特征:
频率范围:12MHz至52MHz温补晶体振荡器
输出:CMOS
电源电压:2.375V至3.63V
外形尺寸:2.5x2.0x0.8mm
小包装(4脚贴片)
无铅,符合欧盟RoHS指令。
应用程序:测量机,无线通信设备,智能电表,遥测仪等
用于蓝牙AOA定位温补晶振X1G005161002327,小体积2520mm晶振
产品编码 | 型号 | 频率 | 有源晶体 | 输出波 | 电源电压 | 精度 | 工作温度 |
X1G005161000227 | TG2520CEN | 25.000000MHz | 2.50x2.00x0.80mm | CMOS | 2.375 to 3.630 V | +/-2.0 ppm | -40 to ++85 °C |
X1G005161000727 | TG2520CEN | 32.000000MHz | 2.50x2.00x0.80mm | CMOS | 2.500 to 3.300 V | +/-2.0 ppm | -40 to ++85 °C |
X1G005161000927 | TG2520CEN | 27.000000MHz | 2.50x2.00x0.80mm | CMOS | 2.375 to 3.630 V | +/-2.0 ppm | -40 to ++85 °C |
X1G005161001127 | TG2520CEN | 16.000000MHz | 2.50x2.00x0.80mm | CMOS | 2.500 to 3.300 V | +/-2.0 ppm | -40 to ++85 °C |
X1G005161001227 | TG2520CEN | 25.000000MHz | 2.50x2.00x0.80mm | CMOS | 2.375 to 3.630 V | +/-2.0 ppm | -40 to ++85 °C |
X1G005161001327 | TG2520CEN | 48.000000MHz | 2.50x2.00x0.80mm | CMOS | 3.000 to 3.600 V | +/-2.0 ppm | -40 to ++85 °C |
X1G005161001427 | TG2520CEN | 20.000000MHz | 2.50x2.00x0.80mm | CMOS | 2.375 to 3.630 V | +/-2.0 ppm | -40 to ++85 °C |
X1G005161001527 | TG2520CEN | 26.000000MHz | 2.50x2.00x0.80mm | CMOS | 2.375 to 3.630 V | +/-2.0 ppm | -40 to ++85 °C |
X1G005161001927 | TG2520CEN | 38.400000MHz | 2.50x2.00x0.80mm | CMOS | 2.375 to 3.630 V | +/-2.0 ppm | -40 to ++85 °C |
X1G005161002227 | TG2520CEN | 12.288000MHz | 2.50x2.00x0.80mm | CMOS | 2.375 to 3.630 V | +/-2.0 ppm | -40 to ++85 °C |
X1G005161002327 | TG2520CEN | 12.000000MHz | 2.50x2.00x0.80mm | CMOS | 2.375 to 3.630 V | +/-2.0 ppm | -40 to ++85 °C |
X1G005161002527 | TG2520CEN | 40.000000MHz | 2.50x2.00x0.80mm | CMOS | 2.375 to 3.630 V | +/-2.0 ppm | -40 to ++85 °C |
X1G005161002627 | TG2520CEN | 24.000000MHz | 2.50x2.00x0.80mm | CMOS | 2.375 to 3.630 V | +/-2.0 ppm | -40 to ++85 °C |
X1G005161002827 | TG2520CEN | 19.200000MHz | 2.50x2.00x0.80mm | CMOS | 2.375 to 3.630 V | +/-2.0 ppm | -40 to ++85 °C |
晶体振荡器是固定频率振荡器之一,其中它们的精度和稳定性是最重要的考虑因素。它们通常使用与其他类型的振荡器相同的电路,不同之处在于晶体取代了调谐电路。在晶体振荡器中,晶体作为谐振器振动,产生的频率决定了振荡频率。换句话说,晶体就像一个具有精确谐振频率的电感器、电阻器和电容器的电路。在某些情况下,为了使晶体振荡器具有更好的热稳定性,会应用温度补偿。