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KDS晶振,贴片晶振,DSA321SF晶振,电讯报晶振
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ace="宋体">随着科技数码产品的小型化发展,晶体元件的尺寸也从最初的插件庞大体积演变成目前的多种规格SMDace="宋体">小尺寸趋势,目前晶体内部的石英晶片已经达到了ace="Helvetica">+-0.002mmace="宋体">以内了,由于很多晶振厂家在生产小尺寸时所产生的问题.
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KDS晶振,贴片晶振,DSB222MAB晶振,温度传感器输出晶振
更多 +ace="宋体">低频晶振ace="宋体">可从13MHzace="宋体">起对应,ace="宋体">小型,超ace="宋体">薄型具备强防焊裂性,ace="宋体">石英晶体ace="宋体">在极端严酷的环境条件下也能发挥稳定的起振特性,ace="宋体">产品本身ace="宋体">具有耐热,ace="宋体">耐振ace="Helvetica">,ace="宋体">耐撞击等优良的耐环境特性,ace="宋体">满足无铅焊接以及高温ace="宋体">回流温度曲线要求,ace="宋体">符合AEC-Q200ace="宋体">标准ace="Helvetica">.
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KDS晶振,贴片晶振,DSA222MAA晶振,有源手机晶振
更多 +SMDace="宋体">晶体ace="Calibri">3225mmace="宋体">尺寸,ace="Calibri">2520mm,2016mmace="宋体">等尺寸,在生产工艺上采用了高精密点胶技术:晶片胶点的位置、大小:位置准确度以及胶点大小一致性,通过图像识别及高精密度数字定位系统的运用、使晶片的点胶的精度在±0.02mm之内。
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KDS晶振,贴片晶振,DSA221SJ晶振,工业级压控温补晶振
更多 +ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">小体积贴片2520mmace="宋体">晶振ace="Calibri">,ace="宋体">外观ace="宋体">小型,ace="宋体">表面贴片型晶体谐振器,ace="宋体">因本身体积小等优势,ace="宋体">适用于移动通信终端的基准时钟等移动通信领域.ace="宋体">小型ace="Calibri">,ace="宋体">薄型ace="Calibri">,ace="宋体">轻型 ace="Calibri">(2.5 × 2.0 × 0.8 mm typ.) ace="宋体">具备优良的耐环境特性及高耐热性强.ace="宋体">满足无铅焊接的回流温度曲线要求.
ace="宋体">ace="宋体">ace="Helvetica"> ace="宋体">ace="宋体">ace="Helvetica"> ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">
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KDS晶振,贴片晶振,DSB321SLB晶振,3225定位导航晶振
更多 +ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">
那么贴片晶振产品的点击又是怎么回事呢?产品的电极对于晶体来讲,主要是,改变频率,往外引出电极,改变阻抗,去掉杂波,贴片晶体的晶片有镀金镀银等区别,各项镀层也会对产品的频率发生一定的改变,因此电极的设计会使晶振的精度产生更高的要求。
ace="宋体">ace="宋体">ace="Helvetica">
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KDS晶振,贴片晶振,DSB221SLB晶振,防潮湿晶振
更多 +ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">
3225mmace="宋体">体积贴片晶振ace="宋体">适用于汽车电子领域的表面贴片型ace="宋体">石英晶振,ace="宋体">本产品已被确定ace="宋体">的高信赖性最适合用于汽车电子部件,ace="宋体">晶体ace="宋体">在极端严酷的环境条件下也能发挥稳定的起振特性,ace="宋体">晶振本身ace="宋体">具有耐热,ace="宋体">耐振ace="Helvetica">,ace="宋体">耐冲击等优良的耐环境特性,ace="宋体">满足无铅焊接的高温ace="宋体">回流温度曲线要求,ace="宋体">符合AEC-Q200ace="宋体">标准ace="Helvetica">.
ace="宋体">ace="宋体">ace="Helvetica"> ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">
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KDS晶振,贴片晶振,DSB211SLB晶振,小体积温度补偿振荡器
更多 +ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">低频晶振ace="宋体">可从12.288MHzace="宋体">起对应,ace="宋体">小型,超ace="宋体">薄型具备强防焊裂性,ace="宋体">石英晶体ace="宋体">在极端严酷的环境条件下也能发挥稳定的起振特性,ace="宋体">产品本身ace="宋体">具有耐热,ace="宋体">耐振ace="Helvetica">,ace="宋体">耐撞击等优良的耐环境特性,ace="宋体">满足无铅焊接以及高温ace="宋体">回流温度曲线要求,ace="宋体">符合AEC-Q200ace="宋体">标准ace="Helvetica">.
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KDS晶振,贴片晶振,DSA221SDT晶振,2520压控温补晶振
更多 +ace="宋体">
ace="宋体">
ace="宋体">
高精度晶片的抛光技术:是目前晶片研磨技术中表面处理技术的最高技术,最终使晶片表面更光洁,平行度及平面度更好,降低谐振电阻,提高Q值。从而达到一般研磨所达不到的产品性能,使石英晶体元器件的等效电阻等更接近理论值,使石英晶体元器件可在更低功耗下工作。使用先进的牛顿环及单色光的方法去检测晶片表面的状态
ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">
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KDS晶振,贴片晶振,DSB221SDT晶振,6脚石英晶振
更多 +ace="宋体">
ace="宋体">
ace="宋体">
贴片石英晶振ace="宋体">最适合用于车载ace="宋体">电子领域的小型表面贴片石英ace="宋体">晶体谐振器.ace="宋体">也可对应有高可靠性要求的引擎控制用ace="Helvetica">CPUace="宋体">的时钟部分ace="宋体">简称为时钟晶体振荡器,ace="宋体">在极端严酷的环境条件下也能发挥稳定的起振特性,ace="宋体">产品本身ace="宋体">具有耐热,ace="宋体">耐振ace="Helvetica">,ace="宋体">耐撞击等优良的耐环境特性,ace="宋体">满足无铅焊接的回流温度曲线要求,ace="宋体">符合AEC-Q200ace="宋体">标准.
ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">
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KDS晶振,贴片晶振,DSA211SDT晶振,低相位晶振
更多 +ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">贴片石英晶振ace="宋体">最适合用于车载ace="宋体">电子领域的小型表面贴片石英ace="宋体">晶体谐振器.ace="宋体">也可对应有高可靠性要求的引擎控制用ace="Helvetica">CPUace="宋体">的时钟部分ace="宋体">简称为时钟晶体振荡器,ace="宋体">在极端严酷的环境条件下也能发挥稳定的起振特性,ace="宋体">产品本身ace="宋体">具有耐热,ace="宋体">耐振ace="Helvetica">,ace="宋体">耐撞击等优良的耐环境特性,ace="宋体">满足无铅焊接的回流温度曲线要求,ace="宋体">符合AEC-Q200ace="宋体">标准.
ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">
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KDS晶振,贴片晶振,DSB535SD晶振,有源进口晶振,1XTR25000VAA
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ace="宋体">
ace="宋体">
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贴片晶振采用了多层、"1XTR25000VAA"多金属的溅射镀膜技术:是目前研发及生产高精度、高稳定性石英晶体元器必须攻克的关键技术之一。选用何镀材、镀几种材料、几种镀材的镀膜顺序,镀膜的工艺方法(如各镀材的功率设计等)。使用此镀膜方法使镀膜后的附着力增强,频率更加集中,那么如何把晶片能控制在1000ppm之内呢。
ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">
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KDS晶振,贴片晶振,DSB321SDM晶振,26MHZ温补振荡器
更多 +ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">低频晶振ace="宋体">可从9.6MHzace="宋体">起对应,ace="宋体">小型,超ace="宋体">薄型具备强防焊裂性,ace="宋体">石英晶体ace="宋体">在极端严酷的环境条件下也能发挥稳定的起振特性,ace="宋体">产品本身ace="宋体">具有耐热,ace="宋体">耐振ace="Helvetica">,ace="宋体">耐撞击等优良的耐环境特性,ace="宋体">满足无铅焊接以及高温ace="宋体">回流温度曲线要求,ace="宋体">符合AEC-Q200ace="宋体">标准ace="Helvetica">.
ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">
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KDS晶振,贴片晶振,DSA535SD晶振,8脚压控温补晶振
更多 +ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">小型表面贴片晶振ace="宋体">型,ace="宋体">是ace="宋体">标准的石英ace="宋体">晶体谐振器,ace="宋体">适用于宽温范围的电子数码产品,ace="宋体">家电电器及MP3,MP4,ace="宋体">播放器ace="Calibri">,ace="宋体">单片机ace="宋体">等领域.ace="宋体">可对应ace="Calibri">8.000MHzace="宋体">以上的频率,ace="宋体">在电子数码产品,以及ace="宋体">家电相关电器领域里面ace="宋体">发挥优良的电气特性,ace="宋体">满足无铅焊接的回流温度曲线要求.
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KDS晶振,贴片晶振,DSA321SDM晶振,四脚压控温补晶振
更多 +ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">
那么贴片晶振产品的点击又是怎么回事呢?产品的电极对于晶体来讲,主要是,改变频率,往外引出电极,改变阻抗,去掉杂波,贴片晶体的晶片有镀金镀银等区别,各项镀层也会对产品的频率发生一定的改变,因此电极的设计会使晶振的精度产生更高的要求。
ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">
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KDS晶振,贴片晶振,DSA221SDM晶振,KDS压控温补晶振
更多 +ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">
那么贴片晶振产品的点击又是怎么回事呢?产品的电极对于晶体来讲,主要是,改变频率,往外引出电极,改变阻抗,去掉杂波,贴片晶体的晶片有镀金镀银等区别,各项镀层也会对产品的频率发生一定的改变,因此电极的设计会使晶振的精度产生更高的要求。
ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">
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KDS晶振,贴片晶振,DSA211SDM晶振,KDS压控温补晶振
更多 +ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">
高精度晶片的抛光技术:是目前晶片研磨技术中表面处理技术的最高技术,最终使晶片表面更光洁,平行度及平面度更好,降低谐振电阻,提高Q值。从而达到一般研磨所达不到的产品性能,使石英晶体元器件的等效电阻等更接近理论值,使石英晶体元器件可在更低功耗下工作。使用先进的牛顿环及单色光的方法去检测晶片表面的状态
ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">
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KDS晶振,贴片晶振,DSB535SC晶振,WiMAX有源晶振
更多 +ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial">ace="宋体">ace="Arial"> ace="宋体">ace="宋体">ace="宋体">石英振荡器,OSCace="宋体">应用:无线通信ace="Arial">,ace="宋体">智能手机ace="Arial">,ace="宋体">平板笔记本ace="Arial">,ace="宋体">计算机ace="Arial">,ace="宋体">全球ace="Arial">GPSace="宋体">定位系统ace="Arial">,WLANace="宋体">网络ace="宋体">产品等.VC-TCXOace="宋体">应用:智能手机晶体ace="Arial">,ace="宋体">无线基站ace="Arial">,ace="宋体">精密仪器ace="Arial">,GPSace="宋体">卫星ace="Arial">,ace="宋体">汽车应用等晶体滤波器应用无线收发器ace="Arial">,ace="宋体">智能手机ace="Arial">,ace="宋体">无线网络发射ace="Arial">,GPSace="宋体">全球定位等等ace="Arial">.
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KDS晶振,贴片晶振,DSB321SCB晶振,GPS晶振
更多 +ace="宋体">
ace="宋体">
ace="宋体">
ace="宋体">石英晶体振荡器在设计时就与各款型号ICace="宋体">匹配等相关技术,使用IC与晶片设计匹配技术:是高频振荡器研发及生产过程必须要解决的技术难题。在设计过程中除了要考虑石英晶体谐振器具有的电性外,还有石英晶体振荡器的电极设计等有它的特殊性,必须考虑振荡器的供应电压、起动电压和产品上升时间、下降时间等相关参数。
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KDS晶振,贴片晶振,DSB221SCB晶振,2520温补晶振
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ace="宋体">有源晶振,ace="宋体">是只晶体本身起振需要外部电压供应ace="Calibri">,ace="宋体">起振后ace="宋体">可直接驱动CMOS ace="宋体">集成电路,ace="宋体">产品本身ace="宋体">已实现与薄型ICace="宋体">(ace="Calibri">TSSOPace="宋体">封装ace="Calibri">,TVSOPace="宋体">封装)同样的ace="Calibri">1mmace="宋体">厚度,ace="宋体">断开时的消费电流是15 µAace="宋体">以下,ace="宋体">编ace="宋体">带包装方式可对应自动搭载及IRace="宋体">回流焊接(无铅对应)ace="宋体">产品有几种电压供选1.8V,2.5V,3V3.3V,5V,ace="宋体">以应对不同ace="Calibri">ICace="宋体">产品需要ace="Calibri">..
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KDS晶振,贴片晶振,DSB321SCM晶振,无线温补晶振
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1.防止外界气体进入组件体内受到污染和增加应力的产生;2.使组件在真空下电阻减小;3.气密性高。此技术为研发及生产超小型、超薄型石英晶体元器必须攻克的关键技术之一。
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