5G室内路由器专用晶振SG5032EAN编码X1G004271002000

爱普生晶振SG5032EAN，是一款LV-PECL输出差分晶体振荡器，小体积晶振尺寸5.0x3.2mm晶体振荡器，六脚贴片晶振，有源晶振，电源电压2.5V至3.3V，宽频率范围73.5MHz至700MHz任意一频点具有低电源电压，满足产品低消耗电流的特点。该产品具有超小型，轻薄型，低抖动，低功耗晶振，低耗能，低损耗，低电源电压，低电平，低相位噪声等特点，能够很容易地识别小信号,能够从容精确地处理'双极'信号,对外部电磁干扰（EMI）是高度免疫的.广泛应用于5G通讯设备、机顶盒、光端机、安防设备、路由器/交换机、仪器仪表、SATA，SAS，光纤通信，10G以太网及各种频率控制设备上。

5G室内路由器专用晶振SG5032EAN编码X1G004271002000

产品编码	型号	频率	爱普生晶振	输出波	电源电压	工作温度
X1G004271000100	SG5032EAN	125.000000MHz	5.00x3.20x1.20mm	LV-PECL	2.250 to 3.630 V	-40 to 85 °C
X1G004271000400	SG5032EAN	100.000000MHz	5.00x3.20x1.20mm	LV-PECL	2.250 to 3.630 V	-40 to 85 °C
X1G004271001200	SG5032EAN	150.000000MHz	5.00x3.20x1.20mm	LV-PECL	2.250 to 3.630 V	-40 to 85 °C
X1G004271001300	SG5032EAN	155.520000MHz	5.00x3.20x1.20mm	LV-PECL	2.250 to 3.630 V	-40 to 85 °C
X1G004271001400	SG5032EAN	156.250000MHz	5.00x3.20x1.20mm	LV-PECL	2.250 to 3.630 V	-40 to 85 °C
X1G004271002000	SG5032EAN	125.000000MHz	5.00x3.20x1.20mm	LV-PECL	2.250 to 3.630 V	-40 to 85 °C
X1G004271003300	SG5032EAN	156.250000MHz	5.00x3.20x1.20mm	LV-PECL	2.250 to 3.630 V	-40 to 85 °C
X1G004271010900	SG5032EAN	250.000000MHz	5.00x3.20x1.20mm	LV-PECL	2.250 to 3.630 V	-40 to 85 °C
X1G004271011600	SG5032EAN	133.330000MHz	5.00x3.20x1.20mm	LV-PECL	2.250 to 3.630 V	-40 to 85 °C
X1G004271011700	SG5032EAN	133.000000MHz	5.00x3.20x1.20mm	LV-PECL	2.250 to 3.630 V	-40 to 85 °C
X1G004271011800	SG5032EAN	133.333000MHz	5.00x3.20x1.20mm	LV-PECL	2.250 to 3.630 V	-40 to 85 °C
X1G004271011900	SG5032EAN	174.703125MHz	5.00x3.20x1.20mm	LV-PECL	2.250 to 3.630 V	-20 to 70 °C
X1G004271012100	SG5032EAN	161.132813MHz	5.00x3.20x1.20mm	LV-PECL	2.250 to 3.630 V	-40 to 85 °C
X1G004271012200	SG5032EAN	425.000000MHz	5.00x3.20x1.20mm	LV-PECL	2.250 to 3.630 V	-40 to 85 °C
X1G004271012300	SG5032EAN	500.000000MHz	5.00x3.20x1.20mm	LV-PECL	2.250 to 3.630 V	-40 to 85 °C

5G室内路由器专用晶振SG5032EAN编码X1G004271002000

差分晶振是普通贴片晶振所不能够达到的,差分晶振具有低电平,低抖动,低功耗等特性.差分晶振作为目前行业中高要求,高技术石英晶体振荡器,具有相位低,损耗低的特点,爱普生差分晶振使用于产品中能够很容易地识别小信号,能够从容精确地处理双级信号,对外部电磁干扰(EMI)是高度免疫的,差分石英晶振满足市场需求,实现高频高精度等要求,更加保障了各种系统参考时钟的可靠性。