日本进口2016村田晶振HCR2016,XRCGB26M000F3A00R0贴片晶振

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日本进口2016村田晶振HCR2016,XRCGB26M000F3A00R0贴片晶振

晶振规格	单位	晶振频率范围	石英晶振基本条件
标准频率	f_nom	26MHZ	标准频率
储存温度	T_stg	-40°C～+105°C	裸存
工作温度	T_use	-40°C～+105°C	标准温度
激励功率	DL	200μW Max.	推荐:1μW～100μW
频率公差	f_— l	±20 × 10-6(标准), (±15 × 10-6～±50 × 10-6可用)	+25°C对于超出标准的规格说明, 请联系我们以便获取相关的信息
频率温度特征	f_tem	±30 × 10-6/-20°C～+70°C	超出标准的规格请联系我们.
负载电容	CL	6pF	超出标准说明,请联系我们.
串联电阻(ESR)	R1	如下表所示	-40°C — +85°C,DL = 100μW
频率老化	f_age	±5 × 10-6/ year Max.	+25°C,第一年

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日本进口2016村田晶振HCR2016,XRCGB26M000F3A00R0贴片晶振

在使用村田晶振时应注意以下事项:

陶瓷振荡子具备小型和价格低廉的特点,而石英晶体振荡器虽然价格比较昂贵,却具备了高精度的特性.考虑到成品问题在消费电子产品市场中,许多电子设备都采用了陶瓷振荡子.年代不同口味也有所挑剔了电子产品也是一样USB等接口的数据传输速度高速化,告别了以前慢慢吞吞的传输速度,因此应用于HDD的振荡子也和石英元件贴片晶振一样要求小型化,薄片化,高精度,准确性.

早期主要以陶瓷系列为主的村田公司在2009年也开始研发石英系列,村田和东京电波建立了业务合作关系之后,通过利用东京电波拥有的高品质的石英晶体元件,加上村田的生产技术,共同开发出符合市场要求的定时元件

1. 焊接条件(1) 回流焊接如右侧温度曲线所示,对陶瓷振荡子施加一个热应力;然后在自然状态下放置1小时后,对振荡子进行测量.(a) 预热条件为+150到+180℃,60到120秒钟.温度升高到+150℃的时间应长于30秒钟.(b) 加热条件为最低温度+230℃时不超过40秒钟,峰值温度狙应低于+260℃
2．烙铁将温度为+300±5℃的烙铁置于振荡子电极上方0.5mm处.将通过烙铁熔化的焊料施加到电极上 3±1秒钟;然后,在自然状态下放置24小时后,对振荡子进行测量.日本村田晶振,XRCGB16M000FXN00R0晶振,2016小体积晶振

日本进口2016村田晶振HCR2016,XRCGB26M000F3A00R0贴片晶振

XRCGB26M000F3A00R0(1)

XRCGB26M000F3A00R0(2)

村田晶振原厂编码	型号	频率	频率公差	频率温度特性	频率老化	等效串联电阻(max.)	负载电容量
XRCGB24M000F0G00R0	HCR2016	24.0000MHz	±100ppm max. (25±3℃)	±50ppm max.	±5ppm max./year	150Ω	6pF
XRCGB24M000F0L00R0	HCR2016	24.0000MHz	±100ppm max. (25±3℃)	±50ppm max.	±50ppm max.	150Ω	6pF
XRCGB24M000F0Z00R0	HCR2016	24.0000MHz	±100ppm max. (25±3℃)	±100ppm max.	±5ppm max./year	150Ω	6pF
XRCGB24M000F1H00R0	HCR2016	24.0000MHz	±10ppm max. (25±3℃)	±10ppm max.	±2ppm max./year	80Ω	6pF
XRCGB24M000F1H01R0	HCR2016	24.0000MHz	±10ppm max. (25±3℃)	±10ppm max.	±2ppm max./year	80Ω	8pF
XRCGB24M000F1H02R0	HCR2016	24.0000MHz	±10ppm max. (25±3℃)	±10ppm max.	±2ppm max./year	80Ω	10pF
XRCGB24M000F1H03R0	HCR2016	24.0000MHz	±10ppm max. (25±3℃)	±10ppm max.	±2ppm max./year	80Ω	12pF
XRCGB24M000F2P00R0	HCR2016	24.0000MHz	±20ppm max. (25±3℃)	±20ppm max.	±5ppm max./year	150Ω	6pF
XRCGB24M000F2P01R0	HCR2016	24.0000MHz	±20ppm max. (25±3℃)	±20ppm max.	±5ppm max./year	150Ω	8pF
XRCGB24M000F2P02R0	HCR2016	24.0000MHz	±20ppm max. (25±3℃)	±20ppm max.	±5ppm max./year	150Ω	10pF
XRCGB24M000F3A00R0	HCR2016	24.0000MHz	±30ppm max. (25±3℃)	±35ppm max.	±2ppm max./year	120Ω	6pF
XRCGB24M000F3G00R0	HCR2016	24.0000MHz	±30ppm max. (25±3℃)	±50ppm max.	±5ppm max./year	150Ω	6pF
XRCGB24M000F3M00R0	HCR2016	24.0000MHz	±30ppm max. (25±3℃)	±40ppm max.	±5ppm max./year	150Ω	6pF
XRCGB24M000F3M01R0	HCR2016	24.0000MHz	±30ppm max. (25±3℃)	±40ppm max.	±5ppm max./year	150Ω	8pF
XRCGB24M000F3M02R0	HCR2016	24.0000MHz	±30ppm max. (25±3℃)	±40ppm max.	±5ppm max./year	150Ω	10pF
XRCGB24M000F3M13R0	HCR2016	24.0000MHz	±30ppm max. (25±3℃)	±40ppm max.	±5ppm max./year	120Ω	8.5pF
XRCGB24M000F3M19R0	HCR2016	24.0000MHz	±30ppm max. (25±3℃)	±40ppm max.	±5ppm max./year	100Ω	6pF
XRCGB24M000F3N00R0	HCR2016	24.0000MHz	±30ppm max. (25±3℃)	±30ppm max.	±5ppm max./year	150Ω	6pF
XRCGB24M000FAN00R0	HCR2016	24.0000MHz	±25ppm max. (25±3℃)	±25ppm max.	±5ppm max./year	150Ω	6pF
XRCGB24M000FBP12R0	HCR2016	24.0000MHz	±15ppm max. (25±3℃)	±20ppm max.	±2ppm max./year	80Ω	6pF
XRCGB24M576F0G00R0	HCR2016	24.5760MHz	±100ppm max. (25±3℃)	±50ppm max.	±5ppm max./year	150Ω	6pF
XRCGB24M576F0L00R0	HCR2016	24.5760MHz	±100ppm max. (25±3℃)	±50ppm max.	±50ppm max.	150Ω	6pF
XRCGB24M576F0Z00R0	HCR2016	24.5760MHz	±100ppm max. (25±3℃)	±100ppm max.	±5ppm max./year	150Ω	6pF
XRCGB24M576F3G00R0	HCR2016	24.5760MHz	±30ppm max. (25±3℃)	±50ppm max.	±5ppm max./year	150Ω	6pF
XRCGB24M576F3M00R0	HCR2016	24.5760MHz	±30ppm max. (25±3℃)	±40ppm max.	±5ppm max./year	150Ω	6pF
XRCGB24M576F3M01R0	HCR2016	24.5760MHz	±30ppm max. (25±3℃)	±40ppm max.	±5ppm max./year	150Ω	8pF
XRCGB24M576F3M02R0	HCR2016	24.5760MHz	±30ppm max. (25±3℃)	±40ppm max.	±5ppm max./year	150Ω	10pF
XRCGB24M576F3N00R0	HCR2016	24.5760MHz	±30ppm max. (25±3℃)	±30ppm max.	±5ppm max./year	150Ω	6pF
XRCGB24M576FAN00R0	HCR2016	24.5760MHz	±25ppm max. (25±3℃)	±25ppm max.	±5ppm max./year	150Ω	6pF
XRCGB25M000F0G00R0	HCR2016	25.0000MHz	±100ppm max. (25±3℃)	±50ppm max.	±5ppm max./year	150Ω	6pF
XRCGB25M000F0L00R0	HCR2016	25.0000MHz	±100ppm max. (25±3℃)	±50ppm max.	±50ppm max.	150Ω	6pF
XRCGB25M000F0Z00R0	HCR2016	25.0000MHz	±100ppm max. (25±3℃)	±100ppm max.	±5ppm max./year	150Ω	6pF
XRCGB25M000F1H00R0	HCR2016	25.0000MHz	±10ppm max. (25±3℃)	±10ppm max.	±2ppm max./year	80Ω	6pF
XRCGB25M000F1H01R0	HCR2016	25.0000MHz	±10ppm max. (25±3℃)	±10ppm max.	±2ppm max./year	80Ω	8pF
XRCGB25M000F1H02R0	HCR2016	25.0000MHz	±10ppm max. (25±3℃)	±10ppm max.	±2ppm max./year	80Ω	10pF
XRCGB25M000F1H03R0	HCR2016	25.0000MHz	±10ppm max. (25±3℃)	±10ppm max.	±2ppm max./year	80Ω	12pF
XRCGB25M000F2P00R0	HCR2016	25.0000MHz	±20ppm max. (25±3℃)	±20ppm max.	±5ppm max./year	150Ω	6pF
XRCGB25M000F2P01R0	HCR2016	25.0000MHz	±20ppm max. (25±3℃)	±20ppm max.	±5ppm max./year	150Ω	8pF
XRCGB25M000F2P02R0	HCR2016	25.0000MHz	±20ppm max. (25±3℃)	±20ppm max.	±5ppm max./year	150Ω	10pF
XRCGB25M000F3A00R0	HCR2016	25.0000MHz	±30ppm max. (25±3℃)	±35ppm max.	±2ppm max./year	100Ω	6pF
XRCGB25M000F3G00R0	HCR2016	25.0000MHz	±30ppm max. (25±3℃)	±50ppm max.	±5ppm max./year	150Ω	6pF
XRCGB25M000F3M00R0	HCR2016	25.0000MHz	±30ppm max. (25±3℃)	±40ppm max.	±5ppm max./year	150Ω	6pF
XRCGB25M000F3M01R0	HCR2016	25.0000MHz	±30ppm max. (25±3℃)	±40ppm max.	±5ppm max./year	150Ω	8pF
XRCGB25M000F3M02R0	HCR2016	25.0000MHz	±30ppm max. (25±3℃)	±40ppm max.	±5ppm max./year	150Ω	10pF