	-	±20ppm	12.5pF
CPFBZ-A2C4-32.768KD12.5	Cardinal晶振	CPFB	32.768 kHz	-	±10ppm	12.5pF
CPFBZ-A2C5-32.768KD6	Cardinal晶振	CPFB	32.768 kHz	-	±20ppm	6pF
CX532Z-A2B3C5-70-8.0D18	Cardinal晶振	CX532	8 MHz	±30ppm	±20ppm	18pF
CX532Z-A2B3C5-70-16.0D18	Cardinal晶振	CX532	16 MHz	±30ppm	±20ppm	18pF
CX532Z-A2B3C5-70-12.0D18	Cardinal晶振	CX532	12 MHz	±30ppm	±20ppm	18pF
CX5Z-ARB2C5-70-7.3728D18	Cardinal晶振	CX5	7.3728 MHz	±50ppm	±20ppm	18pF
CX5Z-A2B2C5-70-8.0D18	Cardinal晶振	CX5	8 MHz	±50ppm	±20ppm	18pF
CSM1Z-A0B2C3-70-14.7456D18	Cardinal晶振	CSM1	14.7456 MHz	±50ppm	±30ppm	18pF
CSM1Z-A0B2C3-50-16.000312D18	Cardinal晶振	CSM1	16.000312 MHz	±50ppm	±30ppm	18pF
CSM1Z-A0B2C3-50-16.0D18	Cardinal晶振	CSM1	16 MHz	±50ppm	±30ppm	18pF
CSM1Z-A0B2C3-50-17.734475D18	Cardinal晶振	CSM1	17.734475 MHz	±50ppm	±30ppm	18pF
CSM1Z-A0B2C3-80-11.0592D18	Cardinal晶振	CSM1	11.0592 MHz	±50ppm	±30ppm	18pF
CSM1-A1B2C3-70-14.7456D20	Cardinal晶振	CSM1	14.7456 MHz	±50ppm	±30ppm	20pF
CSM1Z-A1B2C3-200-3.6864D20	Cardinal晶振	CSM1	3.6864 MHz	±50ppm	±30ppm	20pF