频率:3.579545MHZ
尺寸:13.00mm x 4.85mm
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CTS晶振ATSSM4P,4P036F35CDT无源晶振
CTS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 |
3.579545MHZ |
标准频率 |
储存温度 |
T_stg |
-40°C ~ +85°C |
裸存 |
工作温度 |
T_use |
-20°C ~ +70°C |
标准温度 |
激励功率 |
DL |
200μW Max. |
推荐:1μW ~ 100μW |
频率公差 |
f_— l |
±30× 10-6 (标准), |
+25°C 对于超出标准的规格说明, |
频率温度特征 |
f_tem |
±50 × 10-6/-20°C ~ +70°C |
超出标准的规格请联系我们. |
负载电容 |
CL |
18PF |
不同负载电容要求,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 |
CTS晶振ATSSM4P,4P036F35CDT无源晶振
CTS晶振ATSSM4P,4P036F35CDT无源晶振
1.操作:请勿用镊子或任何坚硬的工具,夹具直接接触IC的表面。
2.使用环境(温度和湿度):请在规定的温度范围内使用石英晶振。这个温度涉及本体的和季节变化的温度。在高湿环境下,会由于凝露引起故障。请避免凝露的产生。
激励功率:在晶振上施加过多驱动力,会导致产品特性受到损害或破坏。电路设计必须能够维持适当的激励功率 。
负极电阻:除非石英晶体振荡器回路中分配足够多的负极电阻,否则振荡或振荡启动时间可能会增加。
负载电容:有源晶振振荡电路中负载电容的不同,可能导致振荡频率与设计频率之间产生偏差。试图通过强力调整,可能只会导致不正常的振荡。在使用之前,请指明该振动电路的负载电容。
CTS晶振ATSSM4P,4P036F35CDT无源晶振
CTS晶振ATSSM4P,4P036F35CDT无源晶振
CTS晶振集团建立一种可测量的发展和改进的目标指标,定期进行内审和管理评审。在现有的或新生的各种活动中不断监测和改进环境绩效。小型四脚贴片晶振通过对生产活动的持续改进和促进对低效或无效的环境法律法规进行合理化转变,努力提高环境管理中资本的效力。
将生产活动中的环境因素和环境影响的分析纳入我们的决策中来,2脚薄型SMD晶振确保活动中每一分子的运作和发展都体现对污染预防方针的贯彻。
我们将定期对雇员进行教育和培训,晶振确保他们能够安全高效的工作,树立他们的环保责任感。 与雇员、客户、公众、政府及关注公司环境绩效和持续改进计划的相关方进行充分开放的信息交流。
CTS晶振ATSSM4P,4P036F35CDT无源晶振
CTS原厂编码 | 生产厂家 | 型号 | Type 系列 | 频率 | 频率稳定度 | 频率偏差 | 负载电容 |
4P036F35CDT | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 3.579545MHz | ±50ppm | ±30ppm | 18pF |
4P036F35CET | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 3.579545MHz | ±50ppm | ±30ppm | 20pF |
4P037F35CDT | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 3.6864MHz | ±50ppm | ±30ppm | 18pF |
4P037F35IDT | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 3.6864MHz | ±50ppm | ±30ppm | 18pF |
4P040F35CDT | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 4MHz | ±50ppm | ±30ppm | 18pF |
4P040F35CET | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 4MHz | ±50ppm | ±30ppm | 20pF |
4P040F35IDT | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 4MHz | ±50ppm | ±30ppm | 18pF |
4P040F35IET | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 4MHz | ±50ppm | ±30ppm | 20pF |
4P049F35CDT | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 4.9152MHz | ±50ppm | ±30ppm | 18pF |
4P049F35CET | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 4.9152MHz | ±50ppm | ±30ppm | 20pF |
4P049F35IDT | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 4.9152MHz | ±50ppm | ±30ppm | 18pF |
4P049F35IET | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 4.9152MHz | ±50ppm | ±30ppm | 20pF |
4P050F35CDT | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 5MHz | ±50ppm | ±30ppm | 18pF |
4P050F35CET | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 5MHz | ±50ppm | ±30ppm | 20pF |
4P050F35IDT | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 5MHz | ±50ppm | ±30ppm | 18pF |
4P050F35IET | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 5MHz | ±50ppm | ±30ppm | 20pF |
4P060F35CDT | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 6MHz | ±50ppm | ±30ppm | 18pF |
4P060F35CET | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 6MHz | ±50ppm | ±30ppm | 20pF |
4P060F35CHT | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 6MHz | ±50ppm | ±30ppm | 32pF |
4P060F35CST | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 6MHz | ±50ppm | ±30ppm | Series |
4P060F35IDT | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 6MHz | ±50ppm | ±30ppm | 18pF |
4P060F35IET | CTS-Frequency Controls | ATSSM4P | MHz Crystal | 6MHz | ±50ppm | ±30ppm | 20pF |