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用于高速网络要求的应用SG5032VAN晶振X1G004261007100

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浏览：- 发布日期：2022-09-13 09:24:37【大中小】

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科技发展对差分晶振的使用日益增多,各大晶振品牌纷纷推出差分晶体振荡器,比如我们所熟悉的KDS晶振,京瓷晶振,NDK晶振,爱普生晶振,IDT晶振等知名品牌.我们都知道差分晶振除了有普通晶振有的功能外,最大的不同就是输出的方式是差分信号.

日本进口爱普生晶振SG5032VAN，是一款LVDS有源差分晶体振荡器，小体积晶振尺寸5.0x3.2mm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，具有超小型，轻薄型，低电源电压，低抖动，低损耗，低耗能，低功耗，低电平等特点，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。由于许多高性能的协议使用差分信号，故而差分晶振广泛应用于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。

用于高速网络要求的应用SG5032VAN晶振X1G004261007100

产品编码	型号	频率	贴片晶振	输出波	电源电压	工作温度
X1G004261000100	SG5032VAN	100.000000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261000200	SG5032VAN	125.000000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261000500	SG5032VAN	200.000000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261000600	SG5032VAN	156.250000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261001100	SG5032VAN	148.500000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261001300	SG5032VAN	150.000000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261001400	SG5032VAN	155.520000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261002000	SG5032VAN	125.000000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261002100	SG5032VAN	125.006250MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261002300	SG5032VAN	100.000000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261002400	SG5032VAN	200.000000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261002500	SG5032VAN	400.000000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261002900	SG5032VAN	148.500000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261003100	SG5032VAN	150.000000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261003300	SG5032VAN	156.250000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261003400	SG5032VAN	312.500000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261004300	SG5032VAN	200.000000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-20 to 70 °C

X1G004261006200	SG5032VAN	200.000000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-20 to 70 °C
X1G004261006700	SG5032VAN	148.500000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-20 to 70 °C
X1G004261006900	SG5032VAN	150.000000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-20 to 70 °C
X1G004261007100	SG5032VAN	156.250000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-20 to 70 °C
X1G004261010200	SG5032VAN	250.000000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261010700	SG5032VAN	153.600000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261011400	SG5032VAN	78.125000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261011900	SG5032VAN	120.000000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261012100	SG5032VAN	644.531250MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261012500	SG5032VAN	148.351600MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261012600	SG5032VAN	133.333300MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261012800	SG5032VAN	250.000000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261012900	SG5032VAN	135.000000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261013100	SG5032VAN	322.265625MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261013300	SG5032VAN	230.000000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261013500	SG5032VAN	148.351600MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261013600	SG5032VAN	644.531250MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261013800	SG5032VAN	148.351600MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-20 to 70 °C
X1G004261014100	SG5032VAN	161.132812MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C
X1G004261014300	SG5032VAN	625.000000MHz	5.00x3.20x1.20mm	LVDS	2.250 to 3.630 V	-40 to 85 °C

用于高速网络要求的应用SG5032VAN晶振X1G004261007100

差分石英晶体振荡器常见的是3225晶振,5032晶振,7050晶振三种封装尺寸,文中所列举的是爱普生5032体积的部分差分晶振编码.均为较高的频率点,为输出LVDS方式,电源电压范围2.5V/3.3V,振荡启动时间在电源电压最低时,所需时间为0秒.爱普生差分晶振具有性能强,精密稳定,低电压的特征,普遍用于对于高速网络要求的应用.