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 | | ||
Micro DCDC converter • Low EMI noise and small footprint using inductor-imbedded ferrite substrate\r\n• High efficiency using synchronous rectifier technology and PFM/PWM auto-select function\r\n• Input voltage range : 2.3~5.5V\r\n• Maximum Load Current: 600mA (depends on output voltage)\r\n• Fixed output voltage: 0.8V ; | MURATA 村田 | | ||
Micro DCDC converter • Low EMI noise and small footprint using inductor-imbedded ferrite substrate\r\n• High efficiency using synchronous rectifier technology and PFM/PWM auto-select function\r\n• Input voltage range : 2.3~5.5V\r\n• Maximum Load Current: 600mA (depends on output voltage)\r\n• Fixed output voltage: 0.8V ; | 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 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 | | ||
Micro DCDC converter • Low EMI noise and small footprint using inductor-imbedded ferrite substrate\r\n• High efficiency using synchronous rectifier technology and PFM/PWM auto-select function\r\n• Input voltage range : 2.3~5.5V\r\n• Maximum Load Current: 600mA (depends on output voltage)\r\n• Fixed output voltage: 0.8V ; | 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 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 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 | | ||
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 | | ||
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 | | ||
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
- 系列：
LXDC2HN
- 工作温度：
-40℃~+85℃
- 安装类型：
SMT
- 封装/外壳：
bH
- 输出功率：
1W
- 输出电压：
2.5V
- 类型：
Non-Isolated POL Module
- 长x宽/尺寸：
2.50 x 2.00mm
- 输出电流：
500mA
- 高度：
1.20mm
- 原始制造商：
cB
- 原产国家：
Japan
- 应用等级：
Industrial
- 元件生命周期：
Active
- 输入电压：
3.5V~5.5V
| 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(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) |
2021/2022+ |
标准封装 |
20000 |
原厂原装现货订货价格优势终端BOM表可配单提供样品 |
LXDC规格书下载地址
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LXDC数据表相关新闻
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LX8415系列IC是正面的低降（LDO）稳压器。所设计的最大负载电流，LX8415系列压差保证在0.5A，1.3V或更低。 “压降随负载电流。LX8415是一个可调输出电压版本和固定2.5V和3.3V输出版本。片上修剪内部电压引用允许的规格初始输出电压在±1％其标称值。输出currentlimit一点也修剪，这有助于既是监管机构的压力，以尽量减少系统电源时短路条件下操作。该稳压器的内部电路将运行在输入至差分输出电压下降到1V。大多数稳压器电路设计输出电容值在几十到几百微法的范围或更长时间。 LX8415通常需要至少10μF的输出电容稳定运行。LX8415是在lowprofile塑料SOT -
2013-1-18LX8117-00CDDT-正可调稳压器
LX8117/8117A/8117B系列积极的低压降（LDO）稳压器。在设计最大负载电流，LX8117系列压差保证要在0.8A1.2V或更低（LX8117A1.3V@ 1A）。辍学输出电压随负载电流。可调输出电压版本LX8117/17A/17B是，以及与固定输出版本2.5V，2.85V，3.3V和5V。在2.85V版本是专为使用作为有源终端的一个组成部分SCSI总线网络。片上修剪，内部参考电压允许规范的初始输出内±1％，其标称电压为值。输出电流限制点也修剪了，这有助于减少稳压器和应力当他们的系统电源短路条件下运行。该稳压器的内部电路将在输入至差分输出操作电压下降到1V。大多数稳压器电路设计输出
2013-1-18
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