微功率电源模块供应爱浦电子直供

产品典型特性◆定电压输入，隔离非稳压输出，输出功率2W ◆转换效率高达86%◆小型SIP 封装◆无需外加元件◆隔离电压6000VDC◆工作环境温度：-40℃～+85℃◆塑料外壳，满足UL94-V0要求测试条件：如无特殊指定，所有参数测试均在标称输入电压、纯阻性额定负载及25℃室温环境下测得。

应用领域广泛应用于仪器仪表、通信、纯数字电路、一般低频模拟电路、继电器驱动电路、数据交换电路等领域产品选型列表产品型号输入电压范围(VDC)输出电压/电流（Vo/Io ）输入电流(mA)标称电压最大容性负载纹波&噪声Max 效率(%)@输出满载，输入标称电压标称值范围电压(VDC)电流（mA ）MAX./Min.满载typ.空载typ.uF mVp-p Min.Typ.FN2-05S05H654.5-5.554004742210001507981FN2-05S09H69222470254701508183FN2-05S12H612167519504701507577FN2-05S15H615133519504701507577FN2-05S24H62483506504701507779FN2-12S05H61210.8-13.254002001110001508082FN2-12S09H69222192134701508486FN2-12S12H6121671891310001508688FN2-12S15H6151331931710001508486FN2-24S05H62421.6-26.45400102810001507981FN2-24S12H6121679656801508486FN2-24S15H615133105154701508082FN2-24S24H6248398116801508385FN2-05D05H65 4.5-5.5±5±200481286801507476FN2-05D12H6±12±83425316801507981FN2-05D15H6±15±67519802201507678FN2-12D05H61210.8-13.2±5±200202126801508183FN2-12D09H6±9±110214354701507678FN2-12D12H6±12±83208352201507678FN2-12D15H6±15±671901410001508486FN2-24D05H62421.6±5±200111154701507577-26.4FN2-24D12H6±12±83104152201507880FN2-24D15H6±15±679810100015084861、“*”为开发中型号；2、为了确保该模块能够高效可靠的工作，使用时，其输出最小负载不能小于额定负载的10%。

上海远求自动化科技有限公司是一家专业从事电子元器件及自动化产品销售和技术服务的高新企业。

通过十几年坚持不懈的努力远求自动化现已成长为国内电子元器件及自动化行业首选的合作伙伴。

公司专业代理德国艾赛斯IXYS、德国西门康/赛米控SEMIKRON、德国英飞凌/欧派克Infineon/EUPEC、日本富士FUJI、日本东芝TOSHIBA、日本三菱Mitsubishi、美国国际整流器IR、瑞士ABB、英国丹尼克斯DYNEX等功率半导体器件常备库存特价供应欢迎您的来电、来函询价我们将竭诚为您服务业务联系电?21-64421290 传真************业务QQ1051086256 手机158****7980邮箱 网址 联系人沈阳艾赛斯功率半导体模块/艾赛斯MOSFET/艾赛斯场效应晶体管/艾赛斯MOS管模块/艾赛斯IGBT模块/艾赛斯可控硅模块/艾赛斯二极管/艾赛斯晶闸管模块/艾赛斯二极管模块/艾赛斯整流桥模块/艾赛斯三相整流桥/艾赛斯单相整流桥/艾赛斯快速二极管模块/艾赛斯快恢复二极管模块/艾赛斯肖特基/艾赛斯电源管理IC等IXYS功率半导体模块/IXYS MOSFET/IXYS场效应晶体管/IXYS MOS管模块/IXYS IGBT模块/IXYS可控硅模块/IXYS二极管/IXYS晶闸管模块/ IXYS二极管模块/IXYS整流桥模块/IXYS三相整流桥/IXYS单相整流桥/IXYS快速二极管模块/IXYS快恢复二极管模块/IXYS肖特基/IXYS电源管理IC等---------------------------------------------------------------------------------------------------------------------- 专业代理德国艾赛斯IXYS全系列产品库存充足全国价格最低●Trench Gate Power MOSFETs Very Low RDSonIXTP64N055T IXTY64N055TIXTC220N055T IXTC240N055T IXTC280N055T IXTF280N055T IXTA220N055T IXTA220N055T7 IXTH220N055T IXTP220N055T IXTQ220N055T IXTA240N055T IXTA240N055T7 IXTH240N055T IXTP240N055T IXTQ240N055T IXTH280N055T IXTQ280N055T IXTV280N055T IXTV280N055TS IXTU12N06T IXTY12N06T IXTP55N075T IXTY55N075T IXTC200N075T IXTC220N075T IXTC250N075T IXTF250N075T IXTA200N075T IXTA200N075T7 IXTH200N075T IXTP200N075T IXTQ200N075T IXTA220N075T IXTA220N075T7 IXTH220N075T IXTP220N075T IXTQ220N075T IXTH250N075T IXTQ250N075T IXTV250N075T IXTV250N075TS IXTP50N085T IXTY50N085T IXTA70N085T IXTP70N085T IXTA88N085TIXTA88N085T7 IXTP88N085T IXTC180N085T IXTC200N085T IXTC230N085T IXTF230N085T IXTA152N085T IXTA152N085T7 IXTH152N085T IXTP152N085T IXTQ152N085T IXTA180N085T IXTA180N085T7 IXTH180N085T IXTP180N085T IXTQ180N085T IXTA200N085T IXTA200N085T7 IXTH200N085T IXTP200N085T IXTQ200N085T IXTH230N085T IXTQ230N085T IXTV230N085T IXTV230N085TS IXTP44N10T IXTY44N10T IXTA60N10T IXTP60N10T IXTA80N10T IXTA80N10T7 IXTP80N10T IXTC160N10T IXTC180N10T IXTC200N10T IXTF200N10TIXTA130N10T IXTA130N10T7 IXTH130N10T IXTP130N10T IXTQ130N10TIXTA160N10T IXTA160N10T7 IXTH160N10T IXTP160N10T IXTQ160N10TIXTA180N10T IXTA180N10T7 IXTH180N10T IXTP180N10T IXTQ180N10TIXTH200N10T ICTN200N10T IXTQ200N10T IXTV200N10T IXTV200N10TSIXTN320N10T IXUN350N10 IXTA42N15T IXTP42N15T IXTA56N15T IXTP56N15T IXTA90N15T IXTH90N15T IXTP90N15T IXTQ90N15T IXTA102N15TIXTH102N15T IXTP102N15T IXTQ102N15T IXTH130N15T IXTQ130N15TIXTV130N15TS IXTH160N15T IXFH150N17T IXTH150N17T IXTA32N20TIXTP32N20T IXTA48N20T IXTH48N20T IXTP48N20T IXTQ48N20T IXTC102N20TIXTA60N20T IXTP60N20T IXTQ60N20T IXTA86N20T IXTH86N20T IXTP86N20T IXTQ86N20T IXTH102N20T IXTQ102N20T IXTV102N20T IXTV102N20TSIXTH130N20T IXTV130N20TS IXTA50N25T IXTH50N25T IXTP50N25TIXTQ50N25T IXTC110N25T IXTA76N25T IXTH76N25T IXTP76N25T IXTQ76N25T IXTH86N25T IXTQ86N25T IXTV86N25T IXTH96N25T IXTQ96N25T IXTV96N25T IXTH110N25T IXTV110N25TS IXTA50N28T IXTQ80N28T---------------------------------------------------------------------------------------------------------------------- ●TrenchT2TM Power MOSFETsIXTA100N04T2 IXTP100N04T2IXTA120N04T2 IXTP120N04T2 IXTA220N04T2 IXTP220N04T2 IXTA220N04T2-7 IXTA90N055T2 IXTP90N055T2 IXTA110N055T2 IXTP110N055T2 IXTA200N055T2 IXTP200N055T2 IXTA70N075T2 IXTP70N075T2 IXTA90N075T2 IXTP90N075T2 IXTA170N075T2 IXTP170N075T2---------------------------------------------------------------------------------------------------------------------- ●PolarTM N-Channel Power MOSFETs Low Voltage TypesIXTA110N055P IXTP110N055P IXTQ110N055P IXTQ150N06P IXTQ200N06P IXTA75N10PIXTP75N10P IXTQ75N10P IXTQ110N10P IXTT110N10P IXTR200N10PIXTQ140N10P IXTT140N10P IXTK170N10P IXTQ170N10P IXTT170N10PIXTK200N10P IXTA62N15P IXTP62N15P IXTQ62N15P IXTQ96N15P IXTT96N15P IXTQ120N15P IXTT120N15P IXTK150N15P IXTQ150N15P IXTK180N15PIXTP50N20PM IXTA50N20P IXTP50N20P IXTQ50N20P IXTQ74N20P IXTT74N20P IXTH96N20P IXTQ96N20P IXTT96N20P IXTK120N20P IXTQ120N20PIXTK140N20P IXTA42N25P IXTP42N25P IXTQ42N25P IXTQ64N25P IXTT64N25P IXTK82N25P IXTQ82N25P IXTT82N25P IXTK100N25P IXTQ100N25PIXTT100N25P IXTK120N25P IXTA36N30P IXTP36N30P IXTQ36N30P IXTQ52N30P IXTT52N30P IXTQ69N30P IXTT69N30P IXTH88N30P IXTK88N30P IXTQ88N30P IXTT88N30P IXTK102N30P IXTP1R6N50P IXTY1R6N50P IXTP2R4N50PIXTY2R4N50P IXTA3N50P IXTP3N50P IXTY3N50P IXTP8N50PM IXTA5N50P IXTP5N50P IXTU5N50P IXTY5N50P IXTA6N50P IXTP6N50P IXTP12N50PMIXTA8N50P IXTP8N50P IXTA12N50P IXTI12N50P IXTP12N50P IXTC26N50P IXTA16N50P IXTP16N50P IXTP16N50PM IXTQ16N50P IXTH22N50P IXTQ22N50P IXTV22N50P IXTV22N50PS IXTQ26N50P IXTT26N50P IXTV26N50PIXTV26N50PS IXTH30N50P IXTQ30N50P IXTT30N50P IXTV30N50PIXTV30N50PS IXTH36N50P IXTQ36N50P IXTT36N50P IXTV36N50PIXTV36N50PS IXTQ44N50P IXTP1R4N60P IXTU1R4N60P IXTY1R4N60PIXTP2N60P IXTY2N60P IXTA3N60P IXTP3N60P IXTY3N60P IXTA4N60PIXTP4N60P IXTU4N60P IXTY4N60P IXTP7N60PM IXTA5N60P IXTP5N60PIXTP10N60PM IXTA7N60P IXTP7N60P IXTP18N60PM IXTA10N60P IXTI10N60P IXTP10N60P IXTP14N60PM IXTA14N60P IXTP14N160P IXTQ14N60PIXTQ18N60P IXTV18N60P IXTV18N60PS IXTQ22N60P IXTV22N60PIXTV22N60PS IXTH26N60P IXTQ26N60P IXTT26N60P IXTV26N60PIXTV26N60PS IXTH30N60P IXTQ30N60P IXTT30N60P IXTV30N60PIXTV30N60PS IXTA2N80P IXTP2N80P IXTU2N80P IXTY2N80P IXTA4N08PIXTP4N08P IXTA08N100P IXTP08N100P IXTY08N100P IXTA1N100P IXTP1N100P IXTY1N100P IXTA1R4N100P IXTP1R4N100P IXTY1R4N100P IXTA2N100PIXTP2N100P IXTY2N100P IXTA3N100P IXTH3N100P IXTP3N100P IXTA06N120P IXTP06N120P IXTA08N120P IXTP08N120P IXTA1N120P IXTP1N120PIXTA1R4N120P IXTP1R4N120P IXTA2R4N120P IXTH2R4N120P IXTP2R4N120P ---------------------------------------------------------------------------------------------------------------------- 欢迎您的来电、来函询价我们将竭诚为您服务业务联系电话************传真************业务QQ1051086256 手机158****7980邮箱 网址/ 联系人沈阳---------------------------------------------------------------------------------------------------------------------- 专业代理德国艾赛斯IXYS全系列产品库存充足全国价格最低●PolarN-Channel HiperFET with Fast Intrinsic Diode Low Voltage TypesIXFC110N10P IXFH110N10P IXFV110N10P IXFV110N10PS IXFR200N10P IXFH140N10PIXFT140N10P IXFH170N10P IXFK170N10P IXFK200N10P IXFN200N10PIXFX200N10P IXFC96N15P IXFH96N15P IXFV96N15P IXFV96N15PSIXFR180N15P IXFH120N15P IXFT120N15P IXFH150N15P IXFK150N15PIXFN180N15P IXFK180N15P IXFX180N15P IXFC74N20P IXFH74N20PIXFV74N20P IXFV74N20PS IXFR140N20P IXFH96N20P IXFT96N20P IXFV96N20P IXFN140N20P IXFH120N20P IXFK120N20P IXFK140N20P IXFH100N25PIXFK120N25P IXFX120N25P IXFC52N30P IXFH52N30P IXFV52N30PIXFV52N30PS IXFR102N30P IXFH69N30P IXFT69N30P IXFR140N30PIXFN102N30P IXFH88N30P IXFK88N30P IXFK102N30P IXFN140N30PIXFK140N30P IXFX140N30P IXFP3N50PM IXFP5N50PM IXFP8N50PMIXFP120N50PM IXFC16N50P IXFA12N50P IXFP12N50P IXFC26N50P IXFA16N50P IXFH16N50P IXFP16N50P IXFC36N50P IXFR36N50P IXFH22N50P IXFV22N50P IXFV22N50PS IXFR44N50P IXFH26N50P IXFV26N50P IXFV26N50PS IXFH30N50P IXFT30N50P IXFV30N50P IXFV30N50PS IXFR64N50P IXFH36N50P IXFT36N50P IXFV36N50P IXFV36N50PS IXFH44N50P IXFK44N50P IXFT44N50P IXFR80N50P IXFN64N50P IXFK64N50P IXFX64N50P IXFN80N50P IXFL100N50P IXFK80N50P IXFX80N50P IXFN100N50P IXFB100N50P IXFC14N60P IXFA10N60P IXFP10N60P IXFC22N60P IXFA14N60P IXFH14N60P IXFP14N60P IXFC30N60P IXFR30N60P IXFH18N60P IXFV18N60P IXFV18N60PS IXFR36N60P IXFH22N60P IXFV22N60P IXFV22N60PS IXFH26N60P IXFT26N60P IXFV26N60P IXFV26N60PS IXFH30N60P IXFT30N60P IXFV30N60P IXFV30N60PS IXFR48N60P IXFH36N60P IXFK36N60P IXFT36N60P IXFR64N60P IXFN48N60P IXFK48N60P IXFX48N60P IXFN64N60P IXFK64N60P IXFX64N60P IXFB82N60P IXFL82N60P IXFN82N60P IXFP7N80PM IXFC10N80P IXFA7N80P IXFI7N80P IXFP7N80P IXFC12N80P IXFC14N80PIXFC16N80P IXFA10N80P IXFH10N80P IXFP10N80P IXFQ10N80P IXFC20N80P IXFR20N80P IXFH12N80P IXFQ12N80P IXFV12N80P IXFV12N80PS IXFH14N80P IXFQ14N80P IXFR24N80P IXFT14N80P IXFV14N80P IXFV14N80PS IXFH16N80P IXFT16N80P IXFV16N80P IXFV16N80PS IXFH20N80P IXFT20N80P IXFV20N80P IXFV20N80PS IXFR32N80P IXFH24N80P IXFK24N80P IXFT24N80P IXFR44N80P IXFN32N80P IXFK32N80P IXFX32N80P IXFN44N80P IXFL60N80P IXFK44N80P IXFX44N80P IXFN60N80P IXFB60N80P IXFA4N100P IXFP4N100P IXFA5N100P IXFP5N100P IXFA7N100P IXFP7N100P IXFR15N100P IXFH10N100PIXFV10N100P IXFV10N100PS IXFR20N100P IXFH12N100P IXFR12N100PIXFV12N100P IXFV12N100PS IXFH15N100P IXFV15N100P IXF V15N100PSIXFR26N100P IXFR32N100P IXFH20N100P IXFT20N100P IXFN26N100PIXFK26N100P IXFX26N100P IXFN32N100P IXFL38N100P IXFK32N100PIXFX32N100P IXFL44N100P IXFN44N100P IXFN38N100P IXFB44N100PIXFR30N110P IXFL40N110P IXFN30N110P IXFL36N110P IXFK30N110PIXFX30N110P IXFN40N110P IXFN36N110P IXFB40N110P IXFR16N120PIXFH12N120P IXFV12N120P IXFV12N120PS IXFR20N120P IXFR26N120PIXFH16N120P IXFT16N120P IXFL30N120P IXFK20N120P IXFX20N120PIXFN20N120P IXFN26N120P IXFL32N120P IXFK26N120P IXFX26N120PIXFB30N120P IXFN30N120P IXFN32N120P---------------------------------------------------------------------------------------------------------------------- ●Legacy Standard N-Channel Power MOSFETIXTA1N80 IXTP1N80IXTY1N80 IXTA2N80 IXTP2N80 IXTU01N100 IXTY01N100 IXTA1N100IXTH1N100 IXTP1N100 IXTT1N100 IXTP2N100 IXTA05N100 IXTP05N100IXTA3N120 IXTH3N120 IXTP3N120 IXTH6N120 IXTT6N120 IXTH12N120---------------------------------------------------------------------------------------------------------------------- ●HiPerFETTM Power MO SFET With Fast Intrinsic DiodeIXFK180N07IXFN180N07 IXFX180N07 IXFN340N07 IXFK180N10 IXFN180N10 IXFX180N10 IXFN230N10 IXFK44N60 IXFN44N60 IXFR44N60 IXFX44N60 IXFK24N100IXFN24N100 IXFX24N100 IXFN34N100 IXFN36N100 IXFA3N120 IXFP3N120---------------------------------------------------------------------------------------------------------------------- 欢迎您的来电、来函询价我们将竭诚为您服务业务联系电话************传真************业务QQ1051086256 手机158****7980邮箱 网址/ 联系人沈阳---------------------------------------------------------------------------------------------------------------------- 专业代理德国艾赛斯IXYS全系列产品库存充足全国价格最低●Q-Class HiPerFET with Fast Intrinsic DiodeIXFH75N10Q IXFH80N10Q IXFT80N10QIXFH58N20Q IXFR58N20Q IXFT58N20Q IXFH80N20Q IXFK80N20Q IXFR80N20Q IXFT80N20Q IXFH40N30Q IXFT40N30Q IXFH52N30Q IXFK52N30Q IXFT52N30Q IXFE73N30Q IXFK73N30Q IXFN73N30Q IXFX73N30Q IXFH26N50Q IXFR26N50Q IXFT26N50Q IXFH28N50Q IXFH32N50Q IXFJ32N50Q IXFK32N50Q IXFR32N50Q IXFT32N50Q IXFX32N50Q IXFE48N50Q IXFK48N50Q IXFN48N50Q IXFR48N50Q IXFX48N50Q IXFH26N60Q IXFK26N60Q IXFR26N60Q IXFT26N60Q IXFH15N80Q IXFR15N80Q IXFT15N80Q IXFH20N80Q IXFK20N80Q IXFT20N80Q IXFK27N80Q IXFN27N80Q IXFX27N80Q IXFH12N90Q IXFM12N90Q IXFT12N90Q IXFH16N90Q IXFK16N90Q IXFT16N90Q IXFA4N100Q IXFH4N100Q IXFP4N100Q IXFR4N100Q IXFT4N100Q IXFH6N100Q IXFT6N100Q IXFH12N100Q IXFR12N100QIXFT12N100Q IXFH15N100Q IXFK15N100Q IXFT15N100Q IXFK21N100QIXFN21N100Q IXFR21N100Q IXFX21N100Q---------------------------------------------------------------------------------------------------------------------- ●Q2-Class HiPerFET with Fast Intrinsic Diode Very High SpeedIXFH40N50Q2 IXFK40N50Q2 IXFR40N50Q2 IXFK66N50Q2 IXFN66N50Q2 IXFR66N50Q2IXFX66N50Q2 IXFB80N50Q2 IXFF80N50Q2 IXFL80N50Q2 IXFN80N50Q2IXFK52N60Q2 IXFX52N60Q2 IXFB70N60Q2 IXFN70N60Q2 IXFK38N80Q2IXFN38N80Q2 IXFR38N80Q2 IXFX38N80Q2 IXFB50N80Q2 IXFN50N80Q2IXFH14N100Q2 IXFR14N100Q2 IXFK30N100Q2 IXFX30N100Q2 IXFB38N100Q2 IXFL38N100Q2 IXFN38N100Q2---------------------------------------------------------------------------------------------------------------------- ●Linear Power MOSFETS High Voltage SOAIXTH30N50L2 IXTQ30N50L2 IXTT30N50L2 IXTH24N50L IXTK46N50L IXTN46N50L IXTX46N50L IXTB62N50LIXTN62N50L IXTH12N100L IXTK22N100L IXTN22N100L IXTX22N100LIXTB30N100L IXTN30N100L IXTK17N120L IXTN17N120L IXTN8N150L---------------------------------------------------------------------------------------------------------------------- ●PolarPTM P-Channel Power MOSFETSIXTA52P10P IXTH52P10PIXTP52P10P IXTQ52P10P IXTH90P10P IXTT90P10P IXTK170P10P IXTN170P10P IXTX170P120P IXTA36P15P IXTP36P15P IXTQ36P15P IXTA26P20P IXTH26P20P IXTP26P20P IXTQ26P20P IXTH48P20P IXTT48P20P IXTK90P20P IXTN90P20P IXTR90P20P IXTX90P20P IXTA10P50P IXTH10P50P IXTP10P50P IXTQ10P50P IXTH20P50P IXTT20P50P IXTK40P50P IXTN40P50P IXTR40P50P IXTX40P50P IXTH16P60P IXTT16P60P IXTK32P60P IXTN32P60P IXTX32P60P---------------------------------------------------------------------------------------------------------------------- ●TrenchPTM P-Channel Power MOSFETsIXTA32P05T IXTP32P05TIXTA28P065T IXTP28P065T IXTA24P085T IXTP24P085T IXTA18P10TIXTP18P10T---------------------------------------------------------------------------------------------------------------------- ●CoolMOSTM Power MOSFETsIXKC20N60C IXKC40N60C IXKR40N60C IXKN40N60C IXKH47N60C IXKN75N60C IXKK85N60C IXKC13N80CIXKC25N80C IXKR25N80C IXKN45N80C IXKP10N60C5 IXKP10N60C5MIXKP13N60C5 IXKP13N60C5M IXKP20N60C5 IXKP20N60C5M IXKH20N60C5 IXKC15N60C5 IXKP24N60C5 IXKP24N60C5M IXKH24N60C5 IXKC19N60C5 IXKH30N60C5 IXKC23N60C5 IXKP35N60C5 IXKH35N60C5 IXKR47N60C5IXKH70N60C5 IXKT70N60C5 IXKF40N60SCD1 FMD15-06KC5 FMD40-06KC FMD47-06KC5 FDM15-06KC5 FDM47-06KC5 LKK47-06C5---------------------------------------------------------------------------------------------------------------------- ●MOSFET ModulesVMO550-01F VMO650-01F VMO1200-01FVMO580-02F VMO1600-02P VMO60-05F VMK165-007T FMK75-01F VMK90-02T2 FMM75-01F VMM650-01F VMM45-02F VMM85-02F VMM300-03F VMM90-09F VHM40-06P1 VKM60-01P1 VKM40-06P1 FMD21-05QC FMD40-06KCFMD15-06KC5 FMD47-06KC5 FDM15-06KC5 FDM47-06KC5 FMM150-0075P VMM1500-0075P FMM75-01F VMM1000-01P FMM65-015P VMM350-0075PVMM200-01P GWM220-004P3-SL GWM220-004P3-SMD GWM220-004X1-SL GWM220-004X1-SMD GWM160-0055X1-SL GWM160-0055X1-SMDGWM120-0075X1-SL GWM120-0075X1-SMD GWM100-0085X1-SMDGWM100-01X1-SL GWM100-01X1-SMD GMM3×160-0055X2-SMDGMM3×120-0075X2-SMD FDM100-0045SP。

产品典型特性◆ 宽范围输入：85-275VAC/120-390VDC ◆ 空载功率：≤0.40W ◆ 转换效率：典型84% ◆ 开关频率：65KHz 典型 ◆ 保护种类：短路、过流保护 ◆ 隔离电压：3000Vac ◆ 安全等级：CLASS II 应用领域DA36-220SXXG4N4-----是爱浦为客户提供的高效率电源。

该系列电源具有全球输入电压范围、交直流两用、低纹波，低温升、低功耗、高效率、高可靠性、高安全隔离等优点。

该系列产品在工业、办公及民用等多个领域都有重要的应用。

产品选型列表认 证型 号输 出 规 格最大容 性负载（MAX ）纹波及噪声 20MHz （MAX ）效率@满载，220Vac （典型值）功 率电 压1电 流1电 压2电 流2（W ）Vo1（V ） Io1（m A ） Vo2（V ）Io2（m A ）u F mVp-p % -DA36-220S12G4N436+123000--600018084DA36-220S24G4N436+241500600020086注1：因篇幅有限，以上只是部分产品列表，若需列表以外产品，请与本公司销售部联系。

注2：由于测试设备的仪器误差定义最低效率为典型值的-2%。

注3：输出效率典型值是以产品满载老化半小时后为准。

输入特性项 目工作条件最 小典 型最 大单 位输入电压范围交流输入85220275VAC直流输入120 300 390 VDC 输入频率范围- 47 50 63 Hz输入电流100VAC--0.75A 220VAC--0.45浪涌电流100VAC - - 20220VAC - - 25空载功耗输入100VAC -- 0.40 W 输入220VAC -漏电流- 0.5mA TYP/230VAC/50Hz 保险管推荐值- 3.15A-5A/250VAC慢断保险管热插拔- 不支持遥控端- 无遥控端输出特性项目工作条件最小典型最大单位电压精度输入全电压范围,任何负载Vo1 - ±1.0 ±2.0 %Vo2 - - - %线性调节率标称负载Vo1 - - ±1.0 %Vo2 - - - %负载调节率输入标称电压20%~100%负载Vo1 - - ±1.5 %Vo2 - - - %最小负载单路输出10 - - %正负双路共地输出- - -% 正负双路隔离输出- - -启动延迟时间输入165Vac（满载）-600-mS 输入220Vac（满载）- -掉电保持时间输入165VAC（满载）-65-mS 输入220VAC（满载）- -动态响应25%~50%~25%50%~75%~50%过冲幅度（%）：≤±5.0 %恢复时间（mS）：≤5.0 mS输出过冲输入全电压范围≤10%Vo % 短路保护可长期短路，自恢复打隔式漂移系数- - ±0.03% - %/℃过流保护输入220VAC ≥130% Io 可自恢复打隔式纹波噪声- - 120 180 mV纹波及噪声的测试方法采用双绞线测试法，具体测试方法及搭配见后面（纹波&噪声测试说明）即可。

基于爱浦电子电源模块的电源滤波器设计基于VICOR电源模块的电源滤波器设计基于VICOR电源模块的电源滤波器设计本文介绍了基于VICOR电源模块的输出滤波器设计方案，并讨论了开关电源噪声消除的办法，既适合于不同厂商生产的开关电源的输出滤波，也适用于其他要求高稳定度、高精度电源的电路的输入滤波。

VICOR公司是美国著名的开关电源生产厂商，其标志产品是直流; 直流变换器(DC-DC),以高的功率密度（7.3W/cm^3），效率高于80%和优异的可靠性指标著称，广泛用于航空航天领域。

VICOR的DC-DC模块采用的是准谐振零电流开关技术(ZCS-QRCs)，利用LC谐振回路使开关管在开通期间内谐振，流过开关管的电流为半波正弦波。

而开关过程发生在电流为零的时刻，实现零电流开关，在关断期间内，开关管两端承受的电压等于电源电压。

ZCS-QRCs技术也称为软开关技术，开关过程中的电流为零，已经大大减小了功率损耗、提高了转换效率和可能产生的电压尖峰，但是由于器件本身的原因，仍然有两个主要的途径产生噪声。

（1）由于开关器件、整流管同基板之间存在寄生电容Cs，该电容在开关器件断开期间将存储的能量（C s Vin2/2）通过开关器件泻放掉，一方面使电路损耗增大，另一方面由于电压变化率过大，将引起米勒效应，产生严重的开关噪声，如图1 所示。

（2）整流管在恢复期间的反向电流曲线可能存在的较大的斜率（dI/dt），也会产生高频噪声，因此对EMI抑止的要求就更加严格。

开关电源输出波形示意图（如图2所示）。

尖峰之间的时间间隔由开关电源主开关管的开关频率决定，VICOR的开关频率高达1MHz，因此可以达到很高的转换效率，从图中可以看到，尖峰噪声的频率比开关频率高的多，一般在20~70MHz。

功率场效应管在开关过程中电压变化（dV/dt）经过两个串连电容的微分过后，产生一个频率为50~70MHz的尖峰噪声电流，这个噪声电流是共模的，和差模噪声相反，在直接的意义上说，不应该影响系统的工作。

Copyright © 2017 Microsemi CorporationRev. 1.6OverviewMicrosemi’s PD -9001GR is a single port, high-power solution for remote powering of current and emerging high power applications. Generating up to 30W, the PD-9001GR enables remote power for a new range of applications including 802.11n Access Points, pan-tiltzoom (PTZ) cameras and video-phones. It complies to IEEE 802.3at PoE standard and is backward compatible to IEEE802.3af. It can power both existing 10/100Base-T network devices and emerging wireless 1000Base-T devices such as WiMAX and wireless IEEE 802.11n access points.PD-9001GR Features• IEEE 802.3at compliant with 2-event classification • IEEE 802.3af backward compatible • Output power of 30W is guaranteed• Supports 10/100/1000Base-T applications • Compatible with IEEE 802.3af devices• Safe: low power devices receive only the power they need• Automatic Detection and Protection of non –standard Ethernet terminals• Compact design fits easily in WLAN Access Point and •IP Cameras installationsSpecifications FeatureDescriptionNo. of Ports 1Data Rates 10/100/1000 MbpsPower overEthernet OutputPin Assignment and Polarity: Spare Pairs 7/8 (-) and 4/5 (+) Output Power Voltage: 55 VDCUser Port Power: 30W (Guaranteed) Input Power RequirementsAC Input Voltage: 100 to 240Vac (±10%) AC Input Current: 0.67A @ 100-240VacAC Frequency: 50 to 60HzDimensions 51.8mm (W) x 34.8mm (H) x 160.5mm (L) ±0.5mm 2.04 in. x 1.37 in. x 6.31 in ±0.02 in Weight .44 lbs (200g) Indicators User Indicator:Channel Power (Green)Connectors Shielded RJ-45, EIA 568A and 568B Environmental Conditions Operating Ambient Temperature: Conditions-4ºF to 104ºF (-20 ºC to 40ºC) @30W -4ºF to 131ºF (-20 ºC to 55ºC) @22.5W Environmental Conditions ReliabilityOperating Humidity:Maximum 90%, Non-condensing Storage Temperature: -4º to 158ºF (-20º to 70ºC) Storage Humidity:Maximum 95%, Non-condensing Operating Altitude:–1000 to 10,000 ft. (–304.8 to 3048 m) MTBF: 100,000 hrs. @ 25ºCThermal Rating 20 BTU/Hr (@240VAC) Warranty 1-yearRegulatory Compliance IEEE 802.3af (PoE), RoHS Compliant, WEEE Compliant, CE Electromagnetic Emission & Immunity FCC Part 15, Class BEN 55032 Class B (Emissions) EN 55024 (Immunity) VCCISafetyUL/EN/IEC 60950-1 (Ed.2)Ordering Information Microsemi p/nNameDescriptionPD-9001GR/AT/ACMicrosemi PD-9001GRSingle-port, Gigabit PoE Midspan, 802.3at CompliantMicrosemi makes no warranty, representation, or guarantee regarding the information contained herein or the suitability of its products and services for any particular purpose, nor does Microsemi assume any liability whatsoever arising out of the application or use of any product or circuit. The products sold hereunder and any other products sold by Microsemi have been subject to limited testing and should not be used in conjunction with mission-critical equipment or applications. Any performance specifications are believed to be reliable but are not verified, and Buyer must conduct and complete all performance and other testing of the products, alone and together with, or installed in, any end-products. Buyer shall not rely on any data and performance specifications or parameters provided by Microsemi. It is the Buyer’s responsibility to independently determine suitability of any products and to test and verify the same. The information provided by Microsemi hereunder is provided “as is, where is” and with all faults , and the entire risk associated with such information is entirely with the Buyer. Microsemi does not grant, explicitly or implicitly, to any party any patent rights, licenses, or any other IP rights, whether with regard to such information itself or anything described by such information. Information provided in this document is proprietary to Microsemi, and Microsemi reserves the right to make any changes to the information in this document or to any products and services at any time without notice.Microsemi Corporation (MSCC) offers a comprehensive portfolio of semiconductor and system solutions for communications, defense & security, aerospace and industrial markets. Products include high-performance and radiation-hardened analog mixed-signal integrated circuits, FPGAs, SoCs and ASICs; power management products; timing and synchronization devices and precise time solutions, setting the world’s standard for time; voice processing devices; RF solutions; discrete components; security technologies and scalable anti-tamper products; Ethernet solutions; Power-over-Ethernet ICs and midspans; as well as custom design capabilities and services. Microsemi is headquartered in Aliso Viejo, Calif., and has approximately 3,600 employees globally. Learn more at .©2017 Microsemi Corporation. All rights reserved. Microsemi and the Microsemi logo are registered trademarks of Microsemi Corporation. All other trademarks and service marks are the property of their respective owners.Microsemi Corporate HeadquartersOne Enterprise, Aliso Viejo, CA 92656 USA Within the USA: +1 (800) 713-4113 Outside the USA: +1 (949) 380-6100 Sales: +1 (949) 380-6136 Fax: +1 (949) 215-4996email: *************************** uitability of。

u为防火或防盗应用提供高达2 A 的12 V 待机电流（4 A 的盗警电流）u分别监测多达两个12 V 7-18 Ah 电池（多达36 Ah 的容量）u 提供多达80个小时的待机时间u 方便读取式开关寻址u使用博世标准TR1850插入式变压器B520辅助电源模块是一个辅助电源扩展设备，可通过SDI2总线连接到兼容的报警主机。

此模块受到监测并将所有状态更改传递给报警主机。

工业、商业和机构设施是B520模块的典型安装。

B520地址开关可用于实现轻松设备寻址。

SDI2输出端子为SDI2扩展设备（如键盘）提供辅助电源。

AUX PWR 端子为其他设备（如PIR 移动探测器）提供增强型辅助电源功能。

功能监测监控此模块通过SDI2总线监控并传送有关以下内容的状态信息：•操作（检测信号）•电池1 (BATT 1)•电池2 (BATT 2)•AC 输入电源(AC)•电池电量充足•电池电量不足•电池缺失指示灯•检测信号 [图标]。

当系统正常运行时，蓝色LED 指示灯闪烁亮起和熄灭。

LED 指示灯持续亮起或熄灭指示系统故障。

闪烁三次指示通信故障。

•BATT 1 LED 指示灯。

LED 指示灯呈绿色持续亮起指示BATT 1的电池状态正常工作。

闪烁指示电池电量不足。

闪烁三次指示电池充电器故障。

LED 指示灯熄灭指示电池缺失。

•BATT 2 LED 指示灯。

LED 指示灯呈绿色持续亮起指示BATT 2的电池状态正常工作。

闪烁指示电池电量不足。

闪烁三次指示电池充电器故障。

LED 指示灯熄灭指示电池缺失。

•AC LED 指示灯。

LED 指示灯呈绿色持续亮起指示AC 电源正在工作。

正在执行电池测试时会产生脉冲式LED 指示灯（每秒3个脉冲）。

闪烁指示AC 电源不足或发生故障。

电池充电在AC 电源发生故障的情况下，连接到电池端子的已充满电的电池将为B520提供电源。

如果B520的AC 电源输入发生故障（缺失或电量低），则B520将自动从主电源(AC)切换到备用电源（电池）。

Products Solutions Services操作手册iTEMP TMT72温度变送器BA01854T/28/ZH/04.20715255132020-10-20自下列版本起生效01.01（版本号）iTEMP TMT72目录Endress+Hauser 3目录1文档信息 (4)1.1文档功能 (4)1.2安全指南（XA） (4)1.3信息图标 (4)1.4工具图标 (5)1.5文档资料代号 (6)1.6注册商标 (6)2基本安全指南 (7)2.1人员要求 (7)2.2预定用途 (7)2.3操作安全 (7)3到货验收和产品标识 (8)3.1到货验收 (8)3.2产品标识 (8)3.3供货清单 (9)3.4证书和认证 (10)3.5运输和储存 (10)4安装 (11)4.1安装条件 (11)4.2安装 (11)4.3安装后检查 (16)5电气连接 (17)5.1接线 (17)5.2快速接线指南 (18)5.3连接传感器电缆 (18)5.4连接变送器 (19)5.5特殊接线指南 (20)5.6连接后检查 (21)6操作方式 (22)6.1操作方式概览 (22)6.2操作菜单的结构和功能 (25)6.3通过调试软件访问操作菜单 (27)6.4通过SmartBlue App 访问操作菜单 (29)7系统集成 (31)7.1设备描述文件概述 (31)7.2HART 通信的测量变量 (31)7.3支持的HART ®命令 (31)8调试 (34)8.1安装后检查 (34)8.2打开变送器 (34)8.3设置测量设备 (34)8.4写保护设置，防止未经授权的访问 (36)9诊断和故障排除...................379.1常规故障排除........................379.2现场显示单元上的诊断信息..............399.3通过通信接口查看诊断信息..............399.4诊断信息列表........................399.5事件日志............................409.6诊断事件概览........................409.7固件变更历史........................4110维护..............................4211维修..............................4211.1概述...............................4211.2备件...............................4211.3返厂...............................4211.4废弃...............................4212附件..............................4212.1设备专用附件........................4312.2通信专用附件........................4312.3服务专用附件........................4312.4系统组件............................4413技术参数..........................4513.1输入...............................4513.2输出...............................4613.3电源...............................4713.4性能参数............................4813.5环境条件............................5513.6机械结构............................5613.7证书和认证..........................5913.8补充文档资料........................6114操作菜单和菜单参数说明...........6214.1Diagnostics：诊断菜单.................6614.2Application：应用菜单.................7214.3System：系统菜单....................82索引.. (97)文档信息iTEMP TMT724Endress+Hauser1 文档信息1.1 文档功能文档中包含仪表生命周期各个阶段内所需的所有信息：从产品标识、到货验收和储存，至安装、电气连接、操作和调试，以及故障排除、维护和废弃。

可编程直流电源ProgrammableDC power supply 2022产品应用场景LED灯老化测航空航天领域锂电池老化测试试实验室测试直流电机老化测试新能源领域C O N T E N T目录WSDB 系列宽范围可编程直流电源 WSDB-2U 高压可编程直流电源 WSD 系列可编程直流电源 WS 系列常规直流电源WSDB-PULSE 系列数字脉冲电源 产品售后服务概述 WSDB 系列输出电压/电流最高可达1500V/100A ，单机功率最高8KW ，并且采用标准2U/3U 机箱，便于上机架使用。

该产品具有高分辨率和高精度，低纹波和低噪声，高稳定性、高可靠性等特点。

产品特点➢ 标准19英寸2U/3U 机箱，高功率密度➢ 4.3寸高亮度TFT 显示屏，视角范围大，显示分辨率高 ➢ 高精度，分辨率可达1mV/0.1mA ➢ 恒功率，具有更高的输出电压、电流范围➢ CV&CC 优先权，可调上升/下降时间，满足各种应用场合➢ 多种APP 功能，如函数发生器功能，可以提供各种动态波形；多达50步LIST 功能 ➢ 支持SCOPE 显示，直观显示电压、电流和功率波形曲线 ➢ 128组应用数据保存、调用，便于多种测试切换 ➢ 支持并联，方便扩展功率➢ 可调过压/过流/过功率保护功能、以及欠压/欠流或短路保护功能 ➢ 标配RS485，选配干接点/模拟量接口 ➢ 支持远端电压补偿➢ 风扇智能温控，有效减小噪音应用领域航空航天测试、光伏、储能系统 、新能源汽车、数据中心、工业电机、功率半导体组件、自动化测试系统（ATE ）、锂电池、燃料电池、电子设备老化、精密电镀、溅镀、表面处理等。

函数发生器模式可产生多种规则波形，如正弦、三角形、锯齿、矩形、脉冲、梯形和折线波、以及混合以上波形的组合波形，并将编辑好的波形叠加到输出电压或电流之上。

预设函数会为用户提供所有必须的参数，如基准、周期数、波形幅值、时间等一套完整的配置参数。

Keysight E4356ATelecom dc Power SupplyData SheetClean Power for Telecommunications Equipment Testing The new Keysight Technologies, Inc. E4356A Telecom dc Power Supply provides en-gineers who build equipment for the telecommunications industry a clean, reliable power source to simplify their test needs at up to 80 Volts, up to 30 Amperes, and up to 2100 Watts.This power supply is ideal for manufacturing and R&D engineers who build equipment such as: switches, public and private telephone network equipment, PBX systems, and dc/dc converters that provide power to this equipment.Since noise elimination is critical for telecommunications applications, the E4356A offers low noise output so that the power supply noise does not interfere with the testing of the telecommunications device, thus simplifying test system design.Keysight E4356A Technical DataDual range output provides maximum powerTo maximize the available power from this 2100 W power supply, the output automati-cally switches between two ranges: 0 to 70 V at up to 30 A and 0 to 80 V at up to 26 A. In either range, when operating at high voltages, maximum output power is available. Low power supply output noiseThe E4356A generates less than 2 mV rms at 80 V output. This noise speciication is as much as ten times lower than typical ATE power supplies in the 2000 Watt power range. Flexible down-programming for faster system throughputThe E4356A can both source and sink current. When testing DUTs that have capaci-tance, the E4356A can quickly pull down the voltage on the charged capacitors because it can sink current back into the power supply. As a result, tests can execute faster because less time is spent waiting for voltages to change from high to low. This capabil-ity can be used repetitively with no limitation on how often down programming (current sinking) is utilized. Each and every time you need the power supply to down program its output from a high voltage to a lower voltage, the E4356A is ready to do the job.“One-Box” solutionThe E4356A lowers test system costs by reducing the number of boxes and rack space needed for the system. Previously, test solutions to make accurate power supply voltage and current measurements needed the use of an external voltmeter and current shunt. This additional equipment is no longer required because they are built into the power supply. Thus, less rack space is required, equipment costs are lowered, and systems can be designed and integrated in less time.By combining all the programming and measurement instrumentation into “One-Box,” you get predictable performance with all-inclusive speciications from the GPIB interface through to the output of the power supply. The performance is predictable because the E4356A is calibrated as a “system,” rather than as separate components or as a power supply with add-on programmer option. Calibration of the entire power supply “system” can be performed from the front panel or over GPIB.And More …Protection Features limit voltage (Overvoltage Protection-OVP) and current (Overcur-rent Protection-OCP) such that when limits are exceeded, the power supply is turned off to protect the DUT against excessive voltages or currents. Additionally, when OVP oc-curs, the downprogrammer is activated to draw down the excessive voltage and protect the DUT.Standard Programming Language reduces software development time and preserves software investment. Software development is kept to a minimum through the use of industry standard SCPI (Standard Command for Programmable Instruments) command set. VXI plug&play drivers are available, too.Remote Inhibit/Discrete Fault Indicator lines can be used to initiate an emergency shutdown of the power supply. Furthermore, this feature can be used to chain togeth-er other Keysight “One-Box” Solution power supplies to externally disable all of the “daisy-chained” power supplies independent of the GPIB. Emergency shutdown can oc-cur in response to an external signal or internal fault condition. Additionally, these lines can be used as a general purpose digital I/O port.Non-Volatile State Storage of up to 5 states can reduce manual setup time or pro-gramming overhead. These states, which include the settings for voltage, current, and protection features, can be stored for later recall during program execution.Serial Link saves GPIB addresses by connecting up to 16 power supplies on one primary GPIB address using low cost serial link cables.Product Reliability and Worldwide Support minimizes system downtime. Keysight Tech-nologies’ renowned reliability and product support provides you with higher productivity by ensuring your system is up and running when you need it.SpeciicationsSpeciications are warranted over a temperature range of 0–55° C with a resistive load and the power supply sensing at the rear termi-nals, except where indicated.Parameter ValueOutput ratings in two ranges (@ 0 to 45° C) High Range:Low Range:0–70 V, 0–30 A0–80 V, 0–26 AProgramming accuracy Voltage:Current: 0.04% + 80 mV 0.1 % + 25 mARipple and noise (from 20 Hz to 20 MHz with outputs ungrounded, or with either output terminal grounded) Constant Voltage rms:Constant Voltage p-p:Constant Current rms: (measured with 60 cm leads )2 mV16 mV25 mAReadback accuracy (from front panel or over GPIB with respect to actual output) Voltage:Current:0.05% + 120 mV0.1 % + 35 mALoad regulation (change in output voltage or current for any load change within ratings) Voltage:Current:0.002% + 3 mV0.005% + 2 mALine regulation (change in output voltage or current for any line change within ratings) Voltage:Current:0.002% + 3 mV0.005% + 2 mATransient response time (for the output voltage to recover to its previous level within 0.1% of the rated voltage or20 mV, whichever is greater, following any step change in load current up to 50% of the rated current)< 900 μsSupplemental characteristicsSupplemental characteristics are intended to provide information useful in applying the power supply by describing non-warranted performance that has been determined by design or type testing.Parameter ValueOutput programming Maximum voltage:Maximum current:Maximum overvoltage protection: 81.9 V 30.71 A 96 VTypical programming resolution Voltage:Current:Overvoltage protection: 20 mV 7.5 mA 150 mVOvervoltage programming accuracy 1.5 VMaximum input VA and power with full load:with no load: 3800 VA; 2600 W 100 WAC input ranges (selectable via internal switching) 200 Vac1 nominal:230 Vac nominal:Frequency: 174-220 Vac 191-250 Vac 47-63 HzOutput terminal isolation(maximum, from chassis ground)±240 VdcMaximum AC line current ratings200 Vac nominal:230 Vac nominal: 19 A rms (25 A fuse) 19 A rms (25 A fuse)Remote sensing capability Voltage drop per lead:Maximum available voltage at load:Up to 1/2 of rated output voltage. Subtract voltage drop in load leads from maximum output voltage rating.Command processing time (average time for output voltage to change after receipt of digital data when the unitis connected directly to the GPIB)20 msOutput voltage rise time/fall time (time for output to change from 90% to 10% or from 10% to 90% of its total excursion with full resistive load)100 ms/200 ms(excludes command processing time)1. Below 185 Vac, derate output voltage linearly to 56.5 VSupplemental characteristics (continued)Parameter ValueFull-load programming speed up time/down time(time for output to settle within 80 mV of the inal value with full resistive load) 200 ms/475 ms(excludes command processing time)No-load programming discharge time(time for output to fall to 0.5V when programmed from full voltage to zero volts) 650 ms(excludes command processing time)Monotonicity Output is monotonic over entire ratedvoltage, current, and temp. range Nonvolatile savable states Memory locations: 5 (0 through 4)GPIB interface capabilities Languages:Interface: SCPI (default); CompatibilityAH1, C0, DC1, DT1, E1, LE4, PP0, RL1, SH1, SR1, TE6Serial Link Capabilities(multiple units sharing one GPIB primary address)Maximum # of units:Maximum total cable length:1630 m (100 ft)Recommended calibration 1 year intervalSafety compliance Complies with:Designed to comply with: CSA 22.2 No.231, IEC 348 UL 1244RFI suppression Complies with: CISPR-ll, Group 1, Class BWeight Net:Shipping: 27.7 kg (61 lb) 31.4 kg (69 lb)myKeysight/find/mykeysightA personalized view into the information most relevant to you.AdvancedTCA® Extensions for Instrumentation and Test (AXIe) is anopen standard that extends the AdvancedTCA for general purpose and semiconductor test. Keysight is a founding member of the AXIe consortium. ATCA®, AdvancedTCA®, and the ATCA logo are registered US trademarks of the PCI Industrial Computer Manufacturers Group.LAN eXtensions for Instruments puts the power of Ethernet and theWeb inside your test systems. Keysight is a founding member of the LXI consortium.PCI eXtensions for Instrumentation (PXI) modular instrumentation delivers arugged, PC-based high-performance measurement and automation system.Three-Year Warranty/find/ThreeYearWarrantyKeysight’s commitment to superior product quality and lower total costof ownership. The only test and measurement company with three-yearwarranty standard on all instruments, worldwide.Keysight Assurance Plans/find/AssurancePlansUp to five years of protection and no budgetary surprises to ensure yourinstruments are operating to specification so you can rely on accuratemeasurements./qualityKeysight Technologies, Inc.DEKRA Certified ISO 9001:2008Quality Management SystemKeysight Channel Partners/find/channelpartnersGet the best of both worlds: Keysight’s measurement expertise and productbreadth, combined with channel partner convenience.For more information on KeysightTechnologies’ products, applications orservices, please contact your local Keysightoffice. The complete list is available at:/find/contactusAmericasCanada(877) 894 4414Brazil55 11 3351 7010Mexico001 800 254 2440United States(800) 829 4444Asia PaciicAustralia 1 800 629 485China800 810 0189Hong Kong800 938 693India 1 800 112 929Japan0120 (421) 345Korea080 769 0800Malaysia 1 800 888 848Singapore180****8100Taiwan0800 047 866Other AP Countries(65) 6375 8100Europe & Middle EastAustria0800 001122Belgium0800 58580Finland0800 523252France0805 980333Germany***********Ireland1800 832700Israel 1 809 343051Italy800 599100Luxembourg+32 800 58580Netherlands0800 0233200Russia8800 5009286Spain0800 000154Sweden0200 882255Switzerland0800 805353Opt. 1 (DE)Opt. 2 (FR)Opt. 3 (IT)United Kingdom0800 0260637For other unlisted countries:/find/contactus(BP-07-01-14)This information is subject to change without notice.© Keysight Technologies, 1999, 2000, 2014Published in USA, July 31, 20145968-6603E。

The M6204 unit provides the requisite lumped impedance between the AC Power Source and the Unit Under Test (UUT) used to test for flicker compliance to IEC 61000-3-3. Designed to meet IEC 60725 - Consideration of reference impedances and public supply network impedances for use in determining the disturbance characteristics of electrical equipment having a rated current ≤75 A per phase – the M6204 simulates the typical public utility impedance characteristics found in most European countries in order to provide a common flicker measurement reference.IEC Flicker ImpedanceStandard Features:•Three Phase Flicker Impedance Network Supports both single and three phase flicker testing of UUT’s up to 16Arms per phase•Z ref Impedances Values per IEC 60725Line Impedance: 0.24 Ω+ 0.15 j Ω Neutral Impedance: 0.16 Ω + 0.10j Ω•Compatible with 360AMXT and 3120AMXT AC Source ModelsIEC Impedance is matched to AC Source Output impedance for exact IEC 60725 matching•High Qualify Impedance Components Used Low Thermal Drift and Forced Air Cooling while under Load Ensures Constant Flicker Impedance during Long Flicker Test Runs •Dual Connectors on Rear PanelMultiple Terminal Blocks Provided for Power, Voltage Sense and Power Analyzer Connections Simplifies Connections •Standard 19” Rack Mount EnclosureFits easily on Lab Bench, on top of the AC Power Source used or in an Instrument CabinetStandards Supported:• IEC 61000-3-3 / EN 61000-3-3• IEC 61000-4-13 / EN 61000-4-13• IEC 61000-4-27/ EN 61000-4-27•IEC 60725The Leader in AC Power TechnologyFREQUENCY CONVERSION R & D MANUFACTURING AEROSPACE MILITARY CUSTOMA separate impedance network in the Neutral leg ensures full compliance to IEC 61000-3-3 and IEC 60725 even under imbalanced three phase load conditions. The same three phase Impedance network is also fully capable of supporting single phase Flicker test. In this case, the Phase A impedance and Neutral impedance combine together to provide the required Z ref = 0.40 Ω + 0.25 j Ω single phase impedance.Three Phase and Single Phase UUT TestingThe use of high quality components with low thermal drift and high saturation resistance ensures a stable impedance network throughout the entire flicker test duration – typically two hours. This is augmented by efficient yet quiet forced air cooling. Testing to the full 16 Arms per phase as required for products that fall under the IEC 61000-3-3 Flicker Standard is fully supported by this lumped impedance with ample margin for temporary overload conditions.Full 16 Arms per Phase CapableAC Source MatchedAn early pioneer in the development solid-state power conversion equipment, Pacific Power Source continues to develop, manufacture, and market both linear and high-performance PWM AC Power Sources. Pacific’s reputation as a market and technology leader is best demonstrated by its continuing investments in both research and development and world-wide customer support. With corpo-rate owned offices in the United States, Germany, the United Kingdom, and China, local personalized support is always available.12KVA Three Phase 16 Arms/Phase IEC 60725 CompliantThe M6204 impedance is factory calibrated and matched to the AMX AC Power Source Model it is used with. This ensures that the combination of AC Source Output Impedance and Lumped Impedance adds up to the requisite IEC 60725 Impedance values. This prevents unwanted system level errors that can occur when the IEC Flicker Impedance is sourced from a different vendor as the AC Power Source.ApplicationsThe M6204 IEC Flicker Impedance provides the required lumped impedance to create a Flicker test system consisting of a Programmable AC Power Source, an IEC compliant Flicker Meter or Power Analyzer with Flicker measurement mode and the required lumped impedance between the AC Source and the UUT. The IEC Flicker standard is based on analyzing voltage fluctuations caused by changes in UUT load current working against a reference impedance (Z ref ). Z ref was cho-sen to simulate the typical public utility impedance found in Europe. An incorrect or out of tolerance Flicker Impedance can lead to significant errors in Flicker measurement results.Flicker TestingFor single phase applications, the Phase A and Neutral impedance combine to provide the required single phase Z ref of Z = 0.40 + j0.25 Ω so the same M6204 Impedance can be used for either single or three phase Flicker testing.Phase Impedances: Z L = 0.24 + j0.15 Ω each phase Neutral Impedance:Z N = 0.16 + j0.10 ΩOther IEC Test StandardsThe same IEC Flicker impedance is also called out to be used during other IEC Tests. Examples of some of these IEC Test Standards are shown in the table below.The M6204 Impedance is compatible with these IEC 61000-4 Immunity test standards.High QualityBenefits•The M6204 IEC Flicker Impedance is constructed of high quality resistive and inductive components sized to handle load currents up to 16Arms with ease. Proper heat sinking and forced airflow ensure stable operation over a wide temperature range, even under full load conditions that can persist for many hours. The same impedance module can be used for either Single phase or Three phase UUT Flicker testing without the need to rewire or re-configure.Lumped Impedance•Compared to “synthesized or electronic” impedance solutions as employed by some manufacturers, the M6204 pro-vides the required separate Neutral Impedance which is not available on AC Sources with synthesized impedance. This ensures accurate Flicker measurement results under all circumstances, including unbalanced three phase load conditions caused by the UUT.•Furthermore, synthesized impedance circuits often have a limited frequency range and may closely approximate the required impedance at 50Hz but will not accurately simulate the effect of higher current harmonic frequency components present in UUT current for non-linear loads. A lumped impedance like the M6204 does not have such a frequency dependency and will correctly respond to current harmonics.AC Source Matching•Since most AC Power Sources have a non-zero output impedance, adding the lumped impedance to an AC Source will have a cumulative effect resulting in an overall combined output impedance to the UUT that will exceed the ac-tual Z ref value. This will result in overstated Flicker measurement results that may lead to an UUT not passing Flicker test where it otherwise would have.•By obtaining both the AC Power Source and the IEC Flicker Impedance from the same manufacturer, you can be sure both are matched. This means the lumped impedance as well as the AC Source output impedance is adjusted to ensure the combined impedance is within Z ref tolerances.Requirements for the IEC Flicker Impedance when testing UUT’s with Currents up to 75 Arms per phase are covered by IEC Standard 60725, currently at revision 3.0. For UUT’s with phase currents of 16 Arms per phase or less (either single or three phase UUT’s), the required Z ref is defined as a combination of resistive and inductive components with the fol-lowing nominal values:RatingsInput Power Requirments1 If a NON Pacific Power Source AC Power Source model is used with the M6204, an external 24Vdc supply capable of supplying 280 mAdc @ 24Vdc is required to oper-ate the Fan.© 2013 Pacific Power Source, Inc. Subject to change without notice.Order ExampleM6204• 3 Phase, 12KVA, IEC Lumped Impedance NetworkTypical Delivery ItemsShip Kit:• User Manual17692 Fitch, Irvine, CA 92614 USAPhone: +1 949.251.1800 Fax: +1 949.756.0756 T oll Free: 800.854.2433E-mail:**********************#4DS-IECIMP Rev062013Ordering InformationAvailable ModelsM6204M6204 IEC Flicker Impedance front and rear views。

微功率无线模块JSMW470产品说明书V1.0集成电路设计及智能通信服务提供商Integrated Circuit Design and Intelligent Communication Service Provider2018版PRODUCT MANUALS此产品手册为巨晟公司用于产品的使用、操作、安装、以及研发对接类文档，版本更新，不另行通知。

请打电话询问所购买销售人员。

技术创新质量第一珠海巨晟科技股份有限公司Zhuhai Jusheng Technology CO.,LTD地址/Add：广东省珠海市高新区金唐路1号港湾1号科创园32栋4层4th Floor, Building 32, Science and Technology Park, No.1 Gangwan Road, No.1 Jintang Road, High-tech Zone, Zhuhai, Guangdong, China电话/Tel ：************传真/Fax：************客户热线************修订历史记录变更类型：A - 增加 M - 修订 D - 删除变更版本号日期变更类型修改人审核摘要版权声明本资料是为了让用户根据用途选择合适的产品而提供的参考资料，不转让属于珠海巨晟科技股份有限公司或者第三方所有的知识产权以及其他权利的许可。

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关于模块电源选型电源模块是可以直接贴装在印刷电路板上的电源供应器，其特点是可为专用集成电路(A S I C)、数字信号处理器(DS P)、微处理器、存储器、现场可编程门阵列(FP G A) 及其他数字或模拟负载提供供电。

一般来说，这类模块称为负载点(P O L) 电源供应系统或使用点电源供应系统(P UP S)。

由于模块式结构的优点甚多，已经慢慢将嵌入式工程师从繁重的电源设计中释放解脱出来。

其广泛用于交换设备、接入设备、移动通讯、微波通讯以及光传输、路由器等通信领域和汽车电子、航空航天等。

但我们如何在这些设计中考虑选型的一些问题呢？市场竞争非常激烈，各个公司的产品层出不穷，因此产品的快速设计与开发就变成了迅速占领商机的先决条件。

目前客户所要求的项目周期和生产周期越来越短的普遍条件下，模块化开发，平台化开发，方案引用式开发模式已经被越来越多的系统设计人员和硬件工程师接受使用。

电子产品的开发都离不开电源端的设计，一个电源端的设计的好坏直接影响到产品的寿命周期，轻则影响整个产品的性能，重则则影响到整个项目的成败。

而电源设计，又以其专业程度高，调试周期长，故障排查难等特点，让工程师们非常头疼的一件事情，因此，工程师们迫切的需要解决这一大难题，最后模块电源应运而生，给电源工程师们带来了解决问题的重磅福音。

其中D C/DC 电源模块又以其体积小巧、性能优异、使用方便、综合成本低等显著特点，在通信、网络、工控、铁路等领域得到广泛的应用。

然后再次趋势下。

不同公司出品的型号繁多，参数不同电源模块中，怎么样去选择合适，性价比有高的D C/D C电源模块又成了一大难题。

一般标准的选型方法大家都是比较熟悉，然而这次我需要介绍的是嵌入式系统设计时D C/D C电源模块选型时比较容易纠结的几个问题。

一、“隔离”or“非隔离”？基本上每一个嵌入式工程师都会考虑“这部分的电路需不需要隔离呢？”因为从隔离的目的来讲。

可以将隔离分为安全隔离和噪声隔离两大类。