SiTime的低频SiT1576,SiT1579和SiT1569振荡器为村田陶瓷谐振器提供了功能替代方案,石英晶体
替换和升级-一举一动
没有更换的报废产品是老化或过时技术的标志.基于革命性MEMS和模拟技术的SiTime解决方案提供了替代和改进.除了以下优点外,SiTime Crystal kHz解决方案还具有更好的稳定性(±5ppm与±3000ppm相比):
更好的质量和可靠性
免受冲击和振动
对EMI的最低灵敏度
1.2mm2封装,减少PCB面积
驱动多个负载以替换多个谐振器,从而减少BOM和PCB面积
SiTimeSiT1576,SiT1579和SiT1569振荡器易于设计,不需要外部元件,如负载或旁路电容.由于它们是完全集成的定时解决方案,因此这些“即插即用”器件消除了将谐振器与振荡器电路匹配的麻烦.晶体运动阻抗,谐振模式,驱动电平,振荡器负电阻和负载电容等参数不再是一个考虑因素.由于根除了匹配错误,因此可以保证启动.
品名
频率
频率公差
工作温度范围
其他用途
XNCHH10M000TJEA2P0晶振
10.0000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XNCHH15M300TJEA0P0
15.3000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XNCHH16M368TJEA4P0
16.3680MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XNCHH16M800TJEA3P0
16.8000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XNCHH19M200TJEC1P0
19.2000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XNCHH26M000TJEE5P0
26.0000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XNCHH28M800TJEA1P0
28.8000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XNCHH32M000TJEB5P0
32.0000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XNCHH38M400TJEB3P0
38.4000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XNCHH52M000TJEA1P0
52.0000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XNCJH10M000TJEA8P0
10.0000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XNCJH15M300TJEA0P0
15.3000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XNCJH16M800TJEA1P0
16.8000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XNCJH19M200TJEA5P0
19.2000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XNCJH26M000TJEB4P0
26.0000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XNCJH28M800TJEA1P0
28.8000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XNCJH38M400TJEA3P0
38.4000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XNCJH52M000TJEA0P0
52.0000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCHH10M000TJEA3P0
10.0000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCHH15M300TJEA2P0
15.3000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCHH16M800TJEA2P0
16.8000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCHH19M200TJEB4P0
19.2000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCHH20M950TJEA0P0
20.9500MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCHH21M250TJEA0P0
21.2500MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCHH26M000TJEB1P0
26.0000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCHH28M800TJEA0P0
28.8000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCHH38M400TJEA1P0
38.4000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCHH52M000TJEA1P0
52.0000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCJH10M000TJEB0P0
10.0000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCJH15M300TJEA3P0
15.3000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCJH16M800TJEB0P0
16.8000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCJH19M200TJEB6P0
19.2000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCJH26M000TJEB4P0
26.0000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCJH28M800TJEA0P0
28.8000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCJH38M400TJEA3P0
38.4000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCJH52M000TJEA5P0
52.0000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCLH10M000TJEB4P0
10.0000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCLH13M000TJEA3P0
13.0000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCLH16M800TJED2P0
16.8000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCLH19M200TJEC4P0
19.2000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCLH19M200TJJC3P0
19.2000MHz
±0.5ppmmax. (25±3℃)
-40℃ to 85℃
工业级
XTCLH20M000TJEB7P0
20.0000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCLH21M250TJEA0P0
21.2500MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCLH25M000TJJA5P0
25.0000MHz
±0.5ppmmax. (25±3℃)
-40℃ to 85℃
工业级
XTCLH26M000TJEA7P0
26.0000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCLH26M000TJJA6P0
26.0000MHz
±0.5ppmmax. (25±3℃)
-40℃ to 85℃
工业级
XTCLH38M400TJEA0P0
38.4000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
XTCLH40M000TJEB0P0
40.0000MHz
±1ppmmax. (25±3℃)
-30℃ to 85℃
工业级
SiTime的低频SiT1576,SiT1579和SiT1569振荡器为村田陶瓷谐振器提供了功能替代方案,石英晶体
| 品名 | 型号 | 频率 | 频率公差 | 其他用途 |
| XRCED37M400FXQ52R0 | MCR1210 | 37.4000MHz | ±20ppm (Total) | 消费级 |
| XRCFD26M000FYQ01R0 | MCR1612 | 26.0000MHz | ±20ppm max. (Total) | 消费级 |
| XRCGB24M000F0G00R0 | HCR2016 | 24.0000MHz | ±100ppm max. (25±3℃) | |
| XRCGB24M000F0L00R0 | HCR2016 | 24.0000MHz | ±100ppm max. (25±3℃) | 消费级 |
| XRCGB24M000F0Z00R0 | HCR2016 | 24.0000MHz | ±100ppm max. (25±3℃) | 工业级 |
| XRCGB24M000F1H00R0 | HCR2016 | 24.0000MHz | ±10ppm max. (25±3℃) | 消费级 |
| XRCGB24M000F1H01R0 | HCR2016 | 24.0000MHz | ±10ppm max. (25±3℃) | 消费级 |
| XRCGB24M000F1H02R0 | HCR2016 | 24.0000MHz | ±10ppm max. (25±3℃) | 消费级 |
| XRCGB24M000F1H03R0 | HCR2016 | 24.0000MHz | ±10ppm max. (25±3℃) | 消费级 |
| XRCGB24M000F2P00R0 | HCR2016 | 24.0000MHz | ±20ppm max. (25±3℃) | 消费级 |
| XRCGB24M000F2P01R0 | HCR2016 | 24.0000MHz | ±20ppm max. (25±3℃) | 消费级 |
| XRCGB24M000F2P02R0 | HCR2016 | 24.0000MHz | ±20ppm max. (25±3℃) | 消费级 |
| XRCGB24M000F3A00R0 | HCR2016 | 24.0000MHz | ±30ppm max. (25±3℃) | 汽车级 |
| XRCGB24M000F3G00R0 | HCR2016 | 24.0000MHz | ±30ppm max. (25±3℃) | |
| XRCGB24M000F3M00R0 | HCR2016 | 24.0000MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB24M000F3M01R0 | HCR2016 | 24.0000MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB24M000F3M02R0 | HCR2016 | 24.0000MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB24M000F3M13R0 | HCR2016 | 24.0000MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB24M000F3M19R0 | HCR2016 | 24.0000MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB24M000F3N00R0 | HCR2016 | 24.0000MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB24M000FAN00R0 | HCR2016 | 24.0000MHz | ±25ppm max. (25±3℃) | 消费级 |
| XRCGB24M000FBP12R0 | HCR2016 | 24.0000MHz | ±15ppm max. (25±3℃) | 消费级 |
| XRCGB24M576F0G00R0 | HCR2016 | 24.5760MHz | ±100ppm max. (25±3℃) | |
| XRCGB24M576F0L00R0 | HCR2016 | 24.5760MHz | ±100ppm max. (25±3℃) | 消费级 |
| XRCGB24M576F0Z00R0 | HCR2016 | 24.5760MHz | ±100ppm max. (25±3℃) | 工业级 |
| XRCGB24M576F3G00R0 | HCR2016 | 24.5760MHz | ±30ppm max. (25±3℃) | |
| XRCGB24M576F3M00R0 | HCR2016 | 24.5760MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB24M576F3M01R0 | HCR2016 | 24.5760MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB24M576F3M02R0 | HCR2016 | 24.5760MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB24M576F3N00R0 | HCR2016 | 24.5760MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB24M576FAN00R0 | HCR2016 | 24.5760MHz | ±25ppm max. (25±3℃) | 消费级 |
| XRCGB25M000F0G00R0 | HCR2016 | 25.0000MHz | ±100ppm max. (25±3℃) | |
| XRCGB25M000F0L00R0 | HCR2016 | 25.0000MHz | ±100ppm max. (25±3℃) | 消费级 |
| XRCGB25M000F0Z00R0 | HCR2016 | 25.0000MHz | ±100ppm max. (25±3℃) | 工业级 |
| XRCGB25M000F1H00R0 | HCR2016 | 25.0000MHz | ±10ppm max. (25±3℃) | 消费级 |
| XRCGB25M000F1H01R0 | HCR2016 | 25.0000MHz | ±10ppm max. (25±3℃) | 消费级 |
| XRCGB25M000F1H02R0 | HCR2016 | 25.0000MHz | ±10ppm max. (25±3℃) | 消费级 |
| XRCGB25M000F1H03R0 | HCR2016 | 25.0000MHz | ±10ppm max. (25±3℃) | 消费级 |
| XRCGB25M000F2P00R0 | HCR2016 | 25.0000MHz | ±20ppm max. (25±3℃) | 消费级 |
| XRCGB25M000F2P01R0 | HCR2016 | 25.0000MHz | ±20ppm max. (25±3℃) | 消费级 |
| XRCGB25M000F2P02R0 | HCR2016 | 25.0000MHz | ±20ppm max. (25±3℃) | 消费级 |
| XRCGB25M000F3A00R0 | HCR2016 | 25.0000MHz | ±30ppm max. (25±3℃) | 汽车级 |
| XRCGB25M000F3G00R0 | HCR2016 | 25.0000MHz | ±30ppm max. (25±3℃) | |
| XRCGB25M000F3M00R0 | HCR2016 | 25.0000MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB25M000F3M01R0 | HCR2016 | 25.0000MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB25M000F3M02R0 | HCR2016 | 25.0000MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB25M000F3M04R0 | HCR2016 | 25.0000MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB25M000F3M18R0 | HCR2016 | 25.0000MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB25M000F3N00R0 | HCR2016 | 25.0000MHz | ±30ppm max. (25±3℃) | 消费级 |
虽然没有人喜欢处理过时的部件,但使用新技术可能会有很大的好处.MEMS振荡器技术固有地适用于更小尺寸,更好性能和更高稳健性.此外,SiTimeMEMS解决方案可提供实质性的供应链优势和灵活性,频率范围低至1Hz.MEMS技术和SiTime产品中采用的可编程架构实现了这种灵活性以及非常快的交付周期.
SiTime的低频SiT1576,SiT1579和SiT1569振荡器为村田陶瓷谐振器提供了功能替代方案,石英晶体
XRCGB25M000FAN00R0
HCR2016
25.0000MHz
±25ppm max. (25±3℃)
消费级
XRCGB25M000FAN12R0
HCR2016
25.0000MHz
±25ppm max. (25±3℃)
消费级
XRCGB26M000F0G00R0
HCR2016
26.0000MHz
±100ppm max. (25±3℃)
XRCGB26M000F0L00R0
HCR2016
26.0000MHz
±100ppm max. (25±3℃)
消费级
XRCGB26M000F0Z00R0
HCR2016
26.0000MHz
±100ppm max. (25±3℃)
工业级
XRCGB26M000F1H00R0
HCR2016
26.0000MHz
±10ppm max. (25±3℃)
消费级
XRCGB26M000F1H01R0
HCR2016
26.0000MHz
±10ppm max. (25±3℃)
消费级
XRCGB26M000F1H02R0
HCR2016
26.0000MHz
±10ppm max. (25±3℃)
消费级
XRCGB26M000F1H03R0
HCR2016
26.0000MHz
±10ppm max. (25±3℃)
消费级
XRCGB26M000F2P00R0
HCR2016
26.0000MHz
±20ppm max. (25±3℃)
消费级
XRCGB26M000F2P01R0
HCR2016
26.0000MHz
±20ppm max. (25±3℃)
消费级
XRCGB26M000F2P02R0
HCR2016
26.0000MHz
±20ppm max. (25±3℃)
消费级
XRCGB26M000F3A00R0
HCR2016
26.0000MHz
±30ppm max. (25±3℃)
汽车级
XRCGB26M000F3G00R0
HCR2016
26.0000MHz
±30ppm max. (25±3℃)
XRCGB26M000F3M00R0
HCR2016
26.0000MHz
±30ppm max. (25±3℃)
消费级
XRCGB26M000F3M01R0
HCR2016
26.0000MHz
±30ppm max. (25±3℃)
消费级
XRCGB26M000F3M02R0
HCR2016
26.0000MHz
±30ppm max. (25±3℃)
消费级
XRCGB26M000F3N00R0
HCR2016
26.0000MHz
±30ppm max. (25±3℃)
消费级
XRCGB26M000FAN00R0
HCR2016
26.0000MHz
±25ppm max. (25±3℃)
消费级
XRCGB27M000F0G00R0
HCR2016
27.0000MHz
±100ppm max. (25±3℃)
XRCGB27M000F0L00R0
HCR2016
27.0000MHz
±100ppm max. (25±3℃)
消费级
XRCGB27M000F0Z00R0
HCR2016
27.0000MHz
±100ppm max. (25±3℃)
工业级
XRCGB27M000F2P00R0
HCR2016
27.0000MHz
±20ppm max. (25±3℃)
消费级
XRCGB27M000F2P01R0
HCR2016
27.0000MHz
±20ppm max. (25±3℃)
消费级
XRCGB27M000F2P02R0
HCR2016
27.0000MHz
±20ppm max. (25±3℃)
消费级
XRCGB27M000F3A00R0
HCR2016
27.0000MHz
±30ppm max. (25±3℃)
汽车级
XRCGB27M000F3G00R0
HCR2016
27.0000MHz
±30ppm max. (25±3℃)
XRCGB27M000F3M00R0
HCR2016
27.0000MHz
±30ppm max. (25±3℃)
消费级
XRCGB27M000F3M01R0
HCR2016
27.0000MHz
±30ppm max. (25±3℃)
消费级
XRCGB27M000F3M02R0
HCR2016
27.0000MHz
±30ppm max. (25±3℃)
消费级
XRCGB27M000F3M14R0
HCR2016
27.0000MHz
±30ppm max. (25±3℃)
消费级
XRCGB27M000F3N00R0
HCR2016
27.0000MHz
±30ppm max. (25±3℃)
消费级
XRCGB27M000FAN00R0
HCR2016
27.0000MHz
±25ppm max. (25±3℃)
消费级
XRCGB27M000FAN16R0
HCR2016
27.0000MHz
±25ppm max. (25±3℃)
消费级
XRCGB27M120F0L00R0
HCR2016
27.1200MHz
±100ppm max. (25±3℃)
消费级
XRCGB27M120F0Z00R0
HCR2016
27.1200MHz
±100ppm max. (25±3℃)
工业级
XRCGB27M120F2P00R0
HCR2016
27.1200MHz
±20ppm max. (25±3℃)
消费级
XRCGB27M120F2P01R0
HCR2016
27.1200MHz
±20ppm max. (25±3℃)
消费级
XRCGB27M120F2P02R0
HCR2016
27.1200MHz
±20ppm max. (25±3℃)
消费级
XRCGB27M120F2P10R0
HCR2016
27.1200MHz
±20ppm max. (25±3℃)
消费级
所有SiTime kHz振荡器均基于相同的硅MEMS谐振器设计(如上所示),使批量生产具有极高的可扩展性.MEMS谐振器管芯安装在可编程振荡器IC上.输出频率配置一个锁相环(PLL)并存储在一次性可编程(OTP)存储器中-两者都位于振荡器IC中.这种布置允许各种配置参数和特征.这些全硅成分可实现高效,可持续的制造模式.
SiTime的低频SiT1576,SiT1579和SiT1569振荡器为村田陶瓷谐振器提供了功能替代方案,石英晶体
| XRCGB27M120F3A00R0 | HCR2016 | 27.1200MHz | ±30ppm max. (25±3℃) | 汽车级 |
| XRCGB27M120F3G00R0 | HCR2016 | 27.1200MHz | ±30ppm max. (25±3℃) | |
| XRCGB27M120F3M00R0 | HCR2016 | 27.1200MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB27M120F3M01R0 | HCR2016 | 27.1200MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB27M120F3M02R0 | HCR2016 | 27.1200MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB27M120F3M10R0 | HCR2016 | 27.1200MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB27M120F3M13R0 | HCR2016 | 27.1200MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB27M120F3N00R0 | HCR2016 | 27.1200MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB27M120F3P00R0 | HCR2016 | 27.1200MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB27M120FAN00R0 | HCR2016 | 27.1200MHz | ±25ppm max. (25±3℃) | 消费级 |
| XRCGB30M000F0G00R0 | HCR2016 | 30.0000MHz | ±100ppm max. (25±3℃) | |
| XRCGB30M000F0L00R0 | HCR2016 | 30.0000MHz | ±100ppm max. (25±3℃) | 消费级 |
| XRCGB30M000F0Z00R0 | HCR2016 | 30.0000MHz | ±100ppm max. (25±3℃) | 工业级 |
| XRCGB30M000F2P00R0 | HCR2016 | 30.0000MHz | ±20ppm max. (25±3℃) | 消费级 |
| XRCGB30M000F2P01R0 | HCR2016 | 30.0000MHz | ±20ppm max. (25±3℃) | 消费级 |
| XRCGB30M000F2P02R0 | HCR2016 | 30.0000MHz | ±20ppm max. (25±3℃) | 消费级 |
| XRCGB30M000F3G00R0 | HCR2016 | 30.0000MHz | ±30ppm max. (25±3℃) | |
| XRCGB30M000F3M00R0 | HCR2016 | 30.0000MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB30M000F3M01R0 | HCR2016 | 30.0000MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB30M000F3M02R0 | HCR2016 | 30.0000MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB30M000F3N00R0 | HCR2016 | 30.0000MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB30M000FAN00R0 | HCR2016 | 30.0000MHz | ±25ppm max. (25±3℃) | 消费级 |
| XRCGB31M250F0L00R0 | HCR2016 | 31.2500MHz | ±100ppm max. (25±3℃) | 消费级 |
| XRCGB31M250F0Z00R0 | HCR2016 | 31.2500MHz | ±100ppm max. (25±3℃) | 工业级 |
| XRCGB31M250F2P00R0 | HCR2016 | 31.2500MHz | ±20ppm max. (25±3℃) | 消费级 |
| XRCGB31M250F2P01R0 | HCR2016 | 31.2500MHz | ±20ppm max. (25±3℃) | 消费级 |
| XRCGB31M250F2P02R0 | HCR2016 | 31.2500MHz | ±20ppm max. (25±3℃) | 消费级 |
| XRCGB31M250F3M00R0 | HCR2016 | 31.2500MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB31M250F3M01R0 | HCR2016 | 31.2500MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB31M250F3M02R0 | HCR2016 | 31.2500MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB31M250F3N00R0 | HCR2016 | 31.2500MHz | ±30ppm max. (25±3℃) | 消费级 |
| XRCGB31M250FAN00R0 | HCR2016 | 31.2500MHz | ±25ppm max. (25±3℃) | 消费级 |
| XRCGB32M000F0L00R0 | HCR2016 | 32.0000MHz | ±100ppm max. (25±3℃) | 消费级 |
| XRCGB32M000F0Z00R0 | HCR2016 | 32.0000MHz | ±100ppm max. (25±3℃) | 工业级 |
| XRCGB32M000F1H00R0 | HCR2016 | 32.0000MHz | ±10ppm max. (25±3℃) | 消费级 |
| XRCGB32M000F1H01R0 | HCR2016 | 32.0000MHz | ±10ppm max. (25±3℃) | 消费级 |
| XRCGB32M000F1H02R0 | HCR2016 | 32.0000MHz | ±10ppm max. (25±3℃) | 消费级 |
| XRCGB32M000F1H03R0 | HCR2016 | 32.0000MHz | ±10ppm max. (25±3℃) | 消费级 |
SiTime的低频SiT1576,SiT1579和SiT1569振荡器为村田陶瓷谐振器提供了功能替代方案,石英晶体
相反,石英谐振器的频率是通过石英晶体的物理尺寸和形状来实现的.由于需要各种晶体切割来产生不同的频率,因此石英公司很难制造和支持各种频率,特别是在较低频率下.SiTime以未来为中心的计时技术内置了供应链优势.自从10年前进入大规模生产以来,MEMS振荡器一直在迅速取代石英技术.
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