压控温补晶体振荡器X1G004201002600适用于移动通讯应用
产品编码 | 型号 | 频率 | 贴片晶振 | 输出波 | 电源电压 | 精度 | 工作温度 |
X1G004201000600 | TG-5006CE | 16.367667MHz | 3.20x2.50x0.90mm | Clipped sine wave | 1.700 to 1.900 V | +/-2.0 ppm | -30 to +85 °C |
X1G004201000800 | TG-5006CE | 16.369000MHz | 3.20x2.50x0.90mm | Clipped sine wave | 2.850 to 3.150 V | +/-2.0 ppm | -30 to +85 °C |
X1G004201000900 | TG-5006CE | 19.200000MHz | 3.20x2.50x0.90mm | Clipped sine wave | 2.850 to 3.150 V | +/-2.0 ppm | -30 to +85 °C |
X1G004201001000 | TG-5006CE | 26.000000MHz | 3.20x2.50x0.90mm | Clipped sine wave | 2.850 to 3.150 V | +/-2.0 ppm | -30 to +85 °C |
X1G004201001300 | TG-5006CE | 16.367667MHz | 3.20x2.50x0.90mm | Clipped sine wave | 2.850 to 3.150 V | +/-2.0 ppm | -30 to +85 °C |
X1G004201001700 | TG-5006CE | 26.000000MHz | 3.20x2.50x0.90mm | Clipped sine wave | 2.850 to 3.150 V | +/-2.0 ppm | -30 to +85 °C |
X1G004201002000 | TG-5006CE | 26.000000MHz | 3.20x2.50x0.90mm | Clipped sine wave | 2.660 to 2.940 V | +/-2.0 ppm | -30 to +85 °C |
X1G004201002300 | TG-5006CE | 26.000000MHz | 3.20x2.50x0.90mm | Clipped sine wave | 1.700 to 3.465 V | +/-2.0 ppm | -30 to +85 °C |
X1G004201002500 | TG-5006CE | 32.000000MHz | 3.20x2.50x0.90mm | Clipped sine wave | 2.850 to 3.150 V | +/-2.0 ppm | -30 to +85 °C |
X1G004201002600 | TG-5006CE | 26.000000MHz | 3.20x2.50x0.90mm | Clipped sine wave | 2.660 to 2.940 V | +/-2.0 ppm | -30 to +85 °C |
X1G004201003200 | TG-5006CE | 20.000000MHz | 3.20x2.50x0.90mm | Clipped sine wave | 3.135 to 3.465 V | +/-2.0 ppm | -30 to +85 °C |
X1G004201003300 | TG-5006CE | 25.000000MHz | 3.20x2.50x0.90mm | Clipped sine wave | 2.850 to 3.150 V | +/-2.0 ppm | -30 to +85 °C |
X1G004201006200 | TG-5006CE | 32.000000MHz | 3.20x2.50x0.90mm | Clipped sine wave | 2.850 to 3.150 V | +/-2.0 ppm | -30 to +85 °C |
压控温补晶体振荡器X1G004201002600适用于移动通讯应用
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.