UNITED CHEMI-CON, INC. (贵弥功) 更新时间:2024-06-27 12:05:13
日本贵弥功株式会社(以下简称为“日本贵弥功”)自1931年创业以来,以开发铝电解电容器为出发点,并在这此基础上展开了各种电子元器件的开发工作。
型号 | 品牌 | 价格 | 文档 | 应用 | 描述 | |
EMHJ350ARA470MHA0G | CHEMI-CON | 获取价格 | ![]() |
Improved category maximum temperature at 125℃ | ||
EMHJ350ARA470MF80G | CHEMI-CON | 获取价格 | ![]() |
Improved category maximum temperature at 125℃ | ||
EMHJ250ARA331MJA0G | CHEMI-CON | 获取价格 | ![]() |
Improved category maximum temperature at 125℃ | ||
EMHJ250ARA221MJA0G | CHEMI-CON | 获取价格 | ![]() |
Improved category maximum temperature at 125℃ | ||
EMHJ250ARA101MHA0G | CHEMI-CON | 获取价格 | ![]() |
Improved category maximum temperature at 125℃ | ||
EMHJ160ARA471MJA0G | CHEMI-CON | 获取价格 | ![]() |
Improved category maximum temperature at 125℃ | ||
EMHJ160ARA331MJA0G | CHEMI-CON | 获取价格 | ![]() |
Improved category maximum temperature at 125℃ | ||
EMHJ160ARA221MHA0G | CHEMI-CON | 获取价格 | ![]() |
Improved category maximum temperature at 125℃ | ||
EMHJ160ARA101MHA0G | CHEMI-CON | 获取价格 | ![]() |
Improved category maximum temperature at 125℃ | ||
EMHJ160ARA101MF80G | CHEMI-CON | 获取价格 | ![]() |
Improved category maximum temperature at 125℃ | ||
EMHJ100ARA471MJA0G | CHEMI-CON | 获取价格 | ![]() |
Improved category maximum temperature at 125℃ | ||
EMHJ100ARA331MJA0G | CHEMI-CON | 获取价格 | ![]() |
Improved category maximum temperature at 125℃ | ||
EMHJ100ARA331MHA0G | CHEMI-CON | 获取价格 | ![]() |
Improved category maximum temperature at 125℃ | ||
EMHJ100ARA221MHA0G | CHEMI-CON | 获取价格 | ![]() |
Improved category maximum temperature at 125℃ | ||
APSF160ELL471MJB5S | CHEMI-CON | 获取价格 | ![]() |
Super low ESR and high ripple current capability by using conductive polymer. | ||
APSF160ELL471MHB5S | CHEMI-CON | 获取价格 | ![]() |
Super low ESR and high ripple current capability by using conductive polymer. | ||
APSF160ELL331MH08S | CHEMI-CON | 获取价格 | ![]() |
Super low ESR and high ripple current capability by using conductive polymer. | ||
APSF160ELL271MHB5S | CHEMI-CON | 获取价格 | ![]() |
Super low ESR and high ripple current capability by using conductive polymer. | ||
APSF160ELL271MH08S | CHEMI-CON | 获取价格 | ![]() |
Super low ESR and high ripple current capability by using conductive polymer. | ||
APSF160ELL101MF05S | CHEMI-CON | 获取价格 | ![]() |
Super low ESR and high ripple current capability by using conductive polymer. | ||
APSF6R3ELL821MF08S | CHEMI-CON | 获取价格 | ![]() |
Super low ESR and high ripple current capability by using conductive polymer. | ||
APSF4R0ELL561MF08S | CHEMI-CON | 获取价格 | ![]() |
Super low ESR and high ripple current capability by using conductive polymer. | ||
APSF4R0ELL471MF08S | CHEMI-CON | 获取价格 | ![]() |
Super low ESR and high ripple current capability by using conductive polymer. | ||
APSF2R5ELL162MH08S | CHEMI-CON | 获取价格 | ![]() |
Super low ESR and high ripple current capability by using conductive polymer. | ||
APSF2R5ELL122MF08S | CHEMI-CON | 获取价格 | ![]() |
Super low ESR and high ripple current capability by using conductive polymer. | ||
APSF2R5ELL821MF08S | CHEMI-CON | 获取价格 | ![]() |
Super low ESR and high ripple current capability by using conductive polymer. | ||
APSF2R5ELL561MF08S | CHEMI-CON | 获取价格 | ![]() |
Super low ESR and high ripple current capability by using conductive polymer. | ||
APSF2R5ELL471MF08S | CHEMI-CON | 获取价格 | ![]() |
Super low ESR and high ripple current capability by using conductive polymer. | ||
APSF2R5ELL331MF08S | CHEMI-CON | 获取价格 | ![]() |
Super low ESR and high ripple current capability by using conductive polymer. | ||
APSF2R0ELL102MF08S | CHEMI-CON | 获取价格 | ![]() |
Super low ESR and high ripple current capability by using conductive polymer. |
UNITED CHEMI-CON, INC. (贵弥功) 经销商与分销商
公司名称 | 类型 | 国家 | 官网 | 地址 |
富昌电子 | 分销商 | 中国 | https://www.futureelectronics.cn/ | 上海市浦东新区东育路221弄11号前滩世贸中心三期B座三楼 |
艾睿电子 | 分销商 | 中国 | https://www.arrow.cn/ | 上海市静安区裕通路100号宝矿洲际商务中心12层艾睿电子 |
贸泽电子 | 分销商 | 中国 | https://www.mouser.cn/ | 上海市长宁区娄山关路555号长房国际广场办公楼2506-2510室 |
UNITED CHEMI-CON, INC. (贵弥功) 热门型号