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ASEMI实验室!GBU1010桥堆型号一字不差要找准

ASEMI实验室!GBU1010桥堆型号一字不差要找准

编辑人:MM
摘要:集成整流桥GBU1010和GBJ1010只有一字之差,区别却非常大【ASEMI-芯课堂】
集成整流桥GBU1010跟GBJ1010看着差别就只差一个字,但是两个型号之
间的参数是一样的吗?应用在一样的领域吗?ASEMI资深工程师通过两者的电性参数封装方式及应用区域为大家解惑。

集成整流桥GBU1010跟GBJ1010电性参数
GBU1010跟GBJ1010电性参数都为10A1000V;GBU1010峰值正向浪涌电流为220A,GBJ1010峰值正向浪涌电流为240A;工作温度同样可以适用于-50°~125°;下图为两者的参数图:
集成整流桥GBU1010跟GBJ1010封装尺寸
GBU1010封装为GBU-4,尺寸参数:长度为21.9mm;高度为18.6mm;脚长度为16.0mm;厚度为4.83mm;脚间距为5.1mm;定位孔长度为3.85mm;
GBJ1010封装为GBJ-4,尺寸参数:长度为30.0mm;高度为20.0mm;脚长度为17.5mm;脚宽度为2.2mm;厚度为3.6mm;脚间距为7.5mm;脚厚度为0.7mm。

通过以上两点,我们可以知道GBU1010,GBJ1010是不能互相代替的,两者封装体积脚位都不相同,GBU1010主要应用于开关电源,电源适配器,工控开关电源等;GBJ1010主要应用于电磁炉,热水器等大功率电器。

激光制导武器

激光制导武器

情报交流本文2006-02-20收到,赵江和徐世录分别系东北电子技术研究所高级工程师和工程师,徐锦系辽宁对外经贸学院本科生激光制导武器赵 江 徐 锦 徐世录摘 要 论述了激光制导武器的原理、特点及制导方式,并简要地介绍了几种激光制导导弹、制导炸弹、制导炮弹的应用与发展趋势。

关键词 激光制导 导弹炸弹 炮弹引 言激光制导是一种先进的制导技术,主要优点是命中率高,在历次现代化战争中发挥了重要的作用。

在第一次海湾战争中,以美国为首的多国部队使用了新一代微型计算机和激光制导系统,使炸弹和导弹的命中率达到了几乎难以置信的程度。

在第二次海湾战争中,美英部队运用激光制导加上GPS 辅助导航定位系统,使得制导导弹、制导炸弹、制导炮弹的命中率几乎达到100%。

1 激光制导[1]激光制导就是以激光为信息载体,把导弹、炮弹或炸弹引向目标而实施精确打击的先进技术。

精准是激光制导武器的鲜明特点,由于激光的单色性好,光束的发散角小,敌方很难对制导系统实施有效干扰,因而使它具有其它制导方式无法匹敌的优势。

所以,当激光制导武器攻击固定或活动目标时,就像长了眼睛一样,命中率极高。

激光制导武器甚至可以从通气孔进入,炸毁地下目标,令对方防不胜防。

而激光制导与红外、雷达、GPS 等实现复合制导,则更有利于提高制导精度和应付各种复杂的战场环境,从而发挥全天候作战的优势。

1.1 原理激光制导的基本原理是:用激光器发射激光束照射目标,装于弹体上的激光接收装置接收照射的激光信号或目标反射的激光信号,算出弹体偏离照射或反射激光束的程度,不断调整飞行轨迹,使战斗部沿着照射或反射激光前进,最终命中目标。

1.2 制导方式激光制导方式有半主动寻的式、主动寻的式和波束式(驾束式)三种。

目前激光制导武器中大都采用半主动激光制导方式,即导引头与激光照射装置分开配置于两地,前者随弹飞行,后者置于弹外。

激光照射器用来指示目标,故又称激光目标指示器。

导引头通过接收目标反射的激光或直接接收照射激光,引导导弹飞向目标。

最全的联通指令01

最全的联通指令01

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美国现役各类战机的名称

美国现役各类战机的名称

美国现役的各类战机B-2A 幽灵主要任务:多用途轰炸机.航速:高亚音速.翼展172英尺,长度69英尺,高度17英尺.航程:跨洲际.装备武器:核武器和常规武器.乘员:两人.装备数量:21架.B-1B 枪骑兵主要任务:多用途,远程重型轰炸机.航速:890英里/小时.翼展137英尺(79英尺with wings swept aft),长度146英尺,高度34英尺.航程:跨洲际.装备武器:最大载弹量50,000磅的各种军械,包括500磅和2,000磅的普通炸弹,集束炸弹,地雷(布雷吊舱吧)和GBU-31 JDAM(联合直接攻击弹药).乘员:四人.装备数量:67架.B-52H 同温层堡垒主要任务:多用途,远程重型轰炸机.航速:650英里/小时.翼展185英尺,长度159英尺4英寸,高度40英尺8英寸.航程:跨洲际.装备武器:MK-62/64/82/84/117(普通炸弹),CBU-52/58/71/87/89/97(集束炸弹),AGM-84D/86B/142/154(空地导弹),GBU-10/12/31/32(制导炸弹),核武器.乘员:五人.装备数量:85架.预备役,9架.F/A-22 猛禽主要任务:多用途战斗机,空中优势战斗机.航速:900英里/小时.翼展44英尺6英寸,长度62英尺1英寸,高度16英尺8英寸.航程:3,450英里.装备武器:一门20毫米多管加特林机关炮,AIM-120C AMRAAM(先进中程空空导弹),GBU-32(制导炸弹),AIM-9(格斗导弹),1,000磅(炸弹).JDAM(联合直接攻击弹药).乘员:一人.装备数量:18架.F-15E 攻击鹰主要任务:双用途战斗机,空对空和阻断任务.航速:1,875英里/小时.翼展42英尺9 英寸,长度63英尺9英寸,高度18英尺7.5英寸.作战半径:3,450英里.装备武器:一门20毫米多管火神机关炮,AIM-120(中程空空导弹),AIM-7F/M(中程空空导弹),AIM-9L/M(空空格斗导弹),MK-82/84(普通炸弹),CBU-87/89(集束炸弹),GBU-10/12/15/24/27/28(制导炸弹), EGBU-15(增程制导炸弹),AGM-65,AGM-130(空地导弹).乘员:两人.装备数量:219架.F-16C/D 战隼主要任务:多功能战斗机.航速:1,500英里/小时.翼展32英尺8英寸,长度49英尺5英寸,高度16英尺.作战半径:2,000英里.装备武器:一门20毫米多管火神机关炮,AIM-9(格斗导弹),空对空,空对面武器以及电子战吊舱.乘员:F-16C,一人;F-16D,一人或两人装备数量:F-16C,590架,F-16D,130架.国民警卫队,F-16C,438架,F-16D,40架.预备役,F-16C,60架,F-16D,10架. F-15A/B/C/D 鹰主要任务:空中优势战术战斗机.航速:1,875英里/小时.翼展42英尺9英寸,长度63英尺9英寸,高度18英尺7.5英寸.作战半径:3,450英里.装备武器:一门20毫米多管火神机关炮,4枚AIM-120 AMRAAM,两枚AIM-7F/M和两枚AIM-9L/M.乘员:F-15A/C,一人;F-15B/D,两人.装备数量:F-15A,7架;F-15B,15架;F-15C,590架以及F-15D,130架.国民警卫队,F-15A,50架F-15B,21架;F-15C,438架以及F-15D,40架.预备役,F-15C,60架;F-15D,40架.F-117A 夜鹰主要任务:战斗/攻击机.航速:高亚音速.翼展43英尺4英寸,长度65英尺11英寸,高度12英尺5英寸.作战半径:空中加油后无限.装备武器:常规武器舱可使用各种武器.乘员:一人.装备数量:52架.RC-135S/U/V/W 铆钉接头主要任务:RC-135S/U作为科研及技术平台;RC-135V/W用于侦察.航速:500英里/小时.翼展130英尺10英寸,长度140英尺6英寸,高度41英尺8英寸.航程:3,000-4,000 英里.乘员:最多30人.装备数量:21架WC-130H 大力神主要任务:气象侦察;空气取样.航速:350英里/小时.翼展132英尺6英寸,长度99英尺4英寸,高度38英尺6英寸.航程:4,000英里.乘员:6人.装备数量:预备役,10架.U-2S主要任务:高空,利用多种感应器侦察.航速:475英里/小时.翼展103英尺,长度63 英尺,高度16英尺.航程:7,000英里.乘员:1人.装备数量:29架.E-8C 联合星主要任务:远程,空对地监视系统.航速:450-585英里/小时.翼展145英尺9英寸,长度152英尺11英寸,高度42英尺6英寸,天线罩长度,40英尺.航程:一次滞空9小时,经空中加油滞空15小时.乘员:22人.装备数量:16架.AC-130H/U 炮艇主要任务:近距离空中支援,空中阻断以及护送.航速:300英里/小时.翼展132英尺7英寸,长度97英尺9英寸,高度38英尺6英寸.航程:1,496英里.装备武器:AC-130H,两门20毫米火神机关炮备弹3000发,一门40毫米Bofors火炮以及一门105毫米榴弹炮;AC-130U,一门25毫米加特林机关枪,一门40毫米Bofors火炮以及一门105毫米火炮.乘员:AC-130H,14人.AC-130U,13人.装备数量:AC-130H,8架;AC-130U,13架.E-3B 哨兵(AWACS)主要任务:空中监视;指挥,管制及通讯.航速:360英里/小时.翼展130英尺10英寸,长度145 英尺6英寸,高度41英尺4英寸;旋转顶盖,30英尺.直径,6英尺.安装在机身上部后的厚度为11英尺.航程:一次滞空8小时以上.乘员:17到23人.装备数量:32架.A-10/OA-10 雷电II主要任务:近距离空中支援;前线空中管制.航速:420英里/小时.翼展57英尺6英寸,长度53英尺4英寸,高度14英尺8英寸.航程:800英里.装备武器:一门30毫米七管加特林机关枪;最多可载16,000磅的各种军械,包括500磅炸弹,2,000磅普通炸弹,燃烧弹和Rockeye II集束炸弹, 小牛导弹和激光制导/电子成像制导炸弹,红外干扰曳光弹,电子干扰配件及球形吊舱.乘员:一人.装备数量:A-10,123架和OA-10,83架;国民警卫队,A-10,76架和OA-10,26架预备役,A-10,44架和OA-10,7架.C-5A/B 银河主要任务:远程,重型后勤运输机.航速:518英里/小时.翼展222英尺11英寸,长度247英尺1 英寸,高度65英尺1英寸.航程:经空中加油后无限.乘员:七人.装备数量:81架;国民警卫队,13架;预备役,32架.C-9A/C 夜莺主要任务:C-9A航空医疗和伤员后送;C-9C特殊空中任务.航速:565英里/小时.翼展93英尺3英寸,长度119英尺3英寸,高度27英尺5英寸.航程:大于2000英里.乘员:8人.装备数量:C-9A,3架.C-9C,3架.C-17A 全球大亨III主要任务:货物/士兵运输.航速:450英里/小时.翼展169英尺10英寸,长度174英尺, 高度55英尺1英寸.航程:经空中加油后可不限时滞空.乘员:3人.装备数量:109架.。

中国电视频道频率划分表

中国电视频道频率划分表

有线电视的波段和频道(Ltk)有线电视波段划分表标准电视频道是分配给电视专用的频道,允许开路电视(和有线电视)使用,在频道编号前冠以汉语拼音字母“DS'(电视Dianshi ),计有DS —1至DS —68,划分为I、III、IV和V几个波段。

I、山、IV和V分别是罗马数字1、3、4和5。

原本分配给通信、导航等其他用途的无线电频段内,在有线电视中(因为在电缆中传输,不会干扰空中的信号),也可以设置电视频道,就是“有线电视增补频道”,在频道号前冠以汉语拼音字母“Z” (增补Zengbu)。

“增补频道”单独编出顺序号Z —1 至Z —42。

电视机选台时屏幕上会相继显示出的“ V”波段和“ U”波段。

“V”波段即是甚高频VHF是英文Very-high-frequency 的缩写,其中又分为两部分:“ VL",通常包括|和A-1波段,L为英文“ Low低”的第一个字母;“ VH',通常包括III和A-2、B-1波段,H为英文“ High高”的第一个字母。

U'波段,即特高频UHF是英文Ultra-high-frequency 的缩写,通常包括IV 和V波段中国电视频道频率划分表注:下表提供的是图像载频频率。

中国电视是PALD/K制式,图像信号带宽7.25MHz,伴音载频比图像载频高6.5MHz,带宽士0.25MHz,所以每个频道带宽为8MHz从图像载频-1.25MHz至图像载频频率+6.5MHZ。

例如,3频道的图像载频频率是65.75MHz,由此可推算岀其伴音载频频率是72.25MHz,频率范围是64.5-72.5MHz。

场频25Hz,行频15625Hz。

频段划分及主要用途。

激光制导技术发展概述

激光制导技术发展概述

第28卷 第3期2007年9月制 导 与 引 信GUIDANCE &FUZEVol.28No.3Sep.2007文章编号:1671-0576(2007)03-0010-06激光制导技术发展概述陈世伟(第二炮兵工程学院三系,陕西西安710025)摘 要:介绍了激光制导技术的发展与现状,针对激光制导技术在高精度制导武器中的应用,结合激光干扰技术的发展及其对激光制导的影响,总结了激光制导技术的优缺点,展望了激光制导技术的发展趋势。

关键词:激光;制导武器;半主动寻的制导;控制系统中图分类号:TJ765.3 文献标识码:AA Review on the Development of Laser Guided TechnologyC HEN Shi -wei(3nd Dep.of Second Artillery Engineering University,Xi .an Shaanxi 710025,C hina) Abstract :The development and situation of laser guided weapon are introduced.With the application of laser guided technology in high accuracy guided weapon,and the effect of the laser antijam ming tec hnology to laser guided weapon,the advanta ge and disadvantage of laser guided technology are summed up.The development tendency of laser guided technology is prospected.Key words :laser;guided weapon;sem-i active homing guidance;control system收稿日期:2007-06-29作者简介:陈世伟(1979-),男,硕士,主要从事导航、制导与控制的研究。

二极管手册(大洋电子)无密码

二极管手册(大洋电子)无密码

TABLE OF CONTENTSGENERAL PURPOSE RECTIFIERS (1)ULTRA FAST RECOVERY RECTIFIERS (6)UF4001(G)---UF4007(G)1A1---1A7 UF5400(G)---UF5408(G)GP10A---GP10M1N4001(G)---1N4007(G) SURFACE MOUNT ULTRA FASTRL101(G)---RL107(G) RECOVERY RECTIFIERS (6)GP15A---GP15M US1A---US1M1N5391(G)---1N5399(G) UF1A---UF1MRL151(G)---RL157(G) US2A---US2MGP20A---GP20M UF2A---UF2MRL201(G)---RL207(G) UF3A---UF3MRL251(G)---RL257(G)1N5400(G)---1N5408(G) SUPER FAST RECOVERY RECTIFIERS (7)1N4139---1N4146GP30A---GP30M SF11---SF165A05---5A10 MUR105(G)---MUR11006A05---6A10 SF21---SF268A05---8A10 SF31---SF3610A05---10A10 MUR405---MUR4100SF51---SF56SURFACE MOUNT GENERAL SF61---SF66PURPOSE RECTIFIERS………………………………………………………3 MUR605CT---MUR660CTMURH805CT---MURH8100CTDL4001/SM4001---DL4007/SM4007 MUR(F)805---MUR(F)880GS1A/M1---GS1M/M7 MUR(F)805CT---MUR(F)880CTGS2A---GS2M MUR(F)1005CT---MUR(F)1080CTS1A---S1ZZ MUR(F)1605CT---MUR(F)1680CTS2A---S2M MUR(F)2005CT---MUR(F)2080CTS3A---S3M MUR3005PT---MUR3040PTS5A---S5M MUR5005PT---MUR5060PTS6A---S6MS8A---S8M SURFACE MOUNT SUPER FASTS10A---S10M RECOVERY RECTIFIERS (9)FAST RECOVERY RECTIFIERS……………………………………4 EMS101/DLSF11---EMS106/DLSF16ES1A---ES1M1F1---1F7 ES2A---ES2MFR101(G)---FR107(G) ER1A---ER1ZZFR151(G)---FR157(G) ER2A---ER2MFR201(G)---FR207(G) ER3A---ER3KFR251(G)---FR257(G) ER6A---ER6GFR301(G)---FR307(G) ER8A---ER8JFR501(G)---FR507(G) ER10A---ER10GFR601(G)---FR607(G)MR810---MR818 HIGH EFFICIENCY RECTIFIERS (10)MR850---MR856MR820---MR826 1H1---1H8HER101(G)---HER108(G)SURFACE MOUNT FAST RECOVERY HER151(G)---HER158(G)HER201(G)---HER208(G) RECTIFIERS (5)HER301(G)---HER308(G)DL4933/SM4933---DL4948/SM4948 HER501(G)---HER508(G)FS1A---FS1M HER601(G)---HER608(G)RS1A---RS1MFS2A---FS2M SCHOTTKY BARRIER RECTIFIERS (11)FR1A---FR1ZZFR2A---FR2M SB020---SB040FR3A---FR3M 1N5817---1N5819FR6A---FR6M SB120---SB160FR8A---FR8M SR120---SR1A0FR10A---FR10M SB220--SB260SR220---SR2A0 1N30641N5820---1N5822 1N4606SB320--SB360 1N4531SR320---SR3A0 1N4532SB520---SB560 1N4533SR520---SR5A0 1N4534MS820---MS8100 1N4536SR802---SR810 LL4148MBR(F)720---MBR(F)760 1SS244MBR(F)1020---MBR(F)10100 1SS130MBR(F)1020CT---MBR(F)10150CT 1SS131MBR(F)1520---MBR(F)1560 1SS132MBR(F)1520CT---MBR(F)1560CT 1SS134MBR(F)1620---MBR(F)1660 1SS133MBR(F)1620CT---MBR(F)16100CT BAV18MBR(F)2020CT---MBR(F)20200CT BAV19MBR(F)2520CT---MBR(F)2560CT BAV20MBR(F)3020CT---MBR(F)30100CT BAV21MBR3020PT---MBR3060PT 1SS245MBR4020PT---MBR4060PT 1S1553MBR5020PT---MBR5045PT 1S15551SS141SURFACE MOUNT SCHOTTKY 1SS1441SS145BARRIER RECTIFIERS (14)1SS146DL5817/SM5817---DLSR1010 1SS147SS12---SS110SK12---SK110 SURFACE MOUNT SWITCHING DIODES (19)SS22---SS210SK22---SK210 SURFACE MOUNT ZENER DIODES (21)SS32---SS310SK32A---SK310A BZT52C2V0S--- BZT52C39SSK32B---SK310B BZT52C2V4--- BZT52C51SK32---SK310 BZX84C2V4W---BZX84C39WSK52---SK510 BZX84C2V4---BZX84C51SK82---SK810 MMBZ5221BW---MMBZ5259BWSK102---SK1010 MMBZ5221B---MMBZ5262BSK152---SK1510 MMBZ5221BS---MMBZ5259BSMMSZ5221B---MMSZ5259BSURFACE MOUNT SMALL SIGNALSCHOTTKY DIODES (16)ZENER DIODES (23)SWITCHING DIODES……………………………………………………18 1N5221B/DL5221B---1N5227B/DL5227BBZX55-C2V4---BZX55-C361N4148 ZMM55-C2V4---ZMM55-C361N4151 1N4728/DL4728---1N4764/DL47641N4448 1ZB6.8---1ZB3901N4151 ZPY3V9---ZPY1101N3604 ZY1---ZY2001N4152 3EZ11---3EZ2001N3605 1N5342B---1N5388B1N41531N3606 TRANSIENT VOLTAGE SUPPRESSOR (31)1N41541N4446 P4KE6.8---P4KE440CA1N914A P6KE/SMBJ6.8---P6KE/SMBJ440CA1N4447 1.5KE/SMCJ6.8---1.5KE/SMCJ440CA1N916A1N4448 DIODES FOR TELEVISION AND MONITOR (37)1N914B1N4449 10DF1---10DF81N916B 10ELS1---10ELS61N4450 15DF4---15DF81N4454 1N4933---1N49371N5059---1N5062 ERB83-0061S1834---1S1835 ERB84-0091S1885---1S1888 ERB91-021S1941---1S1944 ERB93-0230DF1---30DF4 ERC01-02---ERA01-1031DF1---31DF4 ERC04-02F---ERC04-04F3JH45 ERC05-06---ERC05-083JH61 ERC06-13---ERC06-153TH41 ERC18-02---ERC18-04AG01Y---AG01A ERC25-04---ERC25-06AK03---AK04 ERC30-01---ERC30-02AM01Z---AM01A ERC33-02AU01Z---AU01A ERC35-02AU02Z---AU02A ERC38-04---ERC38-06BA157---BA159 ERC81-004---ERC81-006BY228 ERC84-009BY296---BY299S ERC91-02BY396---BY399S ERD07-13---ERD07-15BY448 ERD09-13---ERD09-15BYD31D-BYD31M ERD28-04---ERD28-06BYD33D---BYD33M ERD29-02---ERD29-06BYM6C ERD32-01---ERD32-02BYT52A---BYT52M ERD33-02BYT56A---BYT56M ERD38-04---ERD38-06BYV12---BYV16 ERE41-15BYV26A---BYV26E ES1Z---ES1FBYV27---(50---600) EU01Z---EU01ABYV37---BYV38 EU02Z---EU02ABYV95A---BYV95C EU1CBYV96D---BYV96E EU1Z---EU1ABYW32---BYW36 EU2YXBYW72---BYW76 EU2Z---EU2ABYW95A---BYW95C GP10K---GP10MBYW96D---BYW96E GP15A---GP15MDLE30B---DLE30E RC2EG01Y---EG01C RG2Y---RG2AEG1Y---EG1A RG4Y---RG4CEGP10A---EGP10G RGP02-12E--RGP02-20EEGP20A---EGP20G RGP10A---RGP10MEGP30A---EGP30G RGP15A---RGP15MEM01Z---EM01A RGP20A---RGP20MEM1Y---EM1C RGP30A---RGP30MERA15-01---ERA15-10 RM2Z---RM2CERA18-02---ERA18-04 RM11A---RM11CERA22-06---ERA22-10 RN1Z---RN4ZERA32-01---ERA32-02 RP1H RU1PERA34-10 RU2M---RU2AMERA38-04---ERA38-06 RU2YX---RU20AERA81-004 RU3---RU3YXERA82-004 RU30Z---RU30AERA83-004---ERA83-006 RU4D---RU4DSERA85-009 RU4Y---RU4CERA91-02 RU4YX---RU4AMERA92-02 S5295B---S5295JERB06-13---ERB06-15 TVR1B---TVR1JERB12-01---ERB12-10 TVR4J---TVR4NERB32-01---ERB32-02ERB35-02 BRIDGE RECTIFIERS (44)ERB37-08---ERB37-10ERB38-04---ERB38-06 MB2M---MB10MERB43-02---ERB43-04 MB2S---MB10SERB44-02---ERB44-10 DB101S---DB107SERB81-004 DB101---DB107ERB83-004 DB151S---DB157SDB151---DB157RB151(G)---RB157(G)W005(G)---W10(G)W005M(G)---W10M(G)2W005/RC201(G)---2W10/RC207(G)2W005M(G)---2W10M(G)KBP005/RS201---KBP10/RS207KBL005/RS401L---KBL10/RS407LKBU4A/RS401---KBU4M/RS407KBU6A/RS601---KBU6M/RS607KBU8A/RS801---KBU8M/RS807GBU4A---GBU4MGBU6A---GBU6MGBU8A---GBU8MGBU10A---GBU10MGBU15A---GBU15MGBU25A---GBU25MKBPC1005/BR305---KBPC110/BR310KBPC6005/BR605---KBPC610/BR610KBPC8005/BR805---KBPC810/BR810KBPC10005/BR1005---KBPC1010/BR1010KBPC15005/MB1505(W)---KBPC1510/MB1510(W) KBPC25005/MB2505(W)---KBPC2510/MB2510(W) KBPC35005/MB3505(W)---KBPC3510/MB3510(W) KBPC50005/MB5005(W)---KBPC5010/MB5010(W) GBPC15005/BR1505(W)---GBPC1510/BR1510(W) GBPC25005/BR2505(W)---GBPC2510/BR2510(W) GBPC35005/BR3505(W)---GBPC3510/BR3510(W) GBPC50005/BR5005(W)---GBPC5010/BR5010(W) KBJ/GBJ601---KBJ/GBJ607KBJ/GBJ801---KBJ/GBJ807KBJ/GBJ1001---KBJ/GBJ1007KBJ/GBJ1501---KBJ/GBJ1507KBJ/GBJ2001---KBJ/GBJ2007KBJ/GBJ2501---KBJ/GBJ2507PACKAGE OUTLINES (49)RECOMMENDED SOLDER PAD LAYOUTS (62)THROUGH HOLE-AXIAL LEADED (63)THROUGH HOLE-SURFACE MOUNT (64)V RRM (I=I RM )V FM I (AV)T A =25A V AV A A 1A1 1.050301.0 1.0 5.0501A2 1.0100301.0 1.0 5.0501A3 1.0200301.0 1.0 5.0501A4 1.0400301.0 1.0 5.050R--11A5 1.0600301.0 1.0 5.0501A6 1.0800301.0 1.0 5.0501A7 1.01000301.0 1.0 5.050GP10A 1.050301.0 1.0 5.050GP10B 1.0100301.0 1.0 5.050GP10D 1.0200301.0 1.0 5.050GP10G 1.0400301.0 1.0 5.050DO--41GP10J 1.0600301.0 1.0 5.050GP10K 1.0800301.0 1.0 5.050GP10M 1.01000301.0 1.0 5.0501N4001(G) 1.050301.0 1.0 5.0501N4002(G) 1.0100301.0 1.0 5.0501N4003(G) 1.0200301.0 1.0 5.0501N4004(G) 1.0400301.0 1.0 5.050DO--411N4005(G) 1.0600301.0 1.0 5.0501N4006(G) 1.0800301.0 1.0 5.0501N4007(G) 1.01000301.0 1.0 5.050RL101(G) 1.050301.0 1.0 5.050RL102(G) 1.0100301.0 1.0 5.050RL103(G) 1.0200301.0 1.0 5.050RL104(G) 1.0400301.0 1.0 5.050A--405RL105(G) 1.0600301.0 1.0 5.050RL106(G) 1.0800301.0 1.0 5.050RL107(G) 1.01000301.0 1.0 5.050GP15A 1.550501.1 1.5 5.050GP15B 1.5100501.1 1.5 5.050GP15D 1.5200501.1 1.5 5.050GP15G 1.5400501.1 1.5 5.050DO--15GP15J 1.5600501.1 1.5 5.050GP15K 1.5800501.1 1.5 5.050GP15M 1.51000501.1 1.5 5.0501N5391(G) 1.550501.1 1.5 5.0501N5392(G) 1.5100501.1 1.5 5.0501N5393(G) 1.5200501.1 1.5 5.0501N5394(G) 1.5300501.1 1.5 5.0501N5395(G) 1.5400501.1 1.5 5.050DO--151N5396(G) 1.5500501.1 1.5 5.0501N5397(G) 1.5600501.1 1.5 5.0501N5398(G) 1.5800501.1 1.5 5.0501N5399(G) 1.51000501.1 1.5 5.050RL151(G) 1.550501.1 1.5 5.050RL152(G) 1.5100501.1 1.5 5.050RL153(G) 1.5200501.1 1.5 5.050RL154(G) 1.5400501.1 1.5 5.050DO--15RL155(G) 1.5600501.1 1.5 5.050RL156(G) 1.5800501.1 1.5 5.050RL157(G) 1.51000501.1 1.5 5.050GP20A2.050701.22.0 5.050GP20B 2.0100701.22.0 5.050GP20D 2.0200701.12.0 5.050GP20G 2.0400701.12.0 5.050DO--15GP20J 2.0600701.12.0 5.050GP20K 2.0800701.12.0 5.050GP20M 2.0100070 1.1 2.0 5.050"G"SUFFIX SINGNIFIES A GLASS PASSIVATED DIE Type Forward Rectified CurrentRepetitive Reverse Voltage Forward Rectified Current Forward Voltage Peak Reverse Current Case Style I (AV)I FSM V FM I RM @V RRMV RRM (I=I RM )V FM I (AV)T A =25A V AV A A RL201(G) 2.050701.12.0 5.050RL202(G) 2.0100701.12.0 5.050RL203(G) 2.0200701.12.0 5.050RL204(G) 2.0400701.12.0 5.050DO--15RL205(G) 2.0600701.12.0 5.050RL206(G) 2.0800701.12.0 5.050RL207(G) 2.01000701.12.0 5.050RL251(G) 2.5501501.12.5 5.050RL252(G) 2.51001501.12.5 5.050RL253(G) 2.52001501.12.5 5.050RL254(G) 2.54001501.12.5 5.050R--3RL255(G) 2.56001501.12.5 5.050RL256(G) 2.58001501.12.5 5.050RL257(G) 2.510001501.12.5 5.0501N5400(G)3.0502001.0 3.0101001N5401(G) 3.01002001.0 3.0101001N5402(G) 3.02002001.0 3.0101001N5403(G) 3.03002001.0 3.0101001N5404(G) 3.04002001.0 3.010100DO--271N5405(G) 3.05002001.0 3.0101001N5406(G) 3.06002001.0 3.0101001N5407(G) 3.08002001.0 3.0101001N5408(G) 3.010002001.0 3.0101001N4139 3.0503001.0 3.0101001N4140 3.01003001.0 3.0101001N4141 3.02003001.0 3.0101001N4142 3.04003001.0 3.0101001N4143 3.06003001.0 3.0101001N4144 3.08003001.0 3.0101001N4145 3.010003001.0 3.0101001N4146 3.012003001.0 3.010100GP30A 3.0501251.2 3.0 5.050GP30B 3.01001251.2 3.0 5.050GP30D 3.02001251.1 3.0 5.050GP30G 3.04001251.1 3.0 5.050DO--27GP30J 3.06001251.1 3.0 5.050GP30K 3.08001251.1 3.0 5.050GP30M 3.010001251.1 3.0 5.0505A05(G) 5.0503001.0 5.0101005A1(G) 5.01003001.0 5.0101005A2(G) 5.02003001.0 5.0101005A4(G) 5.04003001.0 5.010100R--55A6(G) 5.06003001.0 5.0101005A8(G) 5.08003001.0 5.0101005A10(G) 5.010003001.0 5.0101006A05(G) 6.0504001.0 6.0101006A1(G) 6.01004001.0 6.0101006A2(G) 6.02004001.0 6.0101006A4(G) 6.04004001.0 6.010100R--66A6(G) 6.06004001.0 6.0101006A8(G) 6.08004001.0 6.0101006A10(G) 6.010004001.0 6.0101008A058.0504001.08.0101008A18.01004001.08.0101008A28.02004001.08.0101008A48.04004001.08.010100R--68A68.06004001.08.0101008A88.08004001.08.0101008A108.010004001.08.01010010A0510.0504001.010.01010010A110.01004001.010.01010010A210.02004001.010.01010010A410.04004001.010.010100R--610A610.06004001.010.01010010A810.08004001.010.01010010A1010.01000400 1.010.010100"G"SUFFIX SINGNIFIES A GLASS PASSIVATED DIE Peak Reverse Current Case Style I (AV)I FSM V FM I RM @V RRM DO--27Type Forward Rectified CurrentRepetitive Reverse Voltage Forward Rectified Current Forward VoltageV RRM(I=I RM)V FM I(AV)T A=25A V A V A ADL4001/SM4001 1.05030 1.1 1.0 5.050DL4002/SM4002 1.010030 1.1 1.0 5.050DL4003/SM4003 1.020030 1.1 1.0 5.050DL4004/SM4004 1.040030 1.1 1.0 5.050MELF DL4005/SM4005 1.060030 1.1 1.0 5.050DL4006/SM4006 1.080030 1.1 1.0 5.050DL4007/SM4007 1.0100030 1.1 1.0 5.050 GS1A/M1 1.05030 1.1 1.0 5.050GS1B/M2 1.010030 1.1 1.0 5.050GS1D/M3 1.020030 1.1 1.0 5.050 GS1G/M4 1.040030 1.1 1.0 5.050 GS1J/M5 1.060030 1.1 1.0 5.050 GS1K/M6 1.080030 1.1 1.0 5.050 GS1M/M7 1.0100030 1.1 1.0 5.050 GS2A 2.05050 1.1 2.0 5.050 GS2B 2.010050 1.1 2.0 5.050 GS2D 2.020050 1.1 2.0 5.050 GS2G 2.040050 1.1 2.0 5.050 GS2J 2.060050 1.1 2.0 5.050 GS2K 2.080050 1.1 2.0 5.050 GS2M 2.0100050 1.1 2.0 5.050 S1A 1.05030 1.1 1.0 5.050 S1B 1.010030 1.1 1.0 5.050 S1D 1.020030 1.1 1.0 5.050 S1G 1.040030 1.1 1.0 5.050 S1J 1.060030 1.1 1.0 5.050 S1K 1.080030 1.1 1.0 5.050 S1M 1.0100030 1.1 1.0 5.050 S1Q 1.0120030 1.1 1.010.0100 S1V 1.0140030 1.1 1.010.0100 S1Y 1.0160030 1.1 1.010.0100 S1Z 1.0180030 1.1 1.010.0100 S1ZZ 1.0200030 1.1 1.010.0100 S2A 2.05050 1.15 2.0 5.050 S2B 2.010050 1.15 2.0 5.050 S2D 2.020050 1.15 2.0 5.050 S2G 2.040050 1.15 2.0 5.050 S2J 2.060050 1.15 2.0 5.050 S2K 2.080050 1.15 2.0 5.050 S2M 2.0100050 1.15 2.0 5.050 S3A 3.050100 1.2 3.0 5.050 S3B 3.0100100 1.2 3.0 5.050 S3D 3.0200100 1.2 3.0 5.050 S3G 3.0400100 1.2 3.0 5.050 S3J 3.0600100 1.2 3.0 5.050 S3K 3.0800100 1.2 3.0 5.050 S3M 3.01000100 1.2 3.0 5.050 S5A 5.050200 1.2 5.010.0100 S5B 5.0100200 1.2 5.010.0100 S5D 5.0200200 1.2 5.010.0100 S5G 5.0400200 1.2 5.010.0100 S5J 5.0600200 1.2 5.010.0100 S5K 5.0800200 1.2 5.010.0100 S5M 5.01000200 1.2 5.010.0100 S6A 6.050200 1.2 6.010.0100 S6B 6.0100200 1.2 6.010.0100 S6D 6.0200200 1.2 6.010.0100 S6G 6.0400200 1.2 6.010.0100 S6J 6.0600200 1.2 6.010.0100 S6K 6.0800200 1.2 6.010.0100 S6M 6.01000200 1.2 6.010.0100 S8A8.050300 1.28.010.0100 S8B8.0100300 1.28.010.0100 S8D8.0200300 1.28.010.0100 S8G8.0400300 1.28.010.0100 S8J8.0600300 1.28.010.0100 S8K8.0800300 1.28.010.0100 S6M8.01000300 1.28.010.0100 S10A10.050300 1.210.010.0100 S10B10.0100300 1.210.010.0100 S10D10.0200300 1.210.010.0100 S10G10.0400300 1.210.010.0100 S10J10.0600300 1.210.010.0100 S10K10.0800300 1.210.010.0100 S10M10.01000300 1.210.010.0100SMA/HSMA/SMAESMB/HSMA/SMAE SMB/HSMBHSMC SMC/HSMCHSMCHSMCHSMC SMA/SMB/HSMBMaximum Forward Voltage MaximumPeakReverseCurrentCaseStyleI(AV)I FSM V FM I RM@V RRMType AverageForwardRectifiedCurrentPeakRepetitiveReverseVoltagePeakForwardRectifiedCurrentSURFACE MOUNT GENERAL PURPOSE RECTIFIERSVRRM (I=I RM )V FM I (AV)T A =25A VA V A A ns 1F1 1.05025 1.3 1.0 5.01001501F2 1.010025 1.3 1.0 5.01001501F3 1.020025 1.3 1.0 5.01001501F4 1.040025 1.3 1.0 5.0100150R--11F5 1.060025 1.3 1.0 5.01002501F6 1.080025 1.3 1.0 5.01005001F7 1.0100025 1.3 1.0 5.0100500FR101(G) 1.05030 1.3 1.0 5.0100150FR102(G) 1.010030 1.3 1.0 5.0100150FR103(G) 1.020030 1.3 1.0 5.0100150FR104(G) 1.040030 1.3 1.0 5.0100150DO--41FR105(G) 1.060030 1.3 1.0 5.0100250FR106(G) 1.080030 1.3 1.0 5.0100500FR107(G) 1.0100030 1.3 1.0 5.0100500FR151(G) 1.55060 1.3 1.5 5.0100150FR152(G) 1.510060 1.3 1.5 5.0100150FR153(G) 1.520060 1.3 1.5 5.0100150FR154(G) 1.540060 1.3 1.5 5.0100150DO--15FR155(G) 1.560060 1.3 1.5 5.0100250FR156(G) 1.580060 1.3 1.5 5.0100500FR157(G) 1.5100060 1.3 1.5 5.0100500FR201(G) 2.05070 1.3 2.0 5.0100150FR202(G) 2.010070 1.3 2.0 5.0100150FR203(G) 2.020070 1.3 2.0 5.0100150FR204(G) 2.040070 1.3 2.0 5.0100150DO--15FR205(G) 2.060070 1.3 2.0 5.0100250FR206(G) 2.080070 1.3 2.0 5.0100500FR207(G) 2.0100070 1.3 2.0 5.0100500FR301(G) 3.050200 1.3 3.010200150FR302(G) 3.0100200 1.3 3.010200150FR303(G) 3.0200200 1.3 3.010200150FR304(G) 3.0400200 1.3 3.010200150DO--27FR305(G) 3.0600200 1.3 3.010200250FR306(G) 3.0800200 1.3 3.010200500FR307(G) 3.01000200 1.3 3.010200500FR501(G) 5.050300 1.3 5.010200150FR502(G) 5.0100300 1.3 5.010200150FR503(G) 5.0200300 1.3 5.010200150FR504(G) 5.0400300 1.3 5.010200150R--5FR505(G) 5.0600300 1.3 5.010200250FR506(G) 5.0800300 1.3 5.010200500FR507(G) 5.01000300 1.3 5.010200500FR601(G) 6.050300 1.3 6.010200150FR602(G) 6.0100300 1.3 6.010200150FR603(G) 6.0200300 1.3 6.010200150FR604(G) 6.0400300 1.3 6.010200150R--6FR605(G) 6.0600300 1.3 6.010200250FR606(G) 6.0800300 1.3 6.010200500FR607(G) 6.01000300 1.3 6.010200500MR810 1.05030 1.2 1.0 5.0100750MR811 1.010030 1.2 1.0 5.0100750MR812 1.020030 1.2 1.0 5.0100750MR814 1.040030 1.2 1.0 5.0100750DO--41MR816 1.060030 1.2 1.0 5.0100750MR817 1.080030 1.2 1.0 5.0100750MR818 1.0100030 1.2 1.0 5.0100750MR850 3.050100 1.3 3.010200200MR851 3.0100100 1.3 3.010200200MR852 3.0200100 1.3 3.010200200DO--27MR854 3.0400100 1.3 3.010200200MR856 3.0600100 1.3 3.010200200MR820 5.050300 1.0 5.010200200MR821 5.0100300 1.0 5.010200200MR822 5.0200300 1.0 5.010200200R--5MR824 5.0400300 1.0 5.010200200MR826 5.0600300 1.0 5.010200200"G"SUFFIX SINGNIFIES A GLASS PASSIVATED DIEFAST RECOVERY RECTIFIERSV FM I RM @V RRM Reverse Recovery Time Trr Type Average Forward Rectified Current Peak Repetitive Reverse VoltagePeak Forward Rectified Current Maximum Forward Voltage Maximum Peak Reverse Current Case Style I (AV)I FSMV RRM (I=I RM )V FM I (AV)T A =25A V A V A A ns DL4933/SM4933 1.05030 1.3 1.0 5.0100150DL4934/SM4934 1.010030 1.3 1.0 5.0100150DL4935/SM4935 1.020030 1.3 1.0 5.0100150DL4936/SM4936 1.040030 1.3 1.0 5.0100150MELF DL4937/SM4937 1.060030 1.3 1.0 5.0100250DL4947/SM4947 1.080030 1.3 1.0 5.0100500DL4948/SM4948 1.0100030 1.3 1.0 5.0100500FS1A 1.05030 1.3 1.0 5.0100150FS1B 1.010030 1.3 1.0 5.0100150FS1D 1.020030 1.3 1.0 5.0100150FS1G 1.040030 1.3 1.0 5.0100150FS1J 1.060030 1.3 1.0 5.0100250FS1K 1.080030 1.3 1.0 5.0100500FS1M 1.0100030 1.3 1.0 5.0100500RS1A 1.05030 1.3 1.0 5.0100150RS1B 1.010030 1.3 1.0 5.0100150RS1D 1.020030 1.3 1.0 5.0100150RS1G 1.040030 1.3 1.0 5.0100150RS1J 1.060030 1.3 1.0 5.0100250RS1K 1.080030 1.3 1.0 5.0100500RS1M 1.0100030 1.3 1.0 5.0100500FS2A 2.05050 1.3 2.0 5.0100150FS2B 2.010050 1.3 2.0 5.0100150FS2D 2.020050 1.3 2.0 5.0100150FS2G 2.040050 1.3 2.0 5.0100150FS2J 2.060050 1.3 2.0 5.0100250FS2K 2.080050 1.3 2.0 5.0100500FS2M 2.0100050 1.3 2.0 5.0100500FR1A 1.05030 1.3 1.0 5.0100150FR1B 1.010030 1.3 1.0 5.0100150FR1D 1.020030 1.3 1.0 5.0100150FR1G 1.040030 1.3 1.0 5.0100150FR1J 1.060030 1.3 1.0 5.0100250FR1K 1.080030 1.3 1.0 5.0100500FR1M 1.0100030 1.3 1.0 5.0100500FR1Q 1.0120030 1.5 1.0 5.0100300FR1V 1.0140030 1.5 1.0 5.0100300FR1Y 1.0160030 1.5 1.0 5.0100300FR1Z 1.0180030 1.7 1.0 5.0100500FR1ZZ 1.0200030 1.7 1.0 5.0100500FR2A 2.05050 1.3 2.0 5.0100150FR2B 2.010050 1.3 2.0 5.0100150FR2D 2.020050 1.3 2.0 5.0100150FR2G 2.040050 1.3 2.0 5.0100150FR2J 2.060050 1.3 2.0 5.0100250FR2K 2.080050 1.3 2.0 5.0100500FR2M 2.0100050 1.3 2.0 5.0100500FR3A 3.050100 1.3 3.010200150FR3B 3.0100100 1.3 3.010200150FR3D 3.0200100 1.3 3.010200150FR3G 3.0 400 100 1.3 3.0 10 200 150 SMC FR3J 3.0600100 1.3 3.010200250FR3K 3.0800100 1.3 3.010200500FR3M 3.01000100 1.3 3.010200500FR6A 6.050300 1.3 6.010200150FR6B 6.0100300 1.3 6.010200150FR6D 6.0200300 1.3 6.010200150FR6G 6.0400300 1.3 6.010200150HSMC FR6J 6.0600300 1.3 6.010200250FR6K 6.0800300 1.3 6.010200500FR6M 6.01000300 1.3 6.010200500FR8A 8.050300 1.38.010200150FR8B 8.0100300 1.38.010200150FR8D 8.0200300 1.38.010200150FR8G 8.0400300 1.38.010200150HSMC FR8J 8.0600300 1.38.010200250FR8K 8.0800300 1.38.010200500FR8M 8.01000300 1.38.010200500FR10A 10.050300 1.310.010200150FR10B 10.0100300 1.310.010200150FR10D 10.0200300 1.310.010200150FR10G 10.0400300 1.310.010200150HSMC FR10J 10.0600300 1.310.010200250FR10K 10.0800300 1.310.010200500FR10M 10.01000300 1.310.010200500SMA/SMB/HSMB SMB/HSMB HSMA/SMAE SMA HSMA/SMAE Case StyleI (AV)I FSM V FM I RM @V RRM Trr Type Average Forward Rectified CurrentPeak Repetitive Reverse Voltage Peak Forward Rectified Current Maximum Forward Voltage Maximum Peak Reverse Current Reverse Recovery Time SURFACE MOUNT FAST RECOVERY RECTIFIERS/HSMCV RRM(I=I RM )V FM I (AV)T A =25A VAVAAnsUF4001(G) 1.05030 1.0 1.01010050UF4002(G) 1.010030 1.0 1.01010050UF4003(G) 1.020030 1.0 1.01010050UF4004(G) 1.040030 1.3 1.01010050DO--41UF4005(G) 1.060030 1.7 1.01010075UF4006(G) 1.080030 1.7 1.01010075UF4007(G) 1.0100030 1.7 1.01010075UF5400(G) 3.050150 1.0 3.01010050UF5401(G) 3.0100150 1.0 3.01010050UF5402(G) 3.0200150 1.0 3.01010050UF5403(G) 3.0300150 1.0 3.01010050UF5404(G) 3.0400150 1.3 3.01010050DO--27UF5405(G) 3.0500150 1.7 3.01010075UF5406(G) 3.0600150 1.7 3.01010075UF5407(G) 3.0800150 1.7 3.01010075UF5408(G) 3.01000150 1.73.01010075"G"SUFFIX SINGNIFIES A GLASS PASSIVATED DIEV RRM(I=I RM )V FM I (AV)T A =25A VAVAAnsUS1A 1.05030 1.0 1.01010050US1B 1.010030 1.0 1.01010050US1D 1.020030 1.0 1.01010050US1G 1.040030 1.3 1.01010050US1J 1.060030 1.7 1.01010075US1K 1.080030 1.7 1.01010075US1M 1.0100030 1.7 1.01010075UF1A 1.05030 1.0 1.01010050UF1B 1.010030 1.0 1.01010050UF1D 1.020030 1.0 1.01010050UF1G 1.040030 1.3 1.01010050SMB UF1J 1.060030 1.7 1.01010075UF1K 1.080030 1.7 1.01010075UF1M 1.0100030 1.7 1.01010075US2A 2.05050 1.0 2.01010050US2B 2.010050 1.0 2.01010050US2D 2.020050 1.0 2.01010050US2G 2.040050 1.3 2.01010050US2J 2.060050 1.7 2.01010075US2K 2.080050 1.7 2.01010075US2M 2.0100050 1.7 2.01010075UF2A 2.05050 1.0 2.01010050UF2B 2.010050 1.0 2.01010050UF2D 2.020050 1.0 2.01010050UF2G 2.040050 1.3 2.01010050SMB UF2J 2.060050 1.7 2.01010075UF2K 2.080050 1.7 2.01010075UF2M 2.0100050 1.7 2.01010075UF3A 3.050100 1.0 3.01010050UF3B 3.0100100 1.0 3.01010050UF3D 3.0200100 1.0 3.01010050UF3G 3.0 400 100 1.3 3.0 10 100 50 SMC UF3J 3.0600100 1.7 3.01010075UF3K 3.0800100 1.7 3.01010075UF3M 3.01000100 1.7 3.01010075SMA/SMAE SMA/SMAEI FSM V FMI RM @V RRM Trr SURFACE MOUNT ULTRA FAST RECOVERY RECTIFIERSTypeAverageForward Rectified CurrentPeak Repetitive ReverseVoltage PeakForward Rectified Current Maximum Forward Voltage Maximum Peak Reverse Current Reverse Recovery Time Case StyleI (AV)I FSM V FMI RM @V RRM Trr TypeForward Rectified Current Repetitive Reverse VoltageForward Rectified Current Forward Voltage Peak Reverse Current Recovery Time Case StyleI (AV)V RRM(I=I RM)V FM I(AV)T A=25A V A V A A nsSF11 1.050300.95 1.0 5.05035 SF12 1.0100300.95 1.0 5.05035 SF13 1.0150300.95 1.0 5.05035 SF14 1.0200300.95 1.0 5.05035 SF15 1.030030 1.25 1.0 5.05035 SF16 1.040030 1.25 1.0 5.05035 MUR105(G) 1.050350.975 1.0 5.05045 MUR110(G) 1.0100350.975 1.0 5.05045 MUR115(G) 1.0150350.975 1.0 5.05045 MUR120(G) 1.020035 1.35 1.0 5.05045 MUR140(G) 1.040035 1.35 1.0 5.05060 MUR160(G) 1.060035 1.35 1.0 5.05060 MUR180 1.080035 1.75 1.0 5.05075 MUR1100 1.0100035 1.75 1.0 5.05075 SF21 2.050500.95 2.0 5.05035 SF22 2.0100500.95 2.0 5.05035 SF23 2.0150500.95 2.0 5.05035 SF24 2.0200500.95 2.0 5.05035 SF25 2.030050 1.25 2.0 5.05035 SF26 2.040050 1.25 2.0 5.05035 SF31 3.0501250.95 3.0 5.05035 SF32 3.01001250.95 3.0 5.05035 SF33 3.01501250.95 3.0 5.05035 SF34 3.02001250.95 3.0 5.05035 SF35 3.0300125 1.25 3.0 5.05035 SF36 3.0400125 1.25 3.0 5.05035 MUR405 4.050150 1.0 4.010.020045 MUR410 4.0100150 1.0 4.010.020045 MUR415 4.0150150 1.0 4.010.020045 MUR420 4.0200150 1.35 4.010.020060 MUR440 4.0400150 1.35 4.010.020060 MUR460 4.0600150 1.35 4.010.020060 MUR480 4.0800150 1.85 4.010.020075 MUR4100 4.01000150 1.85 4.010.020075 SF51 5.0501500.95 5.0 5.010035 SF52 5.01001500.95 5.0 5.010035 SF53 5.01501500.95 5.0 5.010035 SF54 5.02001500.95 5.0 5.010035 SF55 5.0300150 1.25 5.0 5.010035 SF56 5.0400150 1.25 5.0 5.010035 SF61 6.0501500.95 6.0 5.010035 SF62 6.01001500.95 6.0 5.010035 SF63 6.01501500.95 6.0 5.010035 SF64 6.02001500.95 6.0 5.010035 SF65 6.0300150 1.25 6.0 5.010035 SF66 6.0400150 1.25 6.0 5.010035 MUR605CT 6.05040 1.25 3.0 5.010035 MUR610CT 6.010040 1.25 3.0 5.010035 MUR620CT 6.020040 1.25 3.0 5.010035 MUR640CT 6.040040 1.35 3.0 5.010060 MUR660CT 6.060040 1.35 3.0 5.010060 MURH805CT8.050100 1.25 4.050.050035 MURH810CT8.0100100 1.25 4.050.050035 MURH820CT8.0200100 1.25 4.050.050035MURH840CT8.0400100 1.25 4.050.050060 MURH860CT8.0600100 2.8 4.050.050060 MURH880CT8.0800100 2.8 4.050.050060 MURH8100CT8.01000100 2.8 4.050.050060TO-220AB DO--27 DO--27 DO--27 TO-220AB DO--41 DO--41 DO--15 DO--27I FSM V FM I RM@V RRMTrrType ForwardRectifiedCurrentRepetitiveReverseVoltageForwardRectifiedCurrentForwardVoltagePeakReverseCurrentRecoveryTime CaseStyle I(AV)V RRM(I=I RM )V FM I (AV)T A =25A VAVAAnsMUR(F)8058.050125 1.08.010.050035MUR(F)8108.0100125 1.08.010.050035MUR(F)8208.0200125 1.08.010.050035MUR(F)8308.0300125 1.38.010.050035MUR(F)8408.0400125 1.38.010.050035MUR(F)8608.0600125 1.58.010.050050MUR(F)8808.0800125 1.58.010.050050MUR(F)805CT 8.050100 1.0 4.010.050035MUR(F)810CT 8.0100100 1.0 4.010.050035MUR(F)820CT 8.0200100 1.0 4.010.050035MUR(F)830CT 8.0300100 1.3 4.010.050035MUR(F)840CT 8.0400100 1.3 4.010.050035MUR(F)860CT 8.0600100 1.5 4.010.050050MUR(F)880CT 8.0800100 1.5 4.010.050050MUR(F)1005CT 10.050125 1.0 5.010.050035MUR(F)1010CT 10.0100125 1.0 5.010.050035MUR(F)1020CT 10.0200125 1.0 5.010.050035MUR(F)1030CT 10.0300125 1.3 5.010.050035MUR(F)1040CT 10.0400125 1.3 5.010.050035MUR(F)1060CT 10.0600125 1.5 5.010.050050MUR(F)1080CT 10.0800125 1.5 5.010.050050MUR(F)1605CT 16.050125 1.08.010.050035MUR(F)1610CT 16.0100125 1.08.010.050035MUR(F)1620CT 16.0200125 1.08.010.050035MUR(F)1630CT 16.0300125 1.38.010.050035MUR(F)1640CT 16.0400125 1.38.010.050035MUR(F)1660CT 16.0600125 1.58.010.050050MUR(F)1680CT 16.0800125 1.58.010.050050MUR(F)2005CT 20.050150 1.010.010.050035MUR(F)2010CT 20.0100150 1.010.010.050035MUR(F)2020CT 20.0200150 1.010.010.050035MUR(F)2030CT 20.0300150 1.310.010.050035MUR(F)2040CT 20.0400150 1.310.010.050035MUR(F)2060CT 20.0600150 1.510.010.050050MUR(F)2080CT 20.0800150 1.510.010.050050MUR3005PT 30.050300 1.015.010.050035MUR3010PT 30.0100300 1.015.010.050035MUR3020PT 30.0200300 1.015.010.050035MUR3030PT 30.0300300 1.315.010.050035MUR3040PT 30.0400300 1.315.010.050035MUR150515.050150 1.2515.050.050035MUR151015.0100150 1.2515.050.050035MUR152015.0200150 1.2515.050.050035MUR154015.0400150 1.515.050.050060MUR156015.06001501.515.050.050060Peak Reverse Current Recovery Time Case StyleI (AV)I FSM V FMI RM @V RRM Trr TO-220AB(ITO-220AB)TO-220AB(ITO-220AB)TO-3P (TO-247AD)TO-220ACTO-220AC(ITO-220AC)TO-220AB(ITO-220AB)TO-220AB(ITO-220AB)TypeForward Rectified Current Repetitive Reverse VoltageForward Rectified Current Forward VoltageV RRM(I=I RM )V FM I (AV)T A =25A VAVAAnsEMS101/DLSF11 1.050300.95 1.0 5.05035EMS102/DLSF12 1.0100300.95 1.0 5.05035EMS103/DLSF13 1.0150300.95 1.0 5.05035EMS104/DLSF14 1.0200300.95 1.0 5.05035EMS105/DLSF15 1.030030 1.25 1.0 5.05050EMS106/DLSF161.040030 1.25 1.0 5.05050ES1A 1.050300.95 1.0 5.05050ES1B 1.0100300.95 1.0 5.05050ES1C 1.0150300.95 1.0 5.05050ES1D 1.0200300.95 1.0 5.05050ES1E 1.030030 1.25 1.0 5.05050ES1G 1.040030 1.25 1.0 5.05050ES1J 1.060030 1.35 1.0 5.05060ES1K 1.080030 1.35 1.0 5.05060ES1M 1.0100030 1.60 1.0 5.050100ES2A2.050500.95 2.0 5.05050ES2B 2.0100500.95 2.0 5.05050ES2D 2.0200500.95 2.0 5.05050ES2G 2.040050 1.25 2.0 5.05050ES2J 2.060050 1.35 2.0 5.05060ES2K 2.080050 1.35 2.0 5.05060ES2M 2.0100050 1.60 2.0 5.050100ER1A 1.050300.95 1.0 5.05050ER1B 1.0100300.95 1.0 5.05050ER1C 1.0150300.95 1.0 5.05050ER1D 1.0200300.95 1.0 5.05050ER1E 1.030030 1.25 1.0 5.05050ER1G 1.040030 1.25 1.0 5.05050ER1J 1.060030 1.35 1.0 5.05060ER1K 1.080030 1.35 1.0 5.05060ER1M 1.0100030 1.60 1.0 5.050100ER1Q 1.0120030 1.85 1.0 5.050150ER1V 1.0140030 1.85 1.0 5.050150ER1Y 1.0160030 2.00 1.0 5.050150ER1Z 1.0180030 2.00 1.0 5.050300ER1ZZ 1.0200030 2.00 1.0 5.050300ER2A 2.050500.95 2.0 5.05050ER2B 2.0100500.95 2.0 5.05050ER2C 2.0150500.95 2.0 5.05050ER2D 2.0200500.95 2.0 5.05050ER2E 2.030050 1.25 2.0 5.05050ER2G 2.040050 1.25 2.0 5.05050ER2J 2.060050 1.35 2.0 5.05060ER2K 2.080050 1.35 2.0 5.05060ER2M 2.0100050 1.60 2.0 5.050100ER3A3.0501000.95 3.0 5.05035ER3B 3.01001000.95 3.0 5.05035ER3C 3.01501000.95 3.0 5.05035ER3D 3.02001000.95 3.0 5.05035ER3E 3.0300100 1.25 3.0 5.05035ER3G 3.0400100 1.25 3.0 5.05035ER3J 3.0600100 1.70 3.0 5.05035ER3K 3.0800100 1.70 3.0 5.05035ER6A 6.050125 1.25 6.010.010050ER6B 6.0100125 1.25 6.010.010050ER6D 6.0200125 1.25 6.010.010050ER6G 6.0400125 1.25 6.010.010060ER8A 8.050150 1.358.010.010050ER8B 8.0100150 1.358.010.010050ER8D 8.0200150 1.358.010.010050HSMCER8G 8.0400150 1.358.010.010050ER8J 8.0600150 1.358.010.010060ER10A 10.050200 1.0010.010.010035ER10B 10.0100200 1.0010.010.010035ER10D 10.0200200 1.0010.010.010035ER10G10.04002001.0010.010.010060HSMCHSMCSMA/SMB/HSMBSMB/HSMBSMC/HSMCMELFSMA/HSMA/SMAESMB/HSMA/SMAEI FSM V FMI RM @V RRM Trr SURFACE MOUNT SUPER FAST RECOVERY RECTIFIERSTypeAverageForward Rectified CurrentPeak Repetitive ReverseVoltage Peak Forward Rectified Current Maximum Forward Voltage Maximum Peak Reverse Current Reverse Recovery Time Case StyleI (AV)。

GBU1006中文资料

GBU1006中文资料

DS30052 Rev. D-2
1 of 2
GBU10005 - GBU1010
元器件交易网
10
I(AV), AVG FWD OUTPUT CURRENT (A)
8
IF, INSTANTANEOUS FWD CURRENT (A)
Resistive or Inductive Load
元器件交易网
GBU10005 - GBU1010
10A GLASS PASSIVATED BRIDGE RECTIFIER Features
· · · · · · · Glass Passivated Die Construction High Case Dielectric Strength of 1500VRMS Low Reverse Leakage Current Surge Overload Rating to 220A Peak Ideal for Printed Circuit Board Applications Plastic Material: UL Flammability Classification Rating 94V-0 UL Listed Under Recognized Component Index, File Number E94661
J
-
~ ~ +
D E F G P N
H J K L M N P
3.2 X 45°
H
All Dimensions in mm
Maximum Ratings and Electrical Characteristics
Single phase, 60Hz, resistive or inductive load. For capacitive load, derate current by 20%. Characteristic Peak Repetitive Reverse Voltage Working Peak Reverse Voltage DC Blocking Voltage RMS Reverse Voltage Average Rectified Output Current (Note 1) @ TC = 100°C Non-Repetitive Peak Forward Surge Current 8.3ms single half sine-wave superimposed on rated load (JEDEC Method) Forward Voltage (per element) @ IF = 5.0A Peak Reverse Current at Rated DC Blocking Voltage I2t Rating for Fusing (Note 2) Typical Junction Capacitance per Element (Note 3) Typical Thermal Resistance Junction to Case (Note 1) Operating and Storage Temperature Range @ TC = 25°C @ TC = 125°C Symbol VRRM VRWM VR VR(RMS) IO IFSM VFM IR I2t CJ RqJC Tj, TSTG GBU 10005 50 35

F-15E的历次实战挂载配置

F-15E的历次实战挂载配置

首先F-15E的挂点如图,一共25个。

这几个蓝色挂点可以挂对空武器:这几个红色的挂点可以挂对地武器:从前面看就是这样:然后下面上历次作战任务中(从海湾战争到伊拉克战争)的配置:一“南方守望”行动中的配置:南方守望行动为1992-2003年期间,美国与盟国在伊拉克南部上空执行的禁飞区任务。

1# 禁飞区:接近纯空战挂载,挂两枚GBU-12用于防备报复性的攻击。

因为距离很近所以不用副油箱。

2*GBU-12宝石路,每弹800磅(363kg)2*AIM9L/M,每弹191磅(87kg)4*AIM-120B/C,每弹345磅(157kg)AN/AAQ-13和14导航/目标指示吊舱,各种450/459磅(共计454kg)此时载油10255kg,挂载1980kg,起飞重量29032kg。

二“北方守望”行动中的配置与南方守望行动相对应的,在伊拉克北部的禁飞区巡航行动即为北方守望。

1# 禁飞区A:AIM-120此时刚刚服役,所以还能看到麻雀的身影。

2*GBU-122*AIM-9L/M2*AIM-120B/C2*AIM7F/M 麻雀,重量510磅(232kg)AN/AAQ-13和14吊舱2*610加仑(2300升)副油箱,重量250磅(114kg),注意这仅包含副油箱自重,不含副油箱内所装油料重量。

此时载油13855kg(副油箱中的油量被算到了这里而非挂载重量中,以下同),挂载2357kg,起飞重量33009kg。

2# 禁飞区B:2*GBU-124*AIM-9L/M2*AIM-120B/CAN/AAQ-13/14吊舱2*610加仑副油箱此时载油13855kg,挂载1894kg,起飞重量32546kg。

三“伊拉克自由”行动配置1# 踢门A(原文是kick ass。

这里写成踢门已经够文雅了):5枚GBU-12和6枚MK-82可以用于打击多种目标,注意这里的副油箱是用一种战争储备材料(war reserve material)制成的,成本更低。

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GBU10005 - GBU1010
10A GLASS PASSIVATED BRIDGE RECTIFIER
Features
Maximum Ratings and Electrical Characteristics
@ T A = 25°C unless otherwise specified
Mechanical Data
Single phase, 60Hz, resistive or inductive load.For capacitive load, derate current by 20%.
Notes:
1. Unit mounted on 100 x 100 x 1.6mm copper plate heatsink.
2. Non-repetitive, for t > 1.0ms and < 8.3ms.
3. Measured at 1.0MHz and applied reverse voltage of
4.0V DC.
4.RoHS revision 13.2.2003. Glass and High temperature Solder Exemptions Applied, see EU Directive Annex Notes 5 and 7.
·Case:GBU
·Case Material: Molded Plastic.UL Flammability Classification Rating 94V-0
·Moisture Sensitivity: Level 1 per J-STD-020C ·Terminals: Finish ¾Bright Tin.Solderable per MIL-STD-202, Method 208·Polarity: Marked on Body
·Mounting: Through Hole for #6 Screw ·Mounting Torque: 5.0 Inch-pounds Maximum ·Ordering Information: See Last Page ·Marking: Date Code and Type Number ·
Weight: 6.6 grams (approximate)
·Glass Passivated Die Construction
·High Case Dielectric Strength of 1500VRMS ·Low Reverse Leakage Current ·Surge Overload Rating to 220A Peak ·Ideal for Printed Circuit Board Applications ·UL Listed Under Recognized Component Index, File Number E94661
·Lead Free Finish,RoHS Compliant (Note 4)
0.1
1.0
10
100
0.2
0.6
1.0
1.8
I ,I N S T A N T A N E O U S F O R W A R D C U R R E N T (A )
F V ,INSTANTANEOUS FORWARD VOLTAGE (V)Fig.2Typical Forward Characteristics,per element
F
1.4
0100
200
250
1
10100
I ,P E A K F O R W A R D S U R G E C U R R E N T (A )
F S M NUMBER OF CYCLES AT 60Hz
Fig.3Maximum Non-Repetitive Surge Current
150
50
02
4
6
8
100
50
100
150
I ,A V G F O R W A R D R E C T I F I E D C U R R E N T (A )
(A V )T ,
CASE TEMPERATURE (C)Fig.1Forward Current Derating Curve
C °10100
1000
0.1
1.010100
C ,T O T A L C A P A C I T A N C E (p F )
T V ,REVERSE VOLTAGE (V)
Fig.4Typical Total Capacitance,per element
R
Ordering Information(Note 5)
Notes: 5. For packaging details, visit our website at /datasheets/ap02008.pdf.
分销商库存信息:
DIODES
GBU1006GBU1002GBU10005 GBU1008GBU1001GBU1004 GBU1010。

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