XRCPB33M868F4M00R0村田晶振XRCGB25M000F2P02R0貼片石英晶振XRCHA20M000F0A01R0村田SMD晶振XRCPB40M000F0L00R0日產(chǎn)村田小體積晶振XRCGB25M000F3A00R0村田SMD晶振XRCHA20M000F0A11R0日產(chǎn)村田小體積晶振XRCPB40M000F0Z00R0進(jìn)口村田壓電石英晶體XRCGB25M000F3G00R0日產(chǎn)村田小體積晶振XRCHA20M000F0A12R0進(jìn)口村田壓電石英晶體XRCPB40M000F4M00R0村田石英貼片晶振XRCGB25M000F3M00R0進(jìn)口村田壓電石英晶體XRCHA20M000F0A13R0村田石英貼片晶振XRCPB48M000F0L00R0耐高溫貼片晶振XRCGB25M000F3M01R0村田石英貼片晶振XRCHA20M000F0L01R0耐高溫貼片晶振XRCPB48M000F0Z00R0車載晶振XRCGB25M000F3M02R0耐高溫晶振XRCHA20M000F0Z01R0車載晶振XRCPB48M000F4M00R0進(jìn)口murata晶振XRCGB25M000F3M04R0車載晶振XRCHA24M000F0A01R0進(jìn)口murata晶振XRCMD40M000FXQ57R0日產(chǎn)村田小體積晶振XRCGB25M000F3M18R0進(jìn)口murata晶振XRCHA24M000F0A11R0超小型SMD晶振XRCMD40M000FXQ58R0進(jìn)口村田壓電石英晶體XRCGB25M000F3N00R0超小型SMD晶振XRCHA24M000F0A12R0村田石英晶體諧振器XRCMD48M000FXQ58R0村田石英貼片晶振XRCGB25M000FAN00R0村田石英晶體諧振器XRCHA24M000F0A13R0貼片石英晶振XRCPB24M000F0L00R0耐高溫貼片晶振XRCGB25M000FAN12R0貼片石英晶振XRCHH16M000F1QB7P0村田SMD晶振XRCPB24M000F0Z00R0車載晶振XRCGB26M000F0G00R0村田SMD晶振XRCHH20M000F1QB1P0日產(chǎn)村田小體積晶振XRCPB24M000F2P00R0進(jìn)口murata晶振XRCGB26M000F0L00R0日產(chǎn)村田小體積晶振XRCHH26M000F1QD8P0進(jìn)口村田壓電石英晶體XRCPB24M000F3M00R0超小型SMD晶振XRCGB26M000F0Z00R0進(jìn)口村田壓電石英晶體XRCHH36M000F1QA3P0村田石英貼片晶振XRCPB24M000F3N00R0村田石英晶體諧振器XRCGB26M000F1H00R0村田石英貼片晶振XRCHH40M000F1QB3P0耐高溫貼片晶振XRCPB24M000FAN00R0貼片石英晶振XRCGB26M000F1H01R0耐高溫貼片晶振XRCHH52M000F1QA2P0車載晶振XRCPB24M576F0L00R0村田SMD晶振XRCGB26M000F1H02R0車載晶振XRCHJ16M000F1QB1P0進(jìn)口murata晶振XRCPB24M576F0Z00R0日產(chǎn)村田小體積晶振XRCGB26M000F1H03R0進(jìn)口murata晶振XRCHJ19M200F1QA9P0超小型SMD晶振XRCPB24M576F3M00R0進(jìn)口晶振XRCGB26M000F2P00R0超小型SMD晶振XRCHJ20M000F1QA7P0村田石英晶體諧振器XRCPB24M576F3N00R0村田石英貼片晶振XRCGB26M000F2P01R0村田石英晶體諧振器XRCHJ26M000F1QD1P0貼片石英晶振XRCPB24M576FAN00R0耐高溫貼片晶振XRCGB26M000F2P02R0貼片石英晶振XRCHJ36M000F1QA0P0村田SMD晶振XRCPB25M000F0L00R0車載晶振XRCGB26M000F3A00R0村田SMD晶振XRCHJ40M000F1QB0P0日產(chǎn)村田小體積晶振XRCPB25M000F0Z00R0進(jìn)口murata晶振XRCGB26M000F3G00R0日產(chǎn)村田小體積晶振XRCHJ52M000F1QA0P0進(jìn)口村田壓電石英晶體XRCPB25M000F2P00R0超小型SMD晶振XRCGB26M000F3M00R0進(jìn)口村田壓電石英晶體XRCJH13M000F1QA0P0村田石英貼片晶振XRCPB25M000F3M00R0村田石英晶體諧振器XRCGB26M000F3M01R0村田石英貼片晶振XRCJH16M000F1QB5P0耐高溫石英晶振XRCPB25M000F3N00R0貼片石英晶振XRCGB26M000F3M02R0耐高溫貼片晶振XRCJH20M000F1QB3P0車載晶振XRCPB25M000FAN00R0村田SMD晶振XRCGB26M000F3N00R0車載晶振XRCJH26M000F1QC1P0進(jìn)口murata晶振XRCGB31M250F0L00R0村田SMD晶振XRCGB26M000FAN00R0進(jìn)口murata晶振XRCJH36M000F1QA1P0超小型SMD晶振XRCGB31M250F0Z00R0日產(chǎn)村田小體積晶振XRCGB27M000F0G00R0超小型SMD晶振XRCJH40M000F1QB2P0村田石英晶體諧振器XRCGB31M250F2P00R0進(jìn)口村田壓電石英晶體XRCGB27M000F0L00R0村田石英晶體諧振器XRCJH52M000F1QA1P0貼片石英晶振XRCGB31M250F2P01R0村田石英貼片晶振XRCGB27M000F0Z00R0貼片石英晶振XRCJK12M000F1QB4P0村田SMD晶振XRCGB31M250F2P02R0耐高溫貼片晶振XRCGB27M000F2P00R0村田SMD晶振XRCJK13M000F1QA3P0日產(chǎn)村田小體積晶振XRCGB31M250F3M00R0車載晶振XRCGB27M000F2P01R0日產(chǎn)村田小體積晶振XRCJK15M360F1QA0P0進(jìn)口村田壓電石英晶體XRCGB31M250F3M01R0進(jìn)口murata晶振XRCGB27M000F2P02R0進(jìn)口村田壓電石英晶體XRCJK20M000F1QB3P0村田石英貼片晶振XRCGB31M250F3M02R0超小型SMD晶振XRCGB27M000F3A00R0村田石英貼片晶振XRCJK24M576F1QA0P0耐高溫貼片晶振XRCGB31M250F3N00R0村田石英晶體諧振器XRCGB27M000F3G00R0耐高溫貼片晶振XRCJK26M000F1QC3P0車載晶振XRCGB31M250FAN00R0貼片石英晶振XRCGB27M000F3M00R0車載晶振XRCJK36M000F1QA0P0進(jìn)口murata晶振XRCGB32M000F0L00R0村田SMD晶振XRCGB27M000F3M01R0進(jìn)口murata晶振XRCJK40M000F1QA2P0超小型SMD晶振XRCGB32M000F0Z00R0日產(chǎn)村田小體積晶振XRCGB27M000F3M02R0超小型SMD晶振XRCJK52M000F1QA0P0村田石英晶體諧振器XRCGB32M000F1H00R0進(jìn)口村田壓電石英晶體XRCGB27M000F3M14R0村田石英晶體諧振器XRCLH10M000F1QA4J1貼片石英晶振XRCGB32M000F1H01R0村田石英貼片晶振XRCGB27M000F3N00R0貼片石英晶振XRCLH10M000F1QA4P0村田SMD晶振XRCGB32M000F1H02R0耐高溫貼片晶振XRCGB27M000FAN00R0村田SMD晶振XRCLH12M000F1QA0J1日產(chǎn)村田石英貼片晶振XRCGB32M000F1H03R0color="#0066cc">車載晶振XRCGB27M000FAN16R0日產(chǎn)村田小體積晶振XRCLH12M000F1QA0P0進(jìn)口村田壓電石英晶體XRCGB32M000F2P00R0進(jìn)口murata晶振XRCGB27M120F0L00R0進(jìn)口村田壓電石英晶體XRCLH14M745F1QA0J1村田石英貼片晶振XRCGB32M000F2P01R0超小型SMD晶振XRCGB27M120F0Z00R0村田石英貼片晶振XRCLH14M745F1QA0P0耐高溫貼片晶振XRCGB32M000F2P02R0村田石英晶體諧振器XRCGB27M120F2P00R0耐高溫貼片晶振XRCLH16M000F1QA2J1車載晶振XRCGB32M000F2P10R0貼片石英晶振XRCGB27M120F2P01R0車載晶振XRCLH16M000F1QA2P0進(jìn)口murata晶振XRCLK52M000F1QA0P0進(jìn)口村田壓電石英晶體XRCGB27M120F2P02R0進(jìn)口murata晶振XRCLH21M250F1QA0J1超小型SMD晶振XRCMD32M000F1P00R0村田石英貼片晶振XRCGB27M120F2P10R0超小型SMD晶振XRCLH21M250F1QA0P0村田石英晶體諧振器XRCMD32M000FXP50R0耐高溫貼片晶振XRCGB27M120F3A00R0村田石英晶體諧振器XRCLH52M000F1QA1J1貼片石英晶振XRCMD32M000FXP52R0車載晶振XRCGB27M120F3G00R0貼片石英晶振XRCLH52M000F1QA1P0村田SMD晶振XRCMD32M000FXP53R0進(jìn)口murata晶振XRCGB27M120F3M00R0村田SMD晶振XRCLK10M000F1QA8J1日產(chǎn)村田小體積晶振XRCMD32M000FXP54R0超小型SMD晶振XRCGB27M120F3M01R0日產(chǎn)村田超小型無源貼片晶振XRCLK10M000F1QA8P0進(jìn)口村田壓電石英晶體XRCMD32M000FZQ52R0村田石英晶體諧振器XRCGB27M120F3M02R0進(jìn)口村田壓電石英晶體XRCLK12M000F1QA6J1村田石英貼片晶振XRCMD37M400F1Q01R0貼片石英晶振XRCGB27M120F3M10R0村田石英貼片晶振XRCLK12M000F1QA6P0耐高溫貼片晶振XRCMD38M400FXQ56R0村田SMD晶振XRCGB27M120F3M13R0耐高溫貼片晶振XRCLK14M745F1QB6J1車載晶振XRCGB30M000F2P00R0日產(chǎn)村田小體積晶振XRCGB27M120F3N00R0車載晶振XRCLK14M745F1QB6P0進(jìn)口murata晶振XRCGB30M000F2P01R0進(jìn)口村田壓電石英晶體XRCGB27M120F3P00R0進(jìn)口murata晶振XRCLK16M000F1QA7J1超小型SMD晶振XRCGB30M000F2P02R0村田石英貼片晶振XRCGB27M120FAN00R0超小型SMD晶振XRCLK16M000F1QA7P0村田石英晶體諧振器XRCGB30M000F3G00R0耐高溫貼片晶振XRCGB30M000F0G00R0村田石英晶體諧振器XRCLK21M250F1QA8J1貼片石英晶振XRCGB30M000F3M00R0車載晶振XRCGB30M000F0L00R0貼片石英晶振XRCLK21M250F1QA8P0村田SMD晶振XRCGB30M000F3M01R0進(jìn)口murata晶振XRCGB30M000F0Z00R0村田SMD晶振XRCLK52M000F1QA0J1日產(chǎn)村田小體積晶振XRCGB30M000F3M02R0超小型SMD晶振XRCGB30M000FAN00R0貼片石英晶振XRCGB30M000F3N00R0村田SMD石英晶體

    ASDK2-32.768KHZ-LRT石英晶體振蕩器ASE-50.000MHZ-ET貼片晶振ASDMB-27.000MHZ-LC-T有源晶振ASVTX-12-A-38.400MHZ-I15-T有源晶振ASD3-14.31818MHZ-EC-T有源晶振ASV-10.000MHZ-LCS-T進(jìn)口有源晶振ASFL1-25.000MHZ-EK-T進(jìn)口有源晶振32.768KHZ-LT高精密晶振ASA2-48.000MHZ-L-T進(jìn)口晶振ASV-8.000MHZ-E-T進(jìn)口晶振ASVTX-11-A-20.000MHZ-T進(jìn)口晶振ASTX-H11-27.000MHZ-T進(jìn)口晶振ASV-24.576MHZ-EJ-T貼片晶振ASFL1-32.000MHZ-L-T貼片晶振

ce="宋體">頻率產(chǎn)品在歷史上很少是設(shè)計(jì)工程師或購買者的最高優(yōu)先級(jí).然而,隨著RFce="宋體">集成在消費(fèi)者和工業(yè)應(yīng)用中變得越來越普遍,負(fù)責(zé)這些設(shè)備內(nèi)通信質(zhì)量的貼片晶振頻率組件正迅速變得非常重要.如今,設(shè)計(jì)師可能需要在開始鋪設(shè)電路板之前檢查他們想要使用的頻率技術(shù)的極限,而在冠杰電子,盡可能地回避這些限制是個(gè)人的使命.我們可以提供的技術(shù)發(fā)展迅速,每次新設(shè)計(jì)都會(huì)變得更好.

Ecliptekce="宋體">現(xiàn)在發(fā)售的超小型ce="Calibri">E3WSce="宋體">系列ce="Calibri">SMDce="宋體">音叉晶體.這款新的32.768kHzce="宋體">晶振ce="宋體">系列具有-40ce="宋體">°ce="Calibri">Cce="宋體">至ce="Calibri">+ 85ce="宋體">°ce="Calibri">Cce="宋體">的擴(kuò)展工作溫度范圍,現(xiàn)在可用于空間極為有限的遠(yuǎn)程和便攜式實(shí)時(shí)時(shí)鐘應(yīng)用.這款多功能手表晶體非常適用于非接觸式技術(shù)和ce="Calibri">PoEce="宋體">照明,可用于依賴高質(zhì)量時(shí)鐘晶振ce="宋體">的關(guān)鍵RTCce="宋體">參考電路.它還適用于ce="Calibri">Wi-Fice="宋體">,藍(lán)牙,物聯(lián)網(wǎng),可穿戴技術(shù)和工業(yè)計(jì)時(shí)應(yīng)用.

在LEDce="宋體">屏幕多年沒有技術(shù)大更新的情況下ce="Calibri">,OLEDce="宋體">顯示面板橫空出世ce="Calibri">,ce="宋體">成功在現(xiàn)在的市場上打下一塊前程廣闊的戰(zhàn)場ce="Calibri">,OLEDce="宋體">顯示面板的基礎(chǔ)結(jié)構(gòu)是有機(jī)電致發(fā)光二極管和多個(gè)高性能的貼片晶振ce="宋體">,相比目前主流的液晶顯示面板,OLEDce="宋體">產(chǎn)品具有無需背光,對比度高,快速響應(yīng)等"血統(tǒng)優(yōu)勢",也由此被譽(yù)為下一代主流顯示技術(shù).

ce="宋體">工程師把Uce="宋體">盤拆開后看了看ce="Calibri">,ce="宋體">就和我介紹起了ce="Calibri">Uce="宋體">盤的結(jié)構(gòu)ce="Calibri">,ce="宋體">其實(shí)ce="Calibri">Uce="宋體">盤的結(jié)構(gòu)還是很簡單的ce="Calibri">,ce="宋體">機(jī)芯加閃存芯片ce="Calibri">,ce="宋體">還有ce="Calibri">USBce="宋體">端口ce="Calibri">,ce="宋體">在用封裝殼裝好就可以了ce="Calibri">,ce="宋體">而且機(jī)芯上的部件也不是很復(fù)雜ce="Calibri">,ce="宋體">電容加上貼片晶振,ce="宋體">在一個(gè)ce="Calibri">USBce="宋體">主控芯片就可以了ce="Calibri">,ce="宋體">因?yàn)?/span>ce="Calibri">Uce="宋體">盤在市面上的價(jià)格很低ce="Calibri">,ce="宋體">屬于消費(fèi)電子產(chǎn)品ce="Calibri">.ce="宋體">所以一般用到的電子零部件都比較普通ce="Calibri">,ce="宋體">從而導(dǎo)致產(chǎn)品容易出問題ce="Calibri">.

ce="宋體">之前一直有報(bào)道稱,ce="宋體">英特爾的ce="Calibri">10ce="宋體">納米工藝早就已經(jīng)被放棄了ce="Calibri">,ce="宋體">但是前幾日英特爾官方出來澄清這一傳聞是”不真實(shí)”ce="宋體">的,ce="宋體">并且已經(jīng)在這個(gè)工藝上取得了良好的進(jìn)展ce="Calibri">.ce="宋體">說實(shí)話ce="Calibri">,ce="宋體">迄今為止英特爾在ce="Calibri">10ce="宋體">納米開發(fā)過程中已經(jīng)耗費(fèi)了大量的精力ce="Calibri">,ce="宋體">資源ce="Calibri">,ce="宋體">是不可能直接放棄現(xiàn)有的項(xiàng)目的ce="Calibri">,ce="宋體">隔壁最主要的競爭對手ce="Calibri">AMDce="宋體">已經(jīng)實(shí)現(xiàn)了在ce="Calibri">10ce="宋體">納米ce="Calibri">CPUce="宋體">上加上時(shí)鐘32.768KHZ晶振ce="宋體">穩(wěn)定性能呢,ce="宋體">相信英特爾也不遠(yuǎn)嘞 ce="Calibri">.

但是現(xiàn)在就不同了,每天上班在地鐵上都能看到有人拿著一款比手機(jī)大,比電腦小的產(chǎn)品,沒錯(cuò),這就是平板電腦.其中又以蘋果公司的IPADce="宋體">的系列作為其中的代表,它沒有鍵盤,便攜但是功能多樣化,同時(shí)還具有優(yōu)秀的便攜性和移動(dòng)性,這些都和其中的電子元件是分不開的,像ce="Calibri">ICce="宋體">芯片,電容,電阻,石英晶振,都是平板上不可缺少的電子元件.

NDKce="宋體">晶振ce="宋體">開發(fā)出一種用于測量儀器的超低相位噪聲10MHz石英ce="宋體">晶體振蕩器（NH40M40LAce="宋體">）。該產(chǎn)品與傳統(tǒng)的ce="Calibri">NDKce="宋體">低相位噪聲晶體振蕩器(40x40mm)尺寸相同，但具有世界上最高水平的近載波噪聲特性(1Hzce="宋體">時(shí)為-115dBc/Hz)和樓層噪聲(-170dBc)/Hz,100 kHz)。