| TDK原裝電容【C3225X7R1E475KT000N】優(yōu)勢出 |
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價格：0 元(人民幣) | 產(chǎn)地：日本 |
| 最少起訂量：1片 | 發(fā)貨地：深圳 | |
| 上架時間：2018-11-30 10:19:28 | 瀏覽量：68 | |
深圳市智成電子有限公司
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| 經(jīng)營模式：代理商 | 公司類型：股份有限公司 | |
| 所屬行業(yè)：電容器 | 主要客戶：電子工廠 | |
 在線咨詢  |
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| 聯(lián)系人:古珍有 (先生) | 手機(jī):13537634553 |
電話: |
傳真: |
| 郵箱:428837801@qq.com | 地址:深圳市寶安區(qū)西鄉(xiāng)桃源大廈 |
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C3216X5R1C476MTJ00N 1206 X5R 16V 47UF 20%
C3216X5R1E106KT000E 1206 X5R 25V 10UF 10%
C3216X5R1E226KTJ00N 1206 X5R 25V 22UF 10%
C3216X5R1E336MT000E 1206 X5R 25V 33UF 20%
C3216X5R1E476MTJ00E 1206 X5R 25V 47UF 20%
C3216X5R1E685KT000N 1206 X5R 25V 6.8UF 10%
C3216X5R1H106KT000N 1206 X5R 50V 10UF 10%
C3216X5R1V226MTJ00E 1206 X5R 35V 22UF 20%
C3216X6S0G107MT0A0E 1206 X6S 4V 100UF 20%
C3225C0G2A333JT000N 1210 C0G 100V 33NF 5%
C3225C0G2A473JT000N 1210 C0G 100V 47NF 5%
C3225C0G2E153JT000N 1210 COG 250V 15NF 5%
C3225C0G2E333KT000N 1210 C0G 250V 33NF 10%
C3225C0G2J682JT000N 1210 C0G 630V 6.8NF 5%
C3225COG2A223JT000N 1210 C0G 100V 22NF 5%
C3225X5R0J107MT000N 1210 X5R 6.3V 100UF 20%
C3225X5R0J476MT000N 1210 X5R 6.3V 47F 20%
C3225X5R1A336MT0A0E 1210 X5R 10V 33UF 20%
C3225X5R1A476MT000E 1210 X5R 10V 47UF 20%
C3225X5R1E106KT000E 1210 X5R 25V 10UF 10% 2.0MM
C3225X5R1E226MT000E 1210 X5R 25V 22UF 20%
C3225X7R1C106KT000N 1210 X7R 16V 10UF 10%
C3225X7R1C226KT000N 1210 X7R 16V 22UF 10%
C3225X7R1C226MT000N 1210 X7R 16V 22UF 20%
C3225X7R1E106KTJ00N 1210 X7R 25V 10UF 10%
C3225X7R1E475KT000N 1210 X7R 25V 4.7UF 10%
C3225X7R1H105KT000N 1210 X7R 25V 4.7UF 10%
C3225X7R1H106KT000E 1210 X7R 50V 10UF 10%
C3225X7R1H155KT000N 1210 X7R 50V 1.5UF 10%
C3225X7R1H225KT000N 1210 X7R 50V 2.2UF 10% 2.5MM
C3225X7R1H225KT0A0N 1210 X7R 50V 2.2UF 10% 2.0MM
C3225X7R1H335KT000N 1210 X7R 50V 3.3UF 10%
C3225X7R1H475KT000E 1210 X7R 50V 4.7UF 10% 2.0MM
C3225X7R2A105KT0L0U 1210 X7R 100V 1UF 10%
C3225X7R2A225KT5L0U 1210 X7R 100V 2.2UF 10%
C3225X7R2E104KT020U 1210 X7R 250V 100NF 10%
C3225X7R2E224KT0L0U 1210 X7R 250V 220NF 10%
C3225X7R2J473KT020U 1210 X7R 630V 47NF 10%
C3225X7R2J683KT0L0U 1210 X7R 630V 68NF 10%
C3225X7S1H106KT000N 1210 X7S 50V 10UF 10%
C3225X7S2A335KT000N 1210 X7S 100V 3.3UF 10%
C3225X7S2A475KT000N 1210 X7S 100V 4.7UF 10%
C3225X7T2J104KT000N 1210 X7T 630V 100NF 10%
C3225X7T2W224KT000N 1210 X7T 450V 220NF 10%
C5750X7R2A225K0L0U 2220 X7R 100V 2.2UF 10%
C5750X7R2A475K0L0U 2220 X7R 100V 4.7UF 10%
C5750X7R2E105KT0L0U 2220 X7R 250V 1UF 10%
C5750X7R2E474KT020U 2220 X7R 250V 470NF 10%
C5750X7R2E684KT0L0U 2220 X7R 250V 680NF 10%
C5750X7R2J224KT020U 2220 X7R 630V 220NF 10%
C5750X7S2A106KT000N 2220 X7S 100V 10UF 10%
C5750X7T2E225KT000N 2220 X7T 250V 2.2UF 10%
C5750X7T2J474KT000N 2220 X7T 630V 470NF 10%
C5750X7R1C476MT000N 2220 X7R 16V 47UF 20%
C5750X7R1E226MT000N 2220 X7R 25V 22UF 20%
C5750X7R1H106KT000N ? ? ? ?2220 X7R 50V 10UF 10%
C5750X7R1H475KT000N 2220 X7R 50V 4.7UF 10%
系列：車載用 MPQ（最小包裝）：3,000pcs 包裝規(guī)則：φ180mm壓紋帶
應(yīng)用：汽車電子，AEC-Q200
進(jìn)口TDK車載等級積層陶瓷貼片電容器智成原裝真品假一賠十、符合國際標(biāo)準(zhǔn)、實力代理、經(jīng)銷廠家、可供樣品驗證。
TDK常用規(guī)格如下:CGA4J3X7R1Hvalue="474" unitname="m" w:st="on">474M125AB
CGA4J3X7R1Hvalue="474" unitname="m" w:st="on">474M125AE
CGA4J3X7R1H684K125AB
CGA4J3X7R1Hvalue="684" unitname="m" w:st="on">684M125AB
CGA4J3X7R1V105K125AB
CGA4J3X7R1Vvalue="105" unitname="m" w:st="on">105M125AB
CGA4J3X7R1V474K125AB
CGA4J3X7R1Vvalue="474" unitname="m" w:st="on">474M125AB
CGA4J3X7R1V684K125AB
CGA4J3X7R1Vvalue="684" unitname="m" w:st="on">684M125AB
CGA4J3X7R2E103K125AA
CGA4J3X7R2E103K125AE
CGA4J3X7R2Evalue="103" unitname="m" w:st="on">103M125AA
CGA4J3X7R2Evalue="103" unitname="m" w:st="on">103M125AE
CGA4J3X7R2E153K125AA
CGA4J3X7R2Evalue="153" unitname="m" w:st="on">153M125AA
CGA4J3X7R2E223K125AA
CGA4J3X7R2E223K125AE
CGA4J3X7R2Evalue="223" unitname="m" w:st="on">223M125AA
CGA4J3X7R2Evalue="223" unitname="m" w:st="on">223M125AE
CGA4J3X7R2E682K125AA
CGA4J3X7R2Evalue="682" unitname="m" w:st="on">682M125AA
CGA4J3X7Svalue="1" unitname="a" w:st="on">1A106K125AB
CGA4J3X7Svalue="1" unitname="a" w:st="on">1Avalue="106" unitname="m" w:st="on">106M125AB
CGA4J3X7Svalue="1" unitname="a" w:st="on">1A685K125AB
CGA4J3X7Svalue="1" unitname="a" w:st="on">1Avalue="685" unitname="m" w:st="on">685M125AB
CGA4J3X8R1E474K125AB
CGA4J3X8R1E474K125AD
CGA4J3X8R1Evalue="474" unitname="m" w:st="on">474M125AB
CGA4J3X8R1Evalue="474" unitname="m" w:st="on">474M125AD
CGA4J3X8R1H154K125AB
CGA4J3X8R1H154K125AD
CGA4J3X8R1Hvalue="154" unitname="m" w:st="on">154M125AB
CGA4J3X8R1Hvalue="154" unitname="m" w:st="on">154M125AD
CGA4J3X8R1H224K125AB
CGA4J3X8R1H224K125AD
CGA4J3X8R1Hvalue="224" unitname="m" w:st="on">224M125AB
CGA4J3X8R1Hvalue="224" unitname="m" w:st="on">224M125AD
CGA4J3X8Rvalue="2" unitname="a" w:st="on">2A333K125AB
CGA4J3X8Rvalue="2" unitname="a" w:st="on">2A333K125AD
CGA4J3X8Rvalue="2" unitname="a" w:st="on">2Avalue="333" unitname="m" w:st="on">333M125AB
CGA4J3X8Rvalue="2" unitname="a" w:st="on">2Avalue="333" unitname="m" w:st="on">333M125AD
CGA4J3X8Rvalue="2" unitname="a" w:st="on">2A473K125AB
CGA4J3X8Rvalue="2" unitname="a" w:st="on">2A473K125AD
CGA4J3X8Rvalue="2" unitname="a" w:st="on">2Avalue="473" unitname="m" w:st="on">473M125AB
CGA4J3X8Rvalue="2" unitname="a" w:st="on">2Avalue="473" unitname="m" w:st="on">473M125AD
CGA4J3X8Rvalue="2" unitname="a" w:st="on">2A683K125AB
CGA4J3X8Rvalue="2" unitname="a" w:st="on">2Avalue="473" unitname="m" w:st="on">473M125AD
CGA4J3X8Rvalue="2" unitname="a" w:st="on">2A683K125AB
CGA4J3X8Rvalue="2" unitname="a" w:st="on">2A683K125AD
CGA4J3X8Rvalue="2" unitname="a" w:st="on">2Avalue="683" unitname="m" w:st="on">683M125AB
CGA4J3X8Rvalue="2" unitname="a" w:st="on">2Avalue="683" unitname="m" w:st="on">683M125AD
CGA4Jvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2W272J125AA
CGA4Jvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2W332J125AA
CGA4Jvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2W392J125AA
CGA4Jvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2W472J125AA
CGA4Jvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2W562J125AA
CGA4J4NP02W272J125AA
CGA4J4NP02W332J125AA
CGA4J4NP02W392J125AA
CGA4J4NP02W472J125AA
CGA4J4NP02W562J125AA
CGA4J4X7T2W223K125AA
CGA4J4X7T2W223K125AE
CGA4J4X7T2Wvalue="223" unitname="m" w:st="on">223M125AA
CGA4J4X7T2Wvalue="223" unitname="m" w:st="on">223M125AE
CGA4J4X7T2W333K125AA
CGA4J4X7T2Wvalue="333" unitname="m" w:st="on">333M125AA
CGA4J4X7T2W473K125AA
CGA4J4X7T2W473K125AE
CGA4J4X7T2Wvalue="473" unitname="m" w:st="on">473Mvalue="125" unitname="a" w:st="on">125A
ACGA4J4X7T2Wvalue="473" unitname="m" w:st="on">473M125AE
CGAvalue="5" unitname="C" w:st="on">5Cvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0G1H103J060AA
CGAvalue="5" unitname="C" w:st="on">5Cvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0G1H103J060AD
CGAvalue="5" unitname="C" w:st="on">5Cvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0G1H153J060AA
CGAvalue="5" unitname="C" w:st="on">5Cvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0G1H153J060AD
CGAvalue="5" unitname="C" w:st="on">5Cvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0G1H223J060AA
CGAvalue="5" unitname="C" w:st="on">5Cvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0G1H223J060AD
CGAvalue="5" unitname="C" w:st="on">5Cvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0G1H472J060AA
CGAvalue="5" unitname="C" w:st="on">5Cvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0G1H472J060AD
CGAvalue="5" unitname="C" w:st="on">5Cvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0G1H562J060AA
CGAvalue="5" unitname="C" w:st="on">5Cvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0G1H562J060AD
CGAvalue="5" unitname="C" w:st="on">5Cvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0G1H682J060AA
CGAvalue="5" unitname="C" w:st="on">5Cvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0G1H682J060AD
CGAvalue="5" unitname="C" w:st="on">5Cvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0G1H822J060AA
CGAvalue="5" unitname="C" w:st="on">5Cvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0G1H822J060AD
CGAvalue="5" unitname="C" w:st="on">5Cvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0Gvalue="2" unitname="a" w:st="on">2A392J060AA
CGAvalue="5" unitname="C" w:st="on">5C2NP01H103J060AA
CGAvalue="5" unitname="C" w:st="on">5C2NP01H153J060AA
CGAvalue="5" unitname="C" w:st="on">5C2NP01H223J060AA
CGAvalue="5" unitname="C" w:st="on">5C2NP01H472J060AA
CGAvalue="5" unitname="C" w:st="on">5C2NP01H562J060AA
CGAvalue="5" unitname="C" w:st="on">5C2NP01H682J060AA
CGAvalue="5" unitname="C" w:st="on">5C2NP01H822J060AA
CGAvalue="5" unitname="C" w:st="on">5C2NPvalue="2" unitname="a" w:st="on">02A392J060AA
CGAvalue="5" unitname="C" w:st="on">5Cvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2J101J060AA
CGAvalue="5" unitname="C" w:st="on">5Cvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2J121J060AA
CGAvalue="5" unitname="C" w:st="on">5Cvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2J151J060AA
CGAvalue="5" unitname="C" w:st="on">5Cvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2J181J060AA
CGAvalue="5" unitname="C" w:st="on">5Cvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2J221J060AA
CGAvalue="5" unitname="C" w:st="on">5Cvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2J271J060AA
CGAvalue="5" unitname="C" w:st="on">5Cvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2J331J060AA
CGAvalue="5" unitname="C" w:st="on">5Cvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2J391J060AA
CGAvalue="5" unitname="F" w:st="on">5Fvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0G1H333J085AA
CGAvalue="5" unitname="F" w:st="on">5Fvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0G1H333J085AD
CGAvalue="5" unitname="F" w:st="on">5Fvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0Gvalue="2" unitname="a" w:st="on">2A472J085AA
CGAvalue="5" unitname="F" w:st="on">5Fvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0Gvalue="2" unitname="a" w:st="on">2A562J085AA
CGAvalue="5" unitname="F" w:st="on">5F2NP01H333J085AA
CGAvalue="5" unitname="F" w:st="on">5F2NPvalue="2" unitname="a" w:st="on">02A472J085AA
CGAvalue="5" unitname="F" w:st="on">5F2NPvalue="2" unitname="a" w:st="on">02A562J085AA
CGAvalue="5" unitname="F" w:st="on">5F2X8R1E334K085AD
CGAvalue="5" unitname="F" w:st="on">5F2X8R1Evalue="334" unitname="m" w:st="on">334M085AD
CGAvalue="5" unitname="F" w:st="on">5F2X8R1E474K085AD
CGAvalue="5" unitname="F" w:st="on">5F2X8R1Evalue="474" unitname="m" w:st="on">474M085AD
CGAvalue="5" unitname="F" w:st="on">5F2X8R1H154K085AD
CGAvalue="5" unitname="F" w:st="on">5F2X8R1Hvalue="154" unitname="m" w:st="on">154M085AD
CGAvalue="5" unitname="F" w:st="on">5F2X8Rvalue="2" unitname="a" w:st="on">2A333K085AD
CGAvalue="5" unitname="F" w:st="on">5F2X8Rvalue="2" unitname="a" w:st="on">2Avalue="333" unitname="m" w:st="on">333M085AD
CGAvalue="5" unitname="F" w:st="on">5F2X8Rvalue="2" unitname="a" w:st="on">2A473K085AD
CGAvalue="5" unitname="F" w:st="on">5F2X8Rvalue="2" unitname="a" w:st="on">2Avalue="473" unitname="m" w:st="on">473M085AD
CGAvalue="5" unitname="F" w:st="on">5Fvalue="3" unitname="C" w:st="on">3Cvalue="0" unitname="g" w:st="on">0G2E332J085AA
CGAvalue="5" unitname="F" w:st="on">5Fvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2J102J085AA
CGAvalue="5" unitname="F" w:st="on">5Fvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2J122J085AA
CGAvalue="5" unitname="F" w:st="on">5Fvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2J392J085AA
CGAvalue="5" unitname="F" w:st="on">5Fvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2J471J085AA
CGAvalue="5" unitname="F" w:st="on">5Fvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2J472J085AA
CGAvalue="5" unitname="F" w:st="on">5Fvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2J561Jvalue="85" unitname="a" w:st="on">085A
ACGAvalue="5" unitname="F" w:st="on">5Fvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2J681J085AA
CGAvalue="5" unitname="F" w:st="on">5Fvalue="4" unitname="C" w:st="on">4Cvalue="0" unitname="g" w:st="on">0G2J821J085AA
CGAvalue="5" unitname="F" w:st="on">5F4NP02J392J085AA
CGAvalue="5" unitname="F" w:st="on">5F4NP02J472J085AA
CGA5H1X7T2J223Kvalue="115" unitname="a" w:st="on">115A
CCGA5H1X7T2Jvalue="223" unitname="m" w:st="on">223Mvalue="115" unitname="a" w:st="on">115A
CCGA5H1X7T2J333Kvalue="115" unitname="a" w:st="on">115A
CCGA5H1X7T2Jvalue="333" unitname="m" w:st="on">333Mvalue="115" unitname="a" w:st="on">115A
CCGA5Hvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0G1H473J115AA
CGA5Hvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0G1H473J115AD
CGA5Hvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0Gvalue="2" unitname="a" w:st="on">2A103J115AA
CGA5Hvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0Gvalue="2" unitname="a" w:st="on">2A153J115AA
CGA5Hvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0Gvalue="2" unitname="a" w:st="on">2A682J115AA
CGA5Hvalue="2" unitname="C" w:st="on">2Cvalue="0" unitname="g" w:st="on">0Gvalue="2"
unitname="a" w:st="on">2A822J115AA
CGA5H2NP01H473J115AA
貼片電容知識
有機(jī)半導(dǎo)體鋁固體電解電容器的應(yīng)用 ? ?在國外的不少電路圖中往往可見“OS-C0N”
商標(biāo)的電解電容器，它就是日本SANYO（三洋）公司的有機(jī)半導(dǎo)體鋁固體電解電容器。它最大
的特點是雖然是電解電容器，但卻有薄膜電容器相同的高頻特性；其次是等效串聯(lián)電阻小，并
且對溫度不敏感；第三是可通過更大的紋波電流。例如，用30μH及1500μF/10V鋁電解電容器
組成的LC濾波器時，若采用OS-C0N電解電容時（L不變），只要用22μF/20V的電容就可以達(dá)到
同樣的效果。 ? ?另外有可能看到一個大容量的普通的鋁電解電容器并聯(lián)一個小容量OS-C0N電
解電容。這是因為OS-C0N的ESR低，并聯(lián)后其ESR更低但小容量的OS-C0N電容器卻可通過大部分
的紋波電流，使獲得極好的濾波效果，使輸出紋波電壓減小很多，并且可減少損耗。
幾種電容器的ESR及漏電流比較 ? ?前面介紹了多種電容器，現(xiàn)以ESR及漏電流作一個比
較，可供設(shè)計選擇參考，如附表所示（其電容量都是0.47μF）。由附表可看出多層陶瓷的性能
確實不錯，所以目前發(fā)展最快，最大的電容量已可做到100μF（但價較貴，并需訂貨）。
C0G電容的外形，和普通電容一樣，也沒有特殊標(biāo)志，因此在使用前最好鑒別一下它的穩(wěn)定
度，簡易方法是在振蕩回路中，焊好C0G電容，然后在輸出端接入頻率計，監(jiān)視輸出頻率，利用
烙鐵靠近或接觸C0G電容端頭，若是正品，頻率變化不大，若屬其他電容則變化量很大，利用比
較方法能明顯的識別出C0G電容來。
片狀電容器普遍采用多層結(jié)構(gòu)，在使用時有些人采用烙鐵手工焊接，這種方式一定要注
意焊接速度，避免過熱，造成基化端頭因溫差大而斷裂，使容量下降，有時是內(nèi)部受傷，再經(jīng)運
輸振動的斷裂。一些手工焊接的設(shè)備之所以障礙率高，這方面原因不容忽視。
片狀電容器使用的是陶瓷基片，薄而脆。有些電路版較薄，安裝時受力不均勻會變形，
很容易造成電容器折斷，在手工操作的小廠這種現(xiàn)象很普遍。解決的方法除了改進(jìn)設(shè)計工藝外，
可在容易造成折斷的地方改用管狀電容，管狀電容強(qiáng)度高，不易折損。
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