TG2520SMN专用于5G通讯设备X1G005421003027
来源：http://m.hneyq.com 作者：亿金电子 2022年09月15
温补晶振即温度补偿晶体振荡器（TCXO），是通过附加的温度补偿电路使由周围温度变化产生的振荡频率变化量削减的一种石英晶体振荡器。
日本进口爱普生晶振TG2520SMN是一款TCXO温补晶体振荡器，小体积晶振尺寸2.5x2.0mm有源晶振，四脚贴片晶振，电源电压1.8V,2.8V,3.0V,3.3V，频率范围10MHz至55MHz，具有超小型，轻薄型，低电源电压，低抖动，低功耗，低损耗，低耗能，低电平，低相位噪声等特点，被广泛应用于5G通讯设备、工业控制、车载、消费电子、光电技术及各种变频调速设备等通讯设备。
TG2520SMN专用于5G通讯设备,X1G005421021227,温补晶体振荡器
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TG2520SMN专用于5G通讯设备,X1G005421021227,温补晶体振荡器
削波正玄波(Clipped Sine Wave)是有源晶振输出方式的一种,相比方波的谐波分量少很多,但驱动能力较弱,在负载10K/10PF时Vp-p为0.8Vmin.通常为SMD7050,SMD5032,SMD3225等封装的表贴温补晶振使用的输出波形.当然,有源晶振还有CMOS,TTL,ECL,LVDS,正玄波等输出方式,这些输出逻辑方式也各有优缺点,至于如何利用它们我们却是不得而知.所以日本爱普生晶振就推出了相关的技术支持文档,明确指出应当如何在电路设计中应用削顶正玄波.
日本进口爱普生晶振TG2520SMN是一款TCXO温补晶体振荡器，小体积晶振尺寸2.5x2.0mm有源晶振，四脚贴片晶振，电源电压1.8V,2.8V,3.0V,3.3V，频率范围10MHz至55MHz，具有超小型，轻薄型，低电源电压，低抖动，低功耗，低损耗，低耗能，低电平，低相位噪声等特点，被广泛应用于5G通讯设备、工业控制、车载、消费电子、光电技术及各种变频调速设备等通讯设备。
TG2520SMN专用于5G通讯设备,X1G005421021227,温补晶体振荡器
| 产品编码 |
 石英晶振 |
 频率 |
 尺寸 |
 输出波 |
| X1G005421002927 | TG2520SMN | 19.200000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421003027 | TG2520SMN | 12.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421003727 | TG2520SMN | 16.384000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421003827 | TG2520SMN | 16.384000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421020127 | TG2520SMN | 16.368000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421020227 | TG2520SMN | 16.369000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421020327 | TG2520SMN | 19.200000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421020427 | TG2520SMN | 26.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421020527 | TG2520SMN | 32.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421020627 | TG2520SMN | 38.400000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421020727 | TG2520SMN | 40.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421020827 | TG2520SMN | 16.000000MHz | 2.50x2.00x0.80mm | TCXO晶振 |
| X1G005421021127 | TG2520SMN | 20.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421021227 | TG2520SMN | 24.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421021327 | TG2520SMN | 25.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421021427 | TG2520SMN | 27.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421021527 | TG2520SMN | 30.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421021627 | TG2520SMN | 48.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421022027 | TG2520SMN | 52.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421022127 | TG2520SMN | 27.600000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421022227 | TG2520SMN | 50.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421030127 | TG2520SMN | 16.368000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421030227 | TG2520SMN | 16.369000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421030327 | TG2520SMN | 19.200000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421030427 | TG2520SMN | 26.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421030527 | TG2520SMN | 32.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421030627 | TG2520SMN | 38.400000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421030727 | TG2520SMN | 40.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421030827 | TG2520SMN | 16.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421031127 | TG2520SMN | 20.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421031227 | TG2520SMN | 24.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421031327 | TG2520SMN | 25.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421031427 | TG2520SMN | 27.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
| X1G005421031527 | TG2520SMN | 30.000000MHz | 2.50x2.00x0.80mm | Clippedsinewave |
削波正玄波(Clipped Sine Wave)是有源晶振输出方式的一种,相比方波的谐波分量少很多,但驱动能力较弱,在负载10K/10PF时Vp-p为0.8Vmin.通常为SMD7050,SMD5032,SMD3225等封装的表贴温补晶振使用的输出波形.当然,有源晶振还有CMOS,TTL,ECL,LVDS,正玄波等输出方式,这些输出逻辑方式也各有优缺点,至于如何利用它们我们却是不得而知.所以日本爱普生晶振就推出了相关的技术支持文档,明确指出应当如何在电路设计中应用削顶正玄波.
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