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LXDC价格
参考价格：￥5.1196
型号：LXDC2HL10A-080 品牌：Murata 备注：这里有LXDC多少钱，2026年最近7天走势，今日出价，今日竞价，LXDC批发/采购报价，LXDC行情走势销售排行榜，LXDC报价。| 型号 | 功能描述 | 生产厂家 企业 | LOGO | 操作 |
|---|---|---|---|---|
LXDC | Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 |   | |
Low EMI noise and small footprint using inductor-imbedded ferrite substrate Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint using inductor-imbedded ferrite substrate Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint using inductor-imbedded ferrite substrate Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint using inductor-imbedded ferrite substrate Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint using inductor-imbedded ferrite substrate Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint using inductor-imbedded ferrite substrate Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint using inductor-imbedded ferrite substrate Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint using inductor-imbedded ferrite substrate Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint using inductor-imbedded ferrite substrate Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Micro DCDC converter Features Low EMI noise and small footprint using inductor-imbedded ferrite substrate High efficiency using synchronous rectifier technology Selectable operating mode (PWM forced or PFM/PWM auto-select) Input voltage range: 2.7 - 5.5V Output voltage: 1.2 - 3.3V Maximu | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Micro DCDC converter Description The LXDC3EP series is a 1A output step-down DCDC converter, which is suitable for a space-limited or a noisesensitive application. The device utilizes an inductor-embedded ferrite substrate, and the substrate eliminates radiated EMI noise and conduction noise efficiently. By just put | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Low EMI noise and small footprint due to Murata?셲 inductor-embedded ferrite substrate technology Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
Small footprint Buck converter for up to 3A output current application Features ● Low EMI noise and small footprint due to Murata’s inductor-embedded ferrite substrate technology ● High efficiency using synchronous rectifier technology and PFM/PWM auto-select function (forced mode available on some models) ● Input voltage range = 2.3–5.5V ● Load currents availabl | MURATA 村田 | | ||
封装/外壳：4-SMD 模块 包装：托盘 描述：DC DC CONVERTER 1V 电源 - 板安装 直流转换器 | ETC 知名厂家 | ETC | | |
封装/外壳：4-SMD 模块 包装：托盘 描述：DC DC CONVERTER 1V 电源 - 板安装 直流转换器 | ETC 知名厂家 | ETC | | |
Low EMI noise and small footprint (5mm2) using inductor-embedded ferrite substrate 文件：1.15113 Mbytes Page：24 Pages | MURATA 村田 | | ||
Low EMI noise and small footprint (5mm2) using inductor-embedded ferrite substrate 文件：1.15113 Mbytes Page：24 Pages | MURATA 村田 | | ||
Micro DCDC converter | MURATA 村田 | | ||
Low EMI noise and small footprint (5mm2) using inductor-embedded ferrite substrate 文件：1.15113 Mbytes Page：24 Pages | MURATA 村田 | | ||
Low EMI noise and small footprint (5mm2) using inductor-embedded ferrite substrate 文件：1.15113 Mbytes Page：24 Pages | MURATA 村田 | | ||
Micro DCDC converter | MURATA 村田 | | ||
Low EMI noise and small footprint (5mm2) using inductor-embedded ferrite substrate 文件：1.15113 Mbytes Page：24 Pages | MURATA 村田 | | ||
Micro DCDC converter | MURATA 村田 | | ||
Low EMI noise and small footprint (5mm2) using inductor-embedded ferrite substrate 文件：1.15113 Mbytes Page：24 Pages | MURATA 村田 | | ||
Low EMI noise and small footprint (5mm2) using inductor-embedded ferrite substrate 文件：1.15113 Mbytes Page：24 Pages | MURATA 村田 | | ||
Low EMI noise and small footprint (5mm2) using inductor-embedded ferrite substrate 文件：1.15113 Mbytes Page：24 Pages | MURATA 村田 | | ||
Buck-Boost DC-DC converter 文件：1.08116 Mbytes Page：23 Pages | MURATA 村田 | | ||
Low EMI noise using an inductor-embedded ferrite substrate 文件：1.45031 Mbytes Page：25 Pages | MURATA 村田 | | ||
Low EMI noise using an inductor-embedded ferrite substrate 文件：1.45031 Mbytes Page：25 Pages | MURATA 村田 | | ||
Low EMI noise using an inductor-embedded ferrite substrate 文件：1.45031 Mbytes Page：25 Pages | MURATA 村田 | | ||
Low EMI noise using an inductor-embedded ferrite substrate 文件：1.45031 Mbytes Page：25 Pages | MURATA 村田 | | ||
Low EMI noise using an inductor-embedded ferrite substrate 文件：1.45031 Mbytes Page：25 Pages | MURATA 村田 | | ||
Low EMI noise using an inductor-embedded ferrite substrate 文件：1.45031 Mbytes Page：25 Pages | MURATA 村田 | |
LXDC产品属性
- 类型
描述
- 型号
LXDC
- 制造商
MURATA
- 制造商全称
Murata Manufacturing Co., Ltd.
- 功能描述
Low EMI noise and small footprint due to Murataa??s inductor-embedded ferrite substrate technology
| IC供应商 | 芯片型号 | 品牌 | 批号 | 封装 | 库存 | 备注 | 价格 |
|---|---|---|---|---|---|---|---|
MURATA(村田) |
25+ |
14-SMD 模块 |
21000 |
原装正品现货,原厂订货,可支持含税原型号开票。 |
|||
MURATA |
2016+ |
SMD |
27000 |
只做原装,假一罚十,公司可开17%增值税发票! |
|||
MURATA |
25+23+ |
New |
32355 |
绝对原装正品现货,全新深圳原装进口现货 |
|||
MURATA/村田 |
2023+ |
SMD |
4000 |
原厂全新正品旗舰店优势现货 |
|||
MURATA/村田 |
25+ |
SMD |
880000 |
明嘉莱只做原装正品现货 |
|||
MURATA(村田) |
25+ |
14-SMD 模块 |
21000 |
原装正品现货,原厂订货,可支持含税原型号开票。 |
|||
MURATA/村田 |
2025+ |
SMD |
3363 |
原装进口价格优 请找坤融电子! |
|||
MURATA |
17+ |
SMD |
6200 |
100%原装正品现货 |
|||
MURATA/村田 |
25+ |
SMD |
30000 |
房间原装现货特价热卖,有单详谈 |
|||
MURATA/村田 |
24+ |
SMD |
5000 |
全新原装正品,现货销售 |
LXDC规格书下载地址
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DdatasheetPDF页码索引
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