111SM125-H2中文资料
SM1155中文资料
Condition
Rating
Unit
−0.3 to 5.0
V
VSS − 0.2 to VDD + 0.2
V
−20 to 80
°C
−55 to 125
°C
Electrical Characteristics
Ta = 25°C, VSS = 0V, VDD = 1.5V
Parameter
SM1155 series
PAD DESCRIPTION
Number 1 2
Name T2 T1
3
TG
i/o
Function
– Test pins (must be open)
Melody mode control input
S M 1 1 5 5 ×××1 S
Level hold 1
ip1
H S M 1 1 5 5 ×××2 S
7
VDD
– Supply. The rear surface of the chip is V D D level.
8
TC
– Test pins (must be open)
1. Built-in pull-down resistor (the resistance of the pull-down resistor varies with the applied voltage, as described in the Electrical Characteristics).
Power-save pull-down resistor
The resistance of the TG input pull-down resistor changes in response to the input voltage. The pull-down resistance is 500kΩ when the input is HIGH, and the pull-down resistance is 135kΩ when the input is LOW. Furthermore, if a light-dependent resistor (CdS) cell is employed as a switch (the pull-down resistance is maximum when the CdS resistance is minimum (light) and the pull-down resistance is minimum when the CdS resistance is maximum (dark)), the combined resistance can be increased, decreasing current consumption.
S11-125KVA 10KV变压器 7
S11-125KVA/10KV/0.4KV油浸式变压器二次不带负载，一次也与电网断开(无电源励磁)的调压，称为无励磁调压，带负载进行变换绕组分接的调压，称为有载调压。
电力变压器作为使用最为广泛的电力设施，数量种类繁多，对节能减排有着重要意义。
S11型全密封油浸式电力变压器是目前配电设备主要选型产品，节能效果显著。
我国配电变压器性能代号的涵义为：在S7型以上，空载损耗每降低约10％，代号“7”则在数字上加“1”。
从S7型发展到S9型，负载损耗降低较多，平均为25％，后来，由于没有突破性的新材料、新技术和新工艺，配电变压器的负载损耗下降比较困难，所以，性能水平代号通常以空载损耗降低为标准。
以400kVA产品为例，S7型空载损耗920W，S11型空载损耗570W，下降了38％。
目前，主流的配电变压器一般选用S11型叠铁芯电力变压器。
采用全充油密封型、无储油柜、波纹片式箱体结构，变压器由于温度和负载的变化引起油温和体积的变化，完全由波纹油箱予以调节，其空载损耗比S9降低25%，耐雷电冲击抗短路能力强，节能效果明显，并降低了变压器的外型尺寸。
S11型变压器采用高导磁取向硅钢片生产，片厚为0.27-0.30mm，单位铁损为1w/kg，而新S9型为普通硅钢片，片厚为0.30-0.35mm，单位铁损为1.20-1.55w/kg。
S11-125KVA/10KV三相油浸式电力变压器结构及特点：u 油浸式变压器低压绕组除小容量采用铜导线以外,一般都采用铜箔绕抽的圆筒式结构；高压绕组采用多层圆筒式结构,使之绕组的安匝分布平衡,漏磁小,机械强度高,抗短路能力强。
u 铁心和绕组各自采用了紧固措施,器身高,低压引线等紧固部分都带自锁防松螺母,采用了不吊心结构,能承受运输的颠震。
u 线圈和铁心采用真空干燥,变压器油采用真空滤油和注油的工艺,使变压器内部的潮气降至最低。
u 油箱采用波纹片,它具有呼吸功能来补偿因温度变化而引起油的体积变化,所以该产品没有储油柜,显然降低了变压器的高度。
广东菱王电梯默纳克客梯电原理图
11RD断路器2A控制柜单相22RD断路器6A控制柜单相33RD断路器6A控制柜三相44RD断路器3A控制柜单相55RD断路器4A控制柜单相66RD断路器4A控制柜单相7ACZ开闸操作按钮控制柜无机房时有8ADZ限速器动作按钮控制柜无机房时有9AFW限速器复位按钮控制柜无机房时有10NICE-L-B默纳克一体化主控制板控制柜11PG-E默纳克一体化PG卡控制柜12AUQ限速器公共按钮控制柜无机房时有13BC抱闸接触器AC 110V控制柜14BK1～2抱闸行程开关曳引机15BY1控制变压器BK-950控制柜16BY236V变压器BK-200控制柜17DBR制动电阻控制柜无机房时放井道18DCC关门减速开关轿顶19DCL关门限位开关轿顶20DN轿箱节能继电器DC 24V轿顶21DN1机房节能继电器DC 24V控制柜22DOC开门减速开关轿顶23DOL开门限位开关轿顶24DZ1110V整流轿35A/1000V控制柜25DZ224V整流轿35A/1000V控制柜26EC1-ECn井道照明灯AC 220V井道27ECW透视窗井道照明灯AC 220V井道无机房时用28EK1井道照明开关250V/10A机房无机房时放控制柜29EK2井道照明开关250V/10A底坑30EK3透视窗井道照明开关250V/10A控制柜无机房时用31EL1轿顶36V照明灯AC 36V轿顶32EL2底坑36V照明灯AC 36V底坑33EL3轿厢照明灯AC 220V轿厢34EL4轿厢照明灯AC 220V轿厢35F1轿厢照明漏电开关10A机房电源箱无机房时放控制柜36F2井道照明漏电开关10A机房电源箱无机房时放控制柜37GD控制柜照明灯T5-8W AC220控制柜无机房时用38GMJ关门继电器DC 24V门机货梯用39HAA警铃DC 12V井道40HAB超载蜂鸣器轿厢41HAD到站钟DC 24V轿顶42HC1-HCn指令灯轿厢43HCL关门灯轿厢44HD2-HDn下召灯召唤盒45HFN轿箱风扇 轿厢46HLP开门灯轿厢47HOL超载灯轿厢48HU1-HUn上召灯召唤盒49INS检修继电器DC 24V控制柜50JC主接触器AC 110V控制柜51KMJ开门继电器DC 24V门机货梯用52KAU到站钟继电器DC 24V控制柜53KM1UPS电源接触器AC 220V控制柜有停电应急时有54KM2停电应急运行接触器AC 220V控制柜有停电应急时有55KM3停电应急结束接触器AC 220V控制柜有停电应急时有56KFN控制柜风扇AC 220V控制柜57LBQ滤波器AC 380V控制柜58M曳引机机房59MDO/1MDO交流门电动机轿顶60MSJ门锁继电器AC 110V控制柜61MSK运行模式开关轿厢62OT-BC2抱闸板控制柜63PG旋转编码器机房64PHO-M对讲子机机房轿顶、底坑、值班室65PHO-S对讲母机轿厢66QF三相主电源空气开关AC 380V机房电源箱无机房时放控制柜67RZ3抱闸续流电阻机房68SBB警铃按钮轿厢69SBB1轿厢对讲按钮轿厢70SBC1-SBCn指令按钮轿厢71SBCD轿厢下行按钮轿厢72SBCL关门按钮轿厢73SBCU轿厢上行按钮轿厢74SBD2-SBDn下召按钮召唤盒75SBOP开门按钮轿厢76SBPD控制柜下行按钮控制柜77SBPS直驶按钮轿厢78SBPU控制柜上行按钮控制柜79SBTD轿顶下行按钮轿顶80SBTU轿顶上行按钮轿顶81SBU1-SBUn上召按钮召唤盒82SDQ下平层感应器轿顶83SHC轿厢照明开关轿厢84SHL底坑照明开关底坑85SHP电柜照明开关控制柜无机房时用86SHT轿顶照明开关轿顶87SLC关门到位开关轿顶88SLDL下极限开关井道89SLDT下限位开关井道90SLO开门到位开关轿顶91SLUL上极限开关井道92SLUT上限位开关井道93CTB-B轿厢控制板轿厢94CCB-A指令控制板轿厢95HCB-H召唤&显示板召唤盒&轿厢96提前开门控制板控制柜提前开门用97SMC/1SMC轿门锁轿厢98SMH1-SMHn1-N层门锁层门99SMQ1门区感应器1轿顶提前开门用100SMQ2门区感应器2轿顶提前开门用101SQE1光幕/触板开关轿厢102SQE2光幕/触板开关轿厢103SRC轿厢检修开关轿厢104SRK锁梯钥匙开关基站105SRP控制柜检修开关控制柜106SRT轿顶检修开关轿顶107SSAN安全钳开关轿顶108SSBB对重缓冲器开关底坑109SSBP夹绳器开关机房110SSCB轿厢缓冲器开关底坑111SSD下强减开关井道V<=1.75m/s112SSD1下强减开关1井道 1.75m/s<V<=2.5m/s 113SSD2下强减开关2井道V>2.5m/s114SSFU满载开关轿底115SSHM盘车急停开关曳引机116SSKM柜门开关控制柜117SSLL轻载开关轿底118SSLS限速器开关机房/井道119SSOL超载开关轿底货梯放机房绳头处120SSRG断绳保护开关底坑121SSU上强减开关井道V<=1.75m/s122SSU1上强减开关1井道 1.75m/s<V<=2.5m/s 123SSU2上强减开关2井道V>2.5m/s124STC轿厢急停开关轿厢125STL底坑急停开关底坑126STL-1下底坑急停开关底层厅门边127STL-2下底坑急停开关底层厅门边贯通门梯用128STP控制柜急停开关控制柜129STT轿顶急停开关轿顶130STT-1轿顶急停开关轿顶贯通门梯用131SUQ上平层感应器轿顶132SWD司机/自动转换开关轿厢133SWFI消防开关消防层134SWN风扇开关 轿厢135SWV独立运行开关 轿厢136T1时间继电器AC 220V控制柜有停电应急时有137T2时间继电器AC 220V控制柜有停电应急时有138TC曳引机热保护开关机房139TDJ停电检测接触器AC 220V控制柜停电应急及无机房时有140TPB开关电源控制柜141UFC主变频器控制柜142UFD门机变频器轿顶143UK UPS控制开关控制柜停电应急及无机房时有144UPS停电应急电源AC220V/AC220A控制柜停电应急及无机房时有145XQDZ限速器动作线圈AC 220V井道无机房时用146XQFW限速器复位线圈AC 220V井道无机房时用147XS1轿顶220V插座AC 220V/15A轿顶148XS2底坑220V插座AC 220V/15A底坑149XS3电柜220V插座AC 220V/15A控制柜无机房时用150XS4轿顶36V插座AC 36V/10A轿顶151XS5底坑36V插座AC 36V/10A底坑152XWJ相序继电器AC 380V控制柜153YBK抱闸线圈曳引机154YC辅助接触器AC 110V控制柜155YD应急灯DC 12V轿厢7778CN1SRC 767510X11X10X09NICE-3000-SC 79SRP SRT COM SBTD SBTU 8280SBCD SBCU SBPU Car Inspection Car Top Inspection Machine Room Inspection SBPD SRT INS 402401SRP 24VDC 408(正常)(正常)P05检修回路Inspection Circuit 广东菱王电梯有限公司GUANGDONG WINONE ELEVATOR CO.,LTD.Check Date Collate Technics Design Standard WES-MT02-01A ET02-YL05AET02-YL09A WES-MT02-01A 门机接线图（申菱）Door Motor Circuit 广东菱王电梯有限公司GUANGDONG WINONE ELEVATOR CO.,LTD.Check DateCollate TechnicsDesign Standard1M71M61GM 1KM NSFC01-01B3B2C3C21CMM W V U DCC 7DOC 6DCL 4DOL3218NL UFD1MDO1V6201202虚框内表示双开门接线PEPE V6MDO UFDL N8123DOL 4DCL 6DOC 7DCC U VW CMM C2C3B2B3NSFC01-01KM GM M6M7TO CTB-BTO CTB-B触板光幕虚框内表示双开门接线38ASEQ2SEQ1CMM385SEQ24623CMM 138A AC POWER INOUTPUT J1J3J1J1J3J1OUTPUT AC POWER IN虚框内表示双开门接线381CMM 3264SEQ15202201广东菱王电梯有限公司GUANGDONG WINONE ELEVATOR CO.,LTD.Check DateCollate TechnicsDesign StandardET02-YL10A WES-MT02-01A 门保护回路Door Safety Device Circuit TO CTB-BTO CTB-B3 N PE 380V / 50Hz ±7%~夹绳器限速器250B 250AEK1机房电源箱HDCA / CB / CC / CDHA HEHFF2F 1QF 井道上端站电缆NPE L3L2L1PEXAXBXC井道通讯电缆R03PE120116井道门锁电缆R02电机部分110136240241250251SSLSSSBP135R+R-118201202116811P+P-COM 8884111PE MQS MQX 808278COM PE40140224V+24V-CANH CANL 134135150138240241133134C00随行电缆（TVVBP40）井道底坑电缆R01R04COM PER05井道下端站电缆9086113132133MODH MODL24V-24V+P+P-R+R-81115132240241PE110138137Design StandardCollate TechnicsCheck DateGUANGDONG WINONE ELEVATOR CO.,LTD.广东菱王电梯有限公司Machine Room Wiring Diagram 机房布线图ET02-FX03A WES-MT02-01A 注：同步主机时SSBP 开关不用MQ 控制柜PE9492COM R06、R07井道通讯电缆大于2.5m/s 时用曳引机301302110110A 408301302StandardDesignTechnicsCollateDateCheckGUANGDONG WINONE ELEVATOR CO.,LTD.广东菱王电梯有限公司Car Top Wiring Diagram轿顶接线图ET02-JX01AWES-MT02-01A门区开关*提前开门及再平层时用平层门区开关轿厢风扇J N 1E L 4E L 3H F N J N 2前门光幕21P ES Q E 1N CCC M M 201202P E 38S S A N S M C116前轿门锁116AC 00安全钳超载、満载操纵箱P EM 01AM 06BM 05M 04M 03M 02T 01 T 03 T 04 T 05C M MS S F U S S O L39M Z轿顶检修箱134135241M Q XC O MS D Q M Q SS U Q M 01BM 04A 38AP E 202201C M M C N CS Q E 1P E12后门光幕S M QC O MM Q14075P H O -MP +对讲机电子到站钟(黑色)H A D轿顶照明、插座K N 1302E L 1X S 1S H T138S T T轿顶检修急停开关C O MS R T (正常)S B T DS B T U Y D 1Y D 2应急电源装置P -LN 12V 0V0V12V R +D S301108082241240P -P +R -接线端子前门门机201202M 07-1后门门机P EP EM 07-2M 7M 6C M M G M K M V 61V 61K M 1G M1C M M 1M 61M 7M 07A -2P EP EM 07A -1202201241241240408402110A 110BY J D402240D N 402节能继电器242L HX S 4V 6C O MC O MM Q107882801M 61K M 1G M C M M 1C M M K M G MM 6M 7X 1J N 2241240242J N 1201202203X 3138135134150139116118M Q X M Q S381M 737X 224-24+C A N LC A N H 39R -P +R +P -401811402L HD S 110A 110M Q 2M Q 14083013021V 638A 140116A M Z Y D 1Y D 2C M M 402Q Z 241轿厢照明M 06A1S M CM 02A后轿门锁118116AM 08注：开单门时短接以下点116A --118 140--150110B 401CA AMP-172347-1C AA M P -171358-1控 制 柜C BA M P -171358-1CB AMP-172347-1A M P -171892-1C DC CA M P -171358-1CC AMP-172347-1CD AMP-172096-1插接件针号图纸线号电缆线号图纸线号端子号接线端子轿顶检修箱T V V B 42(36*0.75+2*2P *0.75+2*1.0P E )随行电缆2134橙21341341135135橙313534150橙45138橙5橙71167橙6118612橙1213P E 黄绿线橙1120211橙10201109241橙9橙82408240241201202P E 118116138150138150240241116118201202P E 891011131267543122134576121110984312备用黄1黄482黄68280黄580828078黄77878408黄8408408黄9C O M 黄10C O M C O M P E 黄绿线P E P E M Q S 黄11M Q S M Q X 黄12M Q X M Q X M Q S 白1白2301白11302白12811白4811811P +白5P +R +P -白6白7P -R +402401R -白10白9白8402401R -R -401402P -R +P +24V +24V -C A N LC A N H 双绞1双绞2C A N H C A N L24V -24V +双绞4双绞3C A N H C A N L24V -24V +Standard DesignTechnicsCollate Date Check GUANGDONG WINONE ELEVATOR CO.,LTD.广东菱王电梯有限公司Cable List Diagram 1电缆查对表1ET02-JX05AWES-MT02-01A安全回路门锁回路轿厢电源门机电源慢上慢下检修公共线上平层下平层警铃对讲机D C 24V 通讯线110110110黄3黄2橙1白3备 注检修检修110A 110A 110A W P 3200系统接 M Q W P 3200系统作备用13A C 36V301302301302无提前开门作备用默纳克一体化M Q M Q M Q 提前开门9P E 屏蔽层P E P E 接地线备用备用备用备用备用备用备用备用备用备用备用备用备用备用备用备用备用备用备用备用COM 133PE 1321138690HF AMP-172096-1HFAMP-171892-1控 制 柜插接件针号图纸线号电缆线号图纸线号TVV7(6*0.75+1*2.0)井道下端站电缆2902138634113451325PE PE961336R05基层分支点COM 1下极限开关下限位开关下强减开关公共线下强减开关1上强减开关1公共线上强减开关上限位开关上极限开关8884111133PE 134COM 1COM 顶层分支点R04呼梯盒各层分支点控 制 柜R03AMP-171892-1HCHC AMP-172096-1插接件针号图纸线号电缆线号图纸线号TVVP4(2*2P *0.75)井道通讯电缆431224V+24V-MODL MODH 双绞1双绞2双绞4双绞3MODHMODL24V-24V+613469PEPE 5133541114384312882井道上端站电缆TVV7(6*0.75+1*2.0)图纸线号电缆线号图纸线号针号插接件控 制 柜AMP-171892-1HEHE AMP-172096-1Design StandardTechnicsCollate DateCheck GUANGDONG WINONE ELEVATOR CO.,LTD.广东菱王电梯有限公司Cable List Diagram 2电缆查对表2ET02-JX06A WES-MT02-01A 默纳克一体化用161718301161718控 制 柜R02AMP-171892-1HDHD AMP-172096-1插接件针号图纸线号电缆线号图纸线号井道门锁电缆912PE12011612PE 116120PETVV3(2*0.75+1*2.0)各层分支点厅门锁PE151421813211091013811137241132401268117155R -43R +1P -2井道底坑电缆TVV19(18*0.75+1*2.0)图纸线号电缆线号图纸线号针号插接件控 制 柜AMP-171838-1HAHA AMP-171828-1R01底坑接线箱对讲机警铃安全回路AC220VP +151234576121311109814PEP +P -R +R -15811240241137138110132PE 302301302AC36V屏蔽层9PE PE接地线接地线接地线接地线接地线COM XF 备用备用备用备用COM XF 消防开关电缆端子井道电缆R05图纸线号电缆线号电缆名称主电缆电缆线号图纸线号分支电缆29021H10下强减开关1（SSD1）COM 1COM90电缆端子井道电缆R04图纸线号电缆线号电缆名称主电缆电缆线号图纸线号分支电缆28821H09上强减开关1（SSU1）COM 1COM 88电缆端子井道电缆R05图纸线号电缆线号电缆名称主电缆电缆线号图纸线号分支电缆38621H07下强减开关（SSD ）COM 1COM86133PE1321132下极限开关（SLDL ）H05PEPEPE 521336分支电缆TVV3(2*0.75+1*2.0)图纸线号电缆线号主电缆电缆名称电缆线号图纸线号井道电缆R05电缆端子84COM 1COM 上强减开关（SSU ）H0312843分支电缆图纸线号电缆线号主电缆电缆名称电缆线号图纸线号井道电缆R04电缆端子111COM1COM 上限位开关（SLUT ）H02121114分支电缆TVV2(2*0.75)图纸线号电缆线号主电缆电缆名称电缆线号图纸线号井道电缆R04电缆端子134PE1331133上极限开关（SLUL ）H01PEPE PE 521346分支电缆TVV3(2*0.75+1*2.0)图纸线号电缆线号主电缆电缆名称电缆线号图纸线号井道电缆R04电缆端子电缆端子井道电缆R05图纸线号电缆线号电缆名称主电缆电缆线号图纸线号分支电缆411321H06下限位开关（SLDT ）COM 1COM113*1.75m/s 以上用StandardDesign TechnicsCollate DateCheck GUANGDONG WINONE ELEVATOR CO.,LTD.广东菱王电梯有限公司Cable List Diagram 3电缆查对表3ET02-JX07A WES-MT02-01A TVV2(2*0.75)TVV2(2*0.75)TVV2(2*0.75)TVV2(2*0.75)TVV2(2*0.75)端子端子端子端子端子CN1插接件针号轿厢显示板图纸线号端子号接线方式CTB-B/CN124V+24V-双绞3双绞4双绞2双绞124V-24V+24V-24V+分支电缆TVVP4(2*2P *0.75)图纸线号电缆线号T02T01电缆线号图纸线号TVVP4(2*2P *0.75)分支电缆24V+24V-CANH CANL 24V+24V-CANL CANH 双绞1双绞2双绞4双绞3CANHCANL 24V-24V+轿顶检修箱接线方式端子号图纸线号轿厢控制板针号插接件CN2端子端子端子端子端子警铃、对讲机P+P-R+R-401DS 811T04电缆线号图纸线号轿厢电缆811401DS 811DS4011243轿顶检修箱接线方式端子号图纸线号端子端子端子端子端子轿厢操纵箱端子端子端子P-P+R+R-R-R+P-P+7865到站钟ET02-JX08A WES-MT02-01A Cable List Diagram 4电缆查对表4GUANGDONG WINONE ELEVATOR CO.,LTD.广东菱王电梯有限公司DateCheck TechnicsCollate StandardDesign LH LHLH 后门关门限位后门控制板公共线1CMM 1M61M71M71CMM 1M61M71M61CMM 后门开门限位MODH MODLCANLCANH MODH MODL 2143默纳克一体化用默纳克一体化用满载MZ 15MZ MZ 端子端子端子端子端子端子端子端子端子端子端子超载信号轿厢检修运行388078103982PE 接地线PE PEPE1410111312823910788082807839104端子端子383878659光幕、触板信号关门限位控制板公共线CMM M6M7T03电缆线号图纸线号TVV16 (15*0.75+1*2.0)轿厢电缆M7CMM M6M7M6CMM 123轿顶检修箱接线方式端子号图纸线号端子端子端子轿厢操纵箱开门限位备用备用备用备用38A 38A 38A 后门光幕、触板信号PE 屏蔽层PE PE PE 屏蔽层PE PE 接地线接地线默纳克一体化用151GM 端子端子端子端子端子端子端子PE接地线PEPEPE14101113121KM 1V6GM V6KM TVV16 (15*0.75+1*2.0)1GM 1KM 1V6GM V6KM 1GM 1KM 1V6GM V6KM 前门门机后门门机2143公共线开关线PEM04电缆线号图纸线号TVV5(4*0.75+1*2.0)光幕触板电缆20220138CMM 202201CMM 381243轿顶检修箱接线方式端子号图纸线号端子端子端子端子端子光幕/触板开关PEPEPE门区开关端子端子端子图纸线号端子号接线方式轿顶检修箱21COM MQ COM 平层感应器电缆TVV3(3*0.75)图纸线号电缆线号M01A COM 门区开关公共线PEM02电缆线号图纸线号TVV3(2*0.75+1*2.0)轿门锁电缆PE 116116A PE 12PE 轿顶检修箱接线方式端子号图纸线号端子端子端子轿门锁门锁开关38CMM 201202光幕电源光幕电源202201CMM 38A PE PEPE后门光幕/触板开关端子端子端子端子端子图纸线号端子号接线方式轿顶检修箱342138A CMM 201202CMM 38A 201202光幕触板电缆TVV5(4*0.75+1*2.0)图纸线号电缆线号M04APE 开关线公共线Design StandardTechnicsCollate DateCheck GUANGDONG WINONE ELEVATOR CO.,LTD.广东菱王电梯有限公司Cable List Diagram 5电缆查对表5ET02-JX09A WES-MT02-01A 公共线上门区开关COM MQS M01B 电缆线号图纸线号TVV3(3*0.75)平层感应器电缆COM MQS MQS COM 123轿顶检修箱接线方式端子号图纸线号端子端子端子门区开关MQXMQXMQX 下门区开关有提前开门和再平层功能时配接门锁开关轿门锁端子端子端子图纸线号端子号接线方式轿顶检修箱PE 21PE118PE轿门锁电缆TVV3(2*0.75+1*2.0)图纸线号电缆线号M02APE 开双门时配接开双门时配接116A 116A 116A3接地线接地线接地线接地线116116A 116116A118118MQ MQ安全钳开关端子端子端子图纸线号端子号接线方式轿顶检修箱PE 21134135PE 135134PE 安全钳电缆TVV3(2*0.75+1*2.0)图纸线号电缆线号M03134135PE 安全钳开关CMMM05电缆线号图纸线号TVV3(3*0.75)称重电缆CMM 39MZ CMM MZ 39123轿顶检修箱接线方式端子号图纸线号端子端子端子超满轻载开关公共线MZ 39满载开关超载开关M06A电缆线号图纸线号TVV3(2*0.75+1*2.0)轿厢风扇电缆PE241JN1PEJN124112PE 轿顶检修箱接线方式端子号图纸线号端子端子端子轿厢风扇241JN1PE 轿厢风扇轿厢照明PE JN2241轿厢照明端子端子端子图纸线号端子号接线方式轿顶检修箱PE 21241JN2PEJN2241PE轿厢照明电缆TVV3(2*0.75+1*2.0)图纸线号电缆线号M06BStandardDesign TechnicsCollate DateCheck GUANGDONG WINONE ELEVATOR CO.,LTD.广东菱王电梯有限公司Cable List Diagram 6电缆查对表6ET02-JX10A WES-MT02-01A V>=2.0m/s 时配接HG AMP-172096-1HGAMP-171892-1控 制 柜插接件针号图纸线号电缆线号图纸线号TVV3(2*0.75+1*2.0)井道上端站电缆292213494PE PE 9R06分 支 点COM 1COM PE 9294PE COM 1R07PE 2井道下端站电缆TVV3(2*0.75+1*2.0)图纸线号电缆线号COM 上强减开关2（SSU2）下强减开关2（SSD2）接地线接地线接地线接地线WES-MT02-01A ET02-JX11A 电缆查对表7Cable List Diagram 7广东菱王电梯有限公司GUANGDONG WINONE ELEVATOR CO.,LTD.Check DateCollate TechnicsDesign Standard接地线PE PE PE PE M07-2电缆线号图纸线号TVV7 (6*0.75+1*2.0)门机电缆GM KM GM KM 1243轿顶检修箱接线方式端子号图纸线号端子端子端子端子端子门机控制板端子端子M6V6M7CMM PECMM M7M6V6PE65PEPEV6M6M7CMM KM GM 开门信号关门信号开门到位关门到位开关门公共线限位公共线接地线门机电源202201门机控制板端子端子端子图纸线号端子号接线方式轿顶检修箱21201202202201门机电缆TVV3 (2*0.75+1*2.0)图纸线号电缆线号M07-1M07A-1电缆线号图纸线号TVV3 (2*0.75+1*2.0)门机电缆20120220220112轿顶检修箱接线方式端子号图纸线号端子端子端子门机控制板PEPEPE PE 201202门机电源接地线开双门时配接开双门时配接接地线限位公共线开关门公共线关门到位开门到位关门信号开门信号1GM 1KM 1CMM 1M71M61V6PE PE 56PE1V61M61M71CMM PE1CMM 1M71V61M6端子端子门机控制板端子端子端子端子端子图纸线号端子号接线方式轿顶检修箱34211KM 1GM 1KM 1GM 门机电缆TVV7 (6*0.75+1*2.0)图纸线号电缆线号M07A-2应急灯YD27YD2YD2端子YD16YD1YD1TVV9 (8*0.75+1*2.0)PEPEPE PE 端子端子备用照明端子端子端子图纸线号端子号接线方式轿顶检修箱321242JN1JN2JN1242JN2轿厢电缆图纸线号电缆线号T05风扇风扇、照明公共线242JN1JN2备用备用458端子端子端子轿厢操纵箱备用接地线轿厢检修开关110110B 110110B 110110BWES-MT02-01A ET02-JX12A 电缆查对表8Cable List Diagram 8广东菱王电梯有限公司GUANGDONG WINONE ELEVATOR CO.,LTD.Check DateCollate TechnicsDesign Standard接地线PE PE PE PE 后门急停按钮端子端子端子图纸线号端子号接线方式轿顶检修箱21150140轿顶急停电缆TVV3 (2*0.75+1*2.0)图纸线号电缆线号M08插接件针号呼梯盒井道电缆R03图纸线号电缆线号电缆名称主电缆24V+24V-MODL MODH 屏蔽层双绞3双绞4双绞2双绞1MODH MODL 24V-24V+2134通讯分支电缆TVVP4(2*2P *0.75)图纸线号电缆线号HCN 默纳克一体化用116NMT PE1116厅门锁HDNPEPEPE 12NMT 2门锁分支电缆TVV3(2*0.75+1*2.0)图纸线号电缆线号主电缆电缆名称电缆线号图纸线号井道电缆R02电缆端子PEPEPE接地线开双门时配接后门急停按钮150140150140井道照明灯端子端子图纸线号端子号接线方式无机房控制柜21UK3UK2透视窗井道照明电缆TVV2 (2*0.75)图纸线号电缆线号M09无机房梯配接UK3UK2UK3UK2井道照明灯默纳克一体化用CN12143。
ADS1115数据手册中文翻译
9.3功能说明9.3.1多路复用器9.3.2模拟输入9.3.3满量程（FSR）和LSB大小9.3.4参考电压9.3.5振荡器9.3.6数字比较器（仅ADS1114和ADS1115）9.3.7转换就绪引脚（仅适用于ADS1114和ADS1115）9.3.8 SMbus警报响应9.4设备功能模式9.4.1复位和上电9.4.2操作模式9.4.3低功耗的Duty Cycling9.5编程9.5.1 I2C接口9.5.2从模式操作9.5.3写入和读取寄存器9.5.4数据格式9.6Register Map9.6.1地址指针寄存器（地址= N / A）[reset = N / A]9.6.2转换寄存器（P [1：0] = 0h）[reset = 0000h]9.6.3配置寄存器（P [1：0] = 1h）[reset = 8583h]9.6.4 Lo_thresh（P [1：0] = 2h）[reset = 8000h]和Hi_thresh（P [1：0] = 3h）[reset = 7FFFh]10应用与实施10.1申请信息10.1.1基本连接10.1.2单端输入10.1.3输入保护10.1.4未使用的输入和输出10.1.5模拟输入滤波10.1.6连接多个设备10.1.7快速入门指南9.3功能说明9.3.1多路复用器ADS1115包含输入多路复用器（MUX），如图25所示。
可以测量四个单端或两路差分信号。
另外，AIN0和AIN1可以与AIN3差分测量。
多路复用器由Config寄存器中的MUX [2：0]位组成。
当测量单端信号时，ADC的负输入通过多路复用器内的开关内部连接到GND。
ADS1113和ADS1114没有输入多路复用器，可以测量一个差分信号或一个单端信号。
对于单端测量，将AIN1引脚连接到外部。
在本数据手册的后续章节中，AINP指的是AIN0，AINN是指ADS1113和ADS1114的AIN1。
MAV-11SM中文资料
ABSOLUTE MAXIMUM RATING7
DC POWER at Pin 3
THERMAL RESISTANCE 6
θ jc °C/W 115 105 115 100 120 120 140 110 100 110 95 85 125
CAPD DATA
(see RF/IF Designer Handbook)
2000 — 11.0 10.5 — 11.0 11.0 — — 10.0** 10.0** — 6.5** —
note 5 note 1 Typ. Output Input (1 dB (no Comp.) damage) MIN. 13.0 8.5 8.0 7.0 9.0 8.5 19.0 12.5 7.5 7.5 7.0 5.5 9.0 +1.5 +4.5 +10.0 +12.5 +2.0 +5.5 +12.5 +1.5 +4.5 +10.0 +11.5 +18.0 +17.5 +13 +13 +13 +13 +13 +13 +13 +13 +13 +13 +13 +20 +13
cb cb cb cb
3.0 +14.5 5.0 +19.0 3.3 +27.0 5.5 +14.0 6.5 +17.0 6.0 +23.0 7.0 +24.5 6.5 +29.0 3.6 +30.0
WW107 cb WW107 cb WW107 cb RRR137 cb ቤተ መጻሕፍቲ ባይዱRR137 cb RRR137 cb RRR137 cb RRR137 cb RRR137 cb
SMCJ中文资料
6.40 6.40 6.67 6.67 7.22 7.22 7.78 7.78 8.33 8.33 8.89 8.89 9.44 9.44 10.0 10.0 11.1 11.1 12.2 12.2 13.3 13.3 14.4 14.4 15.6 15.6 16.7 16.7 17.8 17.8 18.9 18.9 20.0 20.0 22.2 22.2 24.4 24.4 26.7 26.7 28.9 28.9 31.1 31.1 33.3 33.3 36.7 36.7 40.0 40.0 44.4 44.4 47.8 47.8 50.0 50.0 53.3 53.3 56.7 56.7 60.0 60.0 64.4 64.4
TA, AMBIENT TEMPERATURE ( C)
FIG.3-PULSE WAVE FORM
150 IPPM, PEAK PULSE CURRENT, %
tf=10us Peak Value IPPM TA=25 C Pulse Width (td) is defined as the point where the Peak Current Deacys to 50% of Ipp 10,000
RATINGS
Peak Power Dissipation at TA =25 C, TP=1ms(NOTE 1) Peak Forward Surge Current at 8.3ms Single Half Sine-Wave superimposed on rated load (JEDEC method) (NOTE 3) Maximum Instantenous Forward Voltage at 35.0A for Unidirectional only
JL125-11说明书
%$( 号码背面
控制功能
总开关 总开关用于控制点火和照明系统 " 其操作如下所述 " 位 置 功 能 钥匙状态
3(
电路被接通 !发动机可以起动 " 不能拔出 "
311
所有电路被断开 " 可拨出 "
.345
转向机构被锁定 ! 所有电路被断 开" 可拔出 "
) !/) !
指示灯
内容说明 功能
当转向开关手柄处于左或 $ 转向 % 指示灯 $ 绿色 % 右时 & 灯亮 !
燃油箱盖 打开 # 插入钥匙 " 并且按顺时针方向转动 !+% 圈 ! 该锁会释放 " 即能打开燃油箱盖 ! 关闭 # 将燃油箱推入就位 " 并插入钥匙 ! 如需 拔出钥匙 "则按反时针方向将其转动至原始 位置 ! 注! 只有在钥匙插入锁内时 " 才能关闭 燃油箱盖 # 如果燃油盖未正确关闭 "则不 能拔出钥匙 #
%&’ 号 码 …………………………………… $
发动机型号及系列 号 ……………………… $ 产品标 牌 …………………………………… $ 控制功 能 …………………………………… $ 总开 关 ……………………………………… $ 指示 灯 ……………………………………… ( 显示 板 ……………………………………… ( 手把开 关 …………………………………… ) 离合器操纵手 柄 …………………………… ) 换档方 式 …………………………………… * 前轮制动手 柄 ……………………………… * 后轮制动踏 板 ……………………………… * 燃油箱 盖 …………………………………… * 燃油 阀 ……………………………………… + 起动杆, 阻风门 - …………………………… + 脚踏式起动器 .电动 机 ……………………… + 转向机构 锁 ……………………………… !/ 座 垫 ……………………………………… !/ 后减震 器 ………………………………… !! 后扶 手 …………………………………… !!
LRxxxx-3SM中文资料
LR SeriesSPECIFICATIONS STANDARD*SPECIALELECTRICAL3000 to 8000 Mhz3000 to 8000 MHz Cuttoff Frequency (Fco)Number of Sections Available 3 TO 6 3 TO 8Nominal Impedance50 Ohms50 Ohms Maximum Insertion Loss See Below See Below Maximum VSWR (0.4 Fco to Fco.) 1.5/1 1.3/1 Attenuation in the Stopband See Graph See GraphMaximum Input Power (Average)(Watts to12/Loss Factor15/Loss Factor 10,000 ft.)Maximum Input Power (Peak)(Watts to250100010,000 ft.)ENVIRONMENTAL30 G's50 G'sShockVibration10 G's15 G'sHumidity90% relative100% relative Altitude Unlimited Unlimited*Contact Lark Applications EngineeringLOSS FACTOR FOR ALL LR SERIES FILTERS ISLF=0.09INSERTION LOSS:The Maximum Insertion Loss at cutoff frequency is equal to :LF x N + 0.05dBWhere:LF= Loss Factor, N= Number of SectionsExample:A 3 section LR with a cutoff frequency of 4000 MHz would have,0.09 x 3= 0.27 + 0.05 = 0.4dBConnectors Available on LR Series:Lark Code Type C DIM.Inches & MMLarkCodeType C DIM.Inches & MMA SMA JACK.31 & 7.8*L SOLDER PINAXIAL.12 & 3.0B SMA PLUG.38 & 9.6*M SOLDER PINRADIAL.12 & 3.0S SPECIAL*Not recommended for use with this seriesLENGTH:The approximate length of a Lark LR series filter can bedetermined by the formula:(0.5 N x LC) = LWhere N is the number of sections used, LC is the lengthconstant at the specified cutoff frequency, L is thedimension between the connectors; C1 and C2 are theconnector lengths as shown above. All of the lengthinformation given here is approximate. Exact lengthspecifications must be quoted by the factory. If a speciallength is needed, please submit all of your requirements -both electrical and mechanical. This will enable LarkEngineering to quote the optimum design for yourapplication.Example: A 3 section LR with a cutoff frequency of 4000MHz with SMA jack input and output connectors wouldbe:1.5 x 0.9 = 1.35 + 0.31 + 0.31 = 1.97 inchesIn most cases, the L dimension is rounded to the nearest 1/4 inch which in this instance would be 1.25 inches and the O.A.L. is:1.25 + 0.800 + 0.800 =2.85 inches.To convert inches to millimeters multiply x 25.40.Lark Engineering LR SERIES元器件交易网STOPBAND ATTENUATIONThe graphs on the next page defines the normal specification limits on attenuation Lark lowpass filter series LHP, LHQ, LSF, LSM, and LR. The minimum level of attenuation in dB is shown as a function of therelative frequency.A. Relative Frequency is defined as the frequency to be attenuated divided by the normal cutofffrequency.B. Cutoff Frequency is defined as the 1.5/1 VSWR cutoff frequency(Below 1000 MHz +4%-0%; 1000 MHz and above +3%-0%).Example:Specify a lowpass filter to pass 1500 MHz and attenuate 2100 MHz a minimum of 50dB.1. 2100 MHz is a relative frequency of 1.42100/1500 = 1.42. Reading from the curve at a relative frequency of 1.4, we find that a five section filter has a normal specification limit of 52dB. Therefore, a lowpass filter with five or more sections would be required to meetthe 50dB attenuation specification.Lark manufactures many other types of lowpass filters from 100 KHz to 8 GHz. Please contact us directly through our local sales representative with any of your filter requirements.STOPBAND ATTENUATION。
默纳克客梯电原理图
备注
单相 单相 三相 单相 单相 单相 无机房时有 无机房时有 无机房时有
无机房时有
无机房时放井道
无机房时用 无机房时放控制柜
无机房时用
无机房时放控制柜 无机房时放控制柜
无机房时用 货梯用
总共4第1页
LW-W 默纳克一体化控制系统 电气元件代号表
序号
49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96
备注
货梯用 有停电应急时有 有停电应急时有 有停电应急时有
轿顶、底坑、值班室 无机房时放控制柜
无机房时用
提前开门用
总共4第2页
LW-W 默纳克一体化控制系统 电气元件代号表
序号
97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144
警铃 超载蜂鸣器
到站钟 指令灯 关门灯 下召灯 轿箱风扇 开门灯 超载灯 上召灯
型号及规格
2A 6A 6A 3A 4A 4A
AC 110V
BK-950 BK-200
DC 24V DC 24V
35A/1000V 35A/1000V
AC 220V AC 220V 250V/10A 250V/10A 250V/10A AC 36V AC 36V AC 220V AC 220V
SMHF资料
33DESCRIPTIONThe SMHF Series™of 28 V DC/DC converters offers a wide input voltage range of 16 to 40 volts and up to 15 watts of output power.The units are capable of withstanding short term transients up to 50volts. The package is a hermetically sealed, seam-welded metal case. Flanged and non-flanged models are available.S CREENING AND R EPORTSSMHF converters offer three screening options (Standard, Class H,or Class K) and three levels of radiation hardness (O, L, and R). See Tables 1, 2, and 3 for more information. Detailed reports on product performance are also available and are listed in Table 4.C ONVERTERD ESIGNThe SMHF converters are switching regulators that use a quasi-square wave, single-ended forward converter design with a constant switching frequency of 550 kHz. Isolation between input and output circuits is provided with a transformer in the forward path and a temperature compensated opto-coupler in the feedback control loop. The opto-coupler is radiation hardened and is especially selected for space applications.For the SMHF dual output models, cross regulation is maintained by tightly coupled output magnetics. Up to 70% of the total output power is available from either output, providing the opposite output is simultaneously carrying 30% of the total output power. Predictable current limit is accomplished by directly monitoring the output load current and providing a constant current output above the overload point.H IGHER P OWER D ENSITYThe SMHF Series offers a new standard of performance for small size and high power density. At just 0.33 inch high and a total foot-print of 1.7 in 2, this low profile package offers a total power density of up to 30 watts per cubic inch.L OW N OISE ,H IGH A UDIO R EJECTIONThe SMHF converters’feed-forward compensation system provides excellent dynamic response and noise rejection. Audio rejection is typically 50 dB. Typical output voltage response for a 50% to 100%step load transient is as low as 1.3% with a 150 msec recovery time.Input ripple current is typically 35 mA p-p with output ripple voltage typically 30 mV p-p .I NHIBIT F UNCTIONSMHF converters provide an inhibit terminal that can be used to disable internal switching, resulting in no output and very low quies-cent input current. The converter is inhibited when a TTL compatible low (≤0.8 – output disabled) is applied to the inhibit pin. The unit is enabled when the pin, which is internally connected to a pull-up resistor, is left unconnected or is connected to an open-collector gate. The open circuit output voltage associated with the inhibit pin is 8.5 to 12 VDC. In the inhibit mode, a maximum of 12 mA must be sunk from the inhibit pin at 28 VDC input.S YNCHRONIZATIONA synchronization feature is included with the SMHF Series that allows the user to match the switching frequency of the converter to the frequency of the system clock. An external synchronization feature is included that allows the user to adjust the nominally 550kHz operating frequency to any frequency within the range of 500 kHz to 600 kHz. This is initiated by applying a TTL compatible input of the desired frequency to pin 5.S HORT C IRCUIT P ROTECTIONSMHF Series converters provide short circuit protection by restricting the output current to approximately 115% of the full load output current. The output current is sensed in the secondary stage to provide highly predictable and accurate current limiting, and to eliminate foldback characteristics.U NDERVOLTAGE L OCKOUTUndervoltage lockout prevents the units from operating below approximately 14 VDC input voltage to keep system current levels smooth, especially during initialization or re-start operations.RECOMMENDED OPERATING CONDITIONSTYPICAL CHARACTERISTICSSYNC AND INHIBITABSOLUTE MAXIMUM RATINGSInput Voltage •16 to 40 VDCPower Dissipation (Pd)•8WOutput Power•12 to 15 watts depending on modelLead Soldering Temperature (10 sec per lead)•300°CStorage Temperature Range (Case)•–65°C to +150°C34DC/DC C ONVERTERSOutput Voltage Temperature Coefficient •100 ppm /°C typical •150 ppm/°C maximum Input to Output Capacitance •60 pF typicalUndervoltage Lockout •12 V input typical Current Limit•115% of full load typical Isolation•100 megohm minimum at 500 V Audio Rejection •50 dB typicalConversion Frequency (º55°C to +125°C Tc)•Free run 550 kHz typical 480 kHz min, 620 kHz max Inhibit Pin Voltage (unit enabled)•8.5 to 12 VInput Voltage Range•16 to 40 VDC continuous•0 V for up to 50 msec transient Case Operating Temperature (Tc)•–55°C to +125°C full power •–55°C to +135°C absoluteDerating Output Power/Current (Tc)•Linearly from 100% at 125°C to 0% at 135°CSMHF SERIES SINGLE AND DUAL 15 WATTSINGLE OUTPUT MODELS SMHF283R3S SMHF2805S SMHF2812S SMHF2815S OUTPUT VOLTAGE Tc = 25°C 3.27 3.3 3.33 4.955 5.0511.881212.1214.851515.15VDC OUTPUT CURRENT V IN = 16 TO 40 VDC —— 2.4—— 2.4—— 1.25—— 1.00A OUTPUT POWER V IN = 16 TO 40 VDC 0—80—120—150—15W OUTPUT RIPPLE 10 kHz - 2 MHz —60160—3080—60160—6075mV p-p VOLTAGETc = –55°C TO +125°C —80240—150240—50120—100260LINE REGULATION V IN = 16 TO 40 VDC —5100—5100—5100—5100mV LOAD REGULATION NO LOAD TO FULL —2050—2050—2050—2050mV INPUT VOLTAGE CONTINUOUS 162840162840162840162840VDC NO LOAD TO FULL TRANSIENT 120 ms0—500—500—500—50V INPUT CURRENTNO LOAD —2565—2540—2550—2562FULL LOAD ——397—560624—680752—670752mAINHIBITED —512—512—512—512INPUT RIPPLE 10k Hz - 10 MHz —4580—3580—3580—3580mA p-p CURRENT Tc = –55°C TO +125°C——120——120——120——120EFFICIENCY Tc = 25°C 7073—7375—7879—7480—%LOAD FAULT 1SHORT CIRCUIT POWER DISSIPATION —58— 3.58— 3.58— 3.57W RECOVERY 2—7.530—7.530—7.530—7.530ms STEP LOAD 50 %–100%– 50%RESPONSE TRANSIENT –400150500–500150500–700150700–800200800mV pk RECOVERY 2—150300—150300—150500—6001200µs STEP LINE 16 TO 40 TO 16 V INRESPONSE TRANSIENT 3–800550800–800550800–800550800–800550800mV pk RECOVERY 2—0.8 1.2—0.8 1.2—0.8 1.2—0.8 1.2µs START-UP DELAY —1025—1025—1025—1025µs 0 TO 28 VINOVERSHOOT 4—200300—100600—2001200—2001500mV pkNotes1.Indefinite short circuit protection not guaranteed above 125°C (case)2.Recovery time is measured from application of the transient to the point at which Vout is within regulation.3.Input step transition time >10µs.4.Input step transition time <100µs.Sync In (500 to 600 kHz) •Duty cycle 40% to 60%•Logic low 0.8 V max•Logic high 4.5 V min, 5 V max •Referenced to input common•If not used, connect to input common Inhibit TTL Open Collector •Logic low (output disabled)Logic low voltage ≤0.8 V max Inhibit pin current 4.0 mA max•Referenced to input common •Logic high (output enabled)Open collector or unconnectedElectrical Characteristics:25°C Tc,28 VDC Vin,100% load,radiation level O,unless otherwise specified.元器件交易网DC/DC CONVERTERS SMHF SERIESSINGLE AND DUAL15 WATTDUAL OUTPUT MODELS SMHF2805D SMHF2812D SMHF2815D PARAMETER CONDITIONS MIN TYP MAX MIN TYP MAX MIN TYP MAX UNITS OUTPUT VOLTAGE+V OUT 4.95 5.00 5.0511.8812.0012.1214.8515.0015.15VDC–V OUT 4.92 5.00 5.0811.8212.00121814.7815.0015.23OUTPUT CURRENT1V IN= 16 to 40 VDC—±1.2 1.68—±0.6250.875—±0.5000.700A OUTPUT POWER1V IN= 16 to 40 VDC——12——15——15W OUTPUT RIPPLE10 kHz -2 MHz—60160—70175—70175 VOLTAGE ±V OUT Tc = –55°C to +125°C—100240—100275—100275mV p-pLINE REGULATION BALANCED+V OUT—550—550—550mV Vin = 16 to 40 VDC LOAD–V OUT——100——100——100LOAD REGULATION BALANCED+V OUT—2050—2050—2050mV LOAD–V OUT——150——150——150CROSS REGULATION2NEGATIVE V OUT—67.5—36—36% INPUT VOLTAGE CONTINUOUS162840162840162840VDC NO LOAD TO FULL TRANSIENT50 msec——50——50——50V INPUT CURRENT NO LOAD—2050—2550—2550FULL LOAD—540600—645754—638754mAINHIBITED—612—512—512INPUT RIPPLE10 kHz - 10 MHz—3080—4080—4080 CURRENT Tc = –55°C to +125°C—60120—55120—55120mA p-p EFFICIENCY7577—7481—7482—% LOAD FAULT SHORT CIRCUIT3POWER DISSIPATION—38—36—36W RECOVERY4—7.530—7.550—7.550ms STEP LOAD RESP.550% – 100% – 50%BALANCED LOADSTRANSIENT +V OUT–600200600–600300600–600300600mV pk –V OUT–600150600–600100500–600100600RECOVERY4—150500—200500—200600µs STEP LINE RESP.16 – 40 – 40 VDC±V OUT TRANSIENT6–800600800–750550750–750550750mV pk RECOVERY4—0.8 1.2—0.8 1.2—0.8 1.2ms START-UP DELAY—1230—1225—1225ms OVERSHOOT7010050002005000200500mV pkNotes1.Up to 70% of the total output power is available from either output providingthe opposite output is simultaneously carrying 30% of the total output power. Each output must carry a minimum of 30% of the total output power in order to maintain regulation on the negative outputs.2.Effect on –Vout for the following conditions, percentages are of total power:+Po = 50% to 10% and –Po = 50%+Po = 50% and –Po = 50% to 10%3.Indefinite short circuit protection not guaranteed above 125°C (case)4.Recovery time is measured from application of the transient to point atwhich Vout is within regulation.5.Response of either output with the opposite output held at half of the totaloutput power.6.Input step transition time >10µs.7.Input step transition time <100µs.Electrical Characteristics:25°C Tc,28 VDC Vin,100% load,radiation level O,unless otherwise specified.元器件交易网3536DC/DC CONVERTERSSMHF SERIES SINGLE AND DUAL 15 WATTBLOCK DIAGRAM元器件交易网DC/DC C ONVERTERSSMHF SERIESSINGLE AND DUAL15 WATTSMD NUMBERSS TANDARD M ICROCIRCUIT D RAWING(SMD)5962-9213902HXC IN PROCESS5962-9160102HXC 5962-9555902HXC 5962-9214402HXC 5962-9161402HXCSMHFS IMILAR P ARTSMHF2805S/HO SMHF2812S/HO SMHF2815S/HO SMHF2805D/HO SMHF2812D/HO SMHF2815D/HPT o indicate the flanged case option change the “X ” to “Z ” In the SMD number. The SMD number shown is for Class H screening, non-flanged, and no Radiation Hardness Assurance (RHA) level. See the SMD for the numbers for other screening and radiation levels. For exact specifications for an SMD product, refer to the SMD drawing.Call your Interpoint repre-sentative for status on the SMHF SMD releases which are “in process.” SMDs can be downloaded from /programs/smcr37元器件交易网DC/DC C ONVERTERSSMHF SERIES SINGLE AND DUAL 15 WATTTypical Performance Curves:25°C Tc ,28 VDC Vin,100% load,free run,unless otherwise specified.F IGURE 9F IGURE 10F IGURE 1138元器件交易网DC/DC C ONVERTERSSMHF SERIES SINGLE AND DUAL15 WATTTypical Performance Curves:25°C Tc ,28 VDC Vin,100% load,free run,unless otherwise specified.F IGURE 18F IGURE 20F IGURE 15F IGURE 16F IGURE 19F IGURE 17F IGURE 12F IGURE 14F IGURE 1339元器件交易网DC/DC C ONVERTERSSMHF SERIESSINGLE AND DUAL 15 WATT元器件交易网DC/DC CONVERTERS SMHF SERIESSINGLE AND DUAL15 WATT元器件交易网4142DC/DC CONVERTERSSMHF SERIES SINGLE AND DUAL 15 WATTDefinitionsElement Evaluation: Component testing/screening per MIL-STD-883 as determined by MIL-PRF-38534SEM: Scanning Electron MicroscopySLAM ™: Scanning Laser Acoustic Microscopy C-SAM: C - Mode Scanning Acoustic Microscopy元器件交易网DC/DC CONVERTERST ABLE2:P RODUCT E NVIRONMENTAL S CREENINGSMHF SERIES SINGLE AND DUAL15 WATTE NVIRONMENTAL S CREENING S PACET EST P ERFORMED P ROTOTYPE C LASS C LASS(END ITEM LEVEL)(O)H KNon-destruct bond pullMethod 2023no no yesPre-cap inspectionMethod 2017, 2032yes yes yesTemperature cycleMethod 1010, Cond. C yes yes yesConstant accelerationMethod 2001, 3000 g yes yes yesPIND TestMethod 2020, Cond. B no yes yesRadiographyMethod 2012no no yesPre burn-in test yes yes yesBurn-in, Method 1015, 125°C96 hours yes no no160 hours no yes no2 x 160 hour (includes mid BI test)no no yesFinal electrical testMIL-PRF-38534, Group A yes yes yesHermeticity testFine Leak,Method 1014, Cond. A yes yes yesGross Leak,Method 1014, Cond. C yes yes yesFinal visual inspectionMethod 2009yes yes yesTest methods are referenced to MIL-STD-883 as determined by MIL-PRF-38534.元器件交易网4344DC/DC CONVERTERS11921-001-DTS Rev B This revision supercedes all previous releases.All technical information is believed to be accurate, but no responsibility is assumed for errors or omissions. Interpoint reserves the right to make changes in products or specifications without notice. SMHF Series is a trademark of Interpoint. Copyright ©1997-2000 Interpoint. All rights reserved.T ABLE 3:R ADIATION H ARDNESS L EVELSSMHF SERIES SINGLE AND DUAL 15 WATTContact Information:Interpoint Headquarters USA Phone:1-800-822-8782+425-882-3100Email:power@ Interpoint UKPhone:+44-1252-872266Email:poweruk@Interpoint FrancePhone:+33-134285455Email:powerfr@PRODUCT LEVEL AVAILABILITYENVIRONMENTAL SCREENING LEVELSSPACEPROTOTYPE CLASS CLASSRADIATION HARDNESS LEVELS (O)H KO : Standard, no radiation guarantee For system evaluation, electrically OOHONotand mechanically comparable to availableH and K level.R :Radiation hardened – Tested lots Not Up to 100 k Rads (Si) total dose availableHR KRSEU guarantee up to 40 MeVT ABLE 4:R EPORTS I NCLUDED WITH PURCHASE OF PRODUCT HR or KR 1.Radiation Susceptibility Analysis2.Electrical/Thermal Stress Analysis and Derating Report3.MTBF Report4.FMEA ReportHO option: Reports 2, 3, and 4 are included with purchase.OO option: Select reports available as separate purchases.R is referenced to MIL-PRF-38534, appendix G , Radiation Hardness Assurance (RHA) levels.元器件交易网。
OPA111AM中文资料
IO = 0mADC
±15
±15
±15
VDC
±5
±18
±5
±18
±5
±18
VDC
2.5
3.5
2.5
3.5
2.5
3.5
mA
Specification Operating Storage θ Junction-Ambient
Ambient Temp.
–25
+85
–25
+85
–55
+125
°C
Ambient Temp.
®
OPA111
2
元器件交易网
ELECTRICAL (FULL TEMPERATURE RANGE SPECIFICATIONS)
At VCC = ±15VDC and TA = TMIN to TMAX unless otherwise noted.
PARAMETER
CONDITION
元器件交易网
®
OPA111
SBOS138
Low Noise Precision Difet ® OPERATIONAL AMPLIFIER
FEATURES
q LOW NOISE: 100% Tested, 8nV√Hz max (10kHz)
q LOW BIAS CURRENT: 1pA max q LOW OFFSET: 250µV max q LOW DRIFT: 1µV/°C max q HIGH OPEN-LOOP GAIN: 120dB min q HIGH COMMON-MODE REJECTION:
VIN = ±10VDC
±10
±11
P4SMAJ58CA-T3中文资料
P4SMAJ SERIES400W SURFACE MOUNT TRANSIENT VOLTAGE SUPPRESSORFeatures!Glass Passivated Die Construction! 400W Peak Pulse Power Dissipation ! 5.0V – 170V Standoff Voltage! Uni- and Bi-Directional Versions Available ! Excellent Clamping Capability ! Fast Response ! Plastic Case Material has UL FlammabilityClassification Rating 94V-O Mechanical Data! Case: SMA/DO-214AC, Molded Plastic ! Terminals: Solder Plated, Solderable per MIL-STD-750, Method 2026! Polarity: Cathode Band Except Bi-Directional ! Marking: Device Code! Weight: 0.064 grams (approx.)!Lead Free: For RoHS / Lead Free Version,Add “-LF” Suffix to Part Number, See Page 6“C” Suffix Designates Bi-directional Devices “A” Suffix Designates 5% Tolerance Devices No Suffix Designates 10% Tolerance DevicesMaximum Ratings and Electrical Characteristics @T A =25°C unless otherwise specifiedCharacteristicSymbol Value Unit Peak Pulse Power Dissipation at T A = 25°C (Note 1, 2, 5) Figure 3P PPM 400 MinimumW Peak Forward Surge Current (Note 3)I FSM 40A Peak Pulse Current on 10/1000µS Waveform (Note 1) Figure 4I PPM See Table 1A Steady State Power Dissipation (Note 4)P M(AV) 1.0W Operating and Storage Temperature RangeT j , T STG-55 to +150°CNote: 1. Non-repetitive current pulse per Figure 4 and derated above T A = 25°C per Figure 1.2. Mounted on 5.0mm 2 copper pad to each terminal.3. 8.3ms single half sine-wave duty cycle = 4 pulses per minutes maximum.4. Lead temperature at 75°C.5. Peak pulse power waveform is 10/1000µS.WTESMA/DO-214AC Dim Min MaxA2.50 2.90B4.00 4.60C1.20 1.60D0.1520.305E4.805.28F2.00 2.44G0.0510.203H0.76 1.52All Dimensions in mm0123I ,P EA K P U L S E C U R R E N T (%I )P p p t,TIME (ms)Fig.4Pulse Waveform255075100125150175200100755025T ,AMBIENT TEMPERATURE (C)Fig.1Pulse Derating CurveA °P E A K P U L S E D E R A T I N G I N %O F P E A K P OW E R O R C U R R E N T0.11.0t PULSE WIDTH (s)Fig.3Pulse Rating Curvep m 0.1101001.010100010000P ,P E A K P U L S E P O W E R (k W )d 100101001000100001101001000C ,J U N C T I O N C A P A C I T A N C E (p F )J V ,STANDOFF VOLTAGE (V)Fig.2Typical Junction CapacitanceWMP4SMAJ5.0A P4SMAJ6.0 P4SMAJ6.0A HEHFHG5.006.006.006.406.676.677.258.457.671010109.211.410.343.535.138.8800800800P4SMAJ6.5 P4SMAJ6.5A P4SMAJ7.0 P4SMAJ7.0A HHHKHLHM6.506.507.007.007.227.227.787.789.148.309.868.951010101012.311.213.312.032.535.730.133.3500500200200P4SMAJ7.5 P4SMAJ7.5A P4SMAJ8.0 P4SMAJ8.0A HNHPHQHR7.507.508.008.008.338.338.998.9910.679.5811.3010.23111114.312.915.013.628.031.026.529.41001005050P4SMAJ8.5 P4SMAJ8.5A P4SMAJ9.0 P4SMAJ9.0A HSHTHUHV8.508.509.009.009.449.4410.0010.0011.9210.8212.6011.50111115.914.416.915.425.127.723.626.0101055P4SMAJ10 P4SMAJ10A P4SMAJ11 P4SMAJ11A HWHXHYHZ10.0010.0011.0011.0011.1011.1012.2012.2014.1012.8015.4014.00111118.817.020.118.221.223.520.022.01111P4SMAJ12 P4SMAJ12A P4SMAJ13 P4SMAJ13A IDIEIFIG12.0012.0013.0013.0013.3013.3014.4014.4016.9015.3018.2016.50111122.019.923.821.518.120.116.818.61111P4SMAJ14 P4SMAJ14A P4SMAJ15 P4SMAJ15A IHIKILIM14.0014.0015.0015.0015.6015.6016.7016.7019.8017.9021.1019.20111125.823.226.924.415.517.214.816.41111P4SMAJ16 P4SMAJ16A P4SMAJ17 P4SMAJ17A INIPIQIR16.0016.0017.0017.0017.8017.8018.9018.9022.6020.5023.9021.70111128.826.030.527.613.815.313.114.51111P4SMAJ18 P4SMAJ18A P4SMAJ20 P4SMAJ20A ISITIUIV18.0018.0020.0020.0020.0020.0022.2022.2025.3023.3028.1025.50111132.229.235.832.412.413.711.112.31111P4SMAJ22 P4SMAJ22A P4SMAJ24 P4SMAJ24A IWIXIYIZ22.0022.0024.0024.0024.4024.4026.7026.7030.9028.0033.8030.70111139.435.543.038.910.111.29.310.31111P4SMAJ26 P4SMAJ26A P4SMAJ28 P4SMAJ28A JDJEJFJG26.0026.0028.0028.0028.9028.9031.1031.1036.6033.2039.4035.80111146.642.150.045.48.69.58.08.81111P4SMAJ30 P4SMAJ30A P4SMAJ33 P4SMAJ33A JHJKJLJM30.0030.0033.0033.0033.3033.3036.7036.7042.2038.3046.5042.20111153.548.459.053.37.58.36.87.51111P4SMAJ36 P4SMAJ36A P4SMAJ40 P4SMAJ40A JNJPJQJR36.0036.0040.0040.0040.0040.0044.4044.4050.7046.0056.3051.10111164.358.171.464.56.26.95.66.21111P4SMAJ43 P4SMAJ43A P4SMAJ45 P4SMAJ45A JSJTJUJV43.0043.0045.0045.0047.8047.8050.0050.0060.5054.9063.3057.50111176.769.480.372.75.25.75.05.51111P4SMAJ48 P4SMAJ48A P4SMAJ51 P4SMAJ51A JWJXJYJZ48.0048.0051.0051.0053.3053.3056.7056.7067.5061.3071.8065.20111185.577.491.182.44.75.24.44.91111P4SMAJ54 P4SMAJ54A P4SMAJ58 P4SMAJ58A RDRERFRG54.0054.0058.0058.0060.0060.0064.4064.4076.0069.0081.6074.10111196.387.1103.093.64.24.63.94.31111P4SMAJ60 P4SMAJ60A P4SMAJ64 P4SMAJ64A RHRKRLRM60.0060.0064.0064.0066.7066.7071.1071.1084.5076.7090.1081.801111107.096.8114.0103.03.74.13.53.91111P4SMAJ70 P4SMAJ70A P4SMAJ75 P4SMAJ75A RNRPRQRR70.0070.0075.0075.0077.8077.8083.3083.3098.6089.50105.7095.801111125.0113.0134.0121.03.23.53.03.31111P4SMAJ78 P4SMAJ78A P4SMAJ85 P4SMAJ85A RSRTRURV78.0078.0085.0085.0086.7086.7094.4094.40109.8099.70119.20108.201111139.0126.0151.0137.02.92.22.62.91111P4SMAJ90P4SMAJ90A P4SMAJ100 P4SMAJ100A RWRXRYRZ90.0090.00100.00100.00100.00100.00111.00111.00126.50115.50141.00128.001111160.0146.0179.0162.02.52.72.22.51111P4SMAJ110 P4SMAJ110A P4SMAJ120 P4SMAJ120A SDSESFSG110.00110.00120.00120.00122.00122.00133.00133.00154.50140.50169.00153.001111196.0177.0214.0193.02.02.31.92.01111P4SMAJ130 P4SMAJ130A P4SMAJ150 P4SMAJ150A SHSKSLSM130.00130.00150.00150.00144.00144.00167.00167.00182.50165.50211.50192.501111231.0209.0268.0243.01.71.91.51.61111P4SMAJ160 P4SMAJ160A P4SMAJ170 P4SMAJ170A SNSPSQSR160.00160.00170.00170.00178.00178.00189.00189.00226.00205.00239.50217.501111287.0259.0304.0275.01.41.51.31.41111P4SMAJ5.0CA P4SMAJ6.0C P4SMAJ6.0CA TETFTG5.006.006.006.406.676.677.258.457.671010109.211.410.343.535.138.8160016001600P4SMAJ6.5C P4SMAJ6.5CA P4SMAJ7.0C P4SMAJ7.0CA THTKTLTM6.506.507.007.007.227.227.787.789.148.309.868.951010101012.311.213.312.032.535.730.133.310001000400400P4SMAJ7.5C P4SMAJ7.5CA P4SMAJ8.0C P4SMAJ8.0CA TNTPTQTR7.507.508.008.008.338.338.998.9910.679.5811.3010.23111114.312.915.013.628.031.026.529.4200200100100P4SMAJ8.5C P4SMAJ8.5CA P4SMAJ9.0C P4SMAJ9.0CA TSTTTUTV8.508.509.009.009.449.4410.0010.0011.9210.8212.6011.50111115.914.416.915.425.127.723.626.0202055P4SMAJ10C P4SMAJ10CA P4SMAJ11C P4SMAJ11CA TWTXTYTZ10.0010.0011.0011.0011.1011.1012.2012.2014.1012.8015.4014.00111118.817.020.118.221.223.520.022.01111P4SMAJ12C P4SMAJ12CA P4SMAJ13C P4SMAJ13CA UDUEUFUG12.0012.0013.0013.0013.3013.3014.4014.4016.9015.3018.2016.50111122.019.923.821.518.120.116.818.61111P4SMAJ14C P4SMAJ14CA P4SMAJ15C P4SMAJ15CA UHUKULUM14.0014.0015.0015.0015.6015.6016.7016.7019.8017.9021.1019.20111125.823.226.924.415.517.214.816.41111P4SMAJ16C P4SMAJ16CA P4SMAJ17C P4SMAJ17CA UNUPUQUR16.0016.0017.0017.0017.8017.8018.9018.9022.6020.5023.9021.70111128.826.030.527.613.815.313.114.51111P4SMAJ18C P4SMAJ18CA P4SMAJ20C P4SMAJ20CA USUTUUUV18.0018.0020.0020.0020.0020.0022.2022.2025.3023.3028.1025.50111132.229.235.832.412.413.711.112.31111P4SMAJ22C P4SMAJ22CA P4SMAJ24C P4SMAJ24CA UWUXUYUZ22.0022.0024.0024.0024.4024.4026.7026.7030.9028.0033.8030.70111139.435.543.038.910.111.29.310.31111P4SMAJ26C P4SMAJ26CA P4SMAJ28C P4SMAJ28CA VDVEVFVG26.0026.0028.0028.0028.9028.9031.1031.1036.6033.2039.4035.80111146.642.150.045.48.69.58.08.81111P4SMAJ30C P4SMAJ30CA P4SMAJ33C P4SMAJ33CA VHVKVLVM30.0030.0033.0033.0033.3033.3036.7036.7042.2038.3046.5042.20111153.548.459.053.37.58.36.87.51111P4SMAJ36C P4SMAJ36CA P4SMAJ40C P4SMAJ40CA VNVPVQVR36.0036.0040.0040.0040.0040.0044.4044.4050.7046.0056.3051.10111164.358.171.464.56.26.95.66.21111P4SMAJ43C P4SMAJ43CA P4SMAJ45C P4SMAJ45CA VSVTVUVV43.0043.0045.0045.0047.8047.8050.0050.0060.5054.9063.3057.50111176.769.480.372.75.25.75.05.51111P4SMAJ48C P4SMAJ48CA P4SMAJ51C P4SMAJ51CA VWVXVYVZ48.0048.0051.0051.0053.3053.3056.7056.7067.5061.3071.8065.20111185.577.491.182.44.75.24.44.91111P4SMAJ54C P4SMAJ54CA P4SMAJ58C P4SMAJ58CA WDWEWFWG54.0054.0058.0058.0060.0060.0064.4064.4076.0069.0081.6074.10111196.387.1103.093.64.24.63.94.31111P4SMAJ60C P4SMAJ60CA P4SMAJ64C P4SMAJ64CA WHWKWLWM60.0060.0064.0064.0066.7066.7071.1071.1084.5076.7090.1081.801111107.096.8114.0103.03.74.13.53.91111P4SMAJ70C P4SMAJ70CA P4SMAJ75C P4SMAJ75CA WNWPWQWR70.0070.0075.0075.0077.8077.8083.3083.3098.6089.50105.7095.801111125.0113.0134.0121.03.23.53.03.31111P4SMAJ78C P4SMAJ78CA P4SMAJ85C P4SMAJ85CA WSWTWUWV78.0078.0085.0085.0086.7086.7094.4094.40109.8099.70119.20108.201111139.0126.0151.0137.02.92.22.62.91111P4SMAJ90CP4SMAJ90CA P4SMAJ100C P4SMAJ100CA WWWXWYWZ90.0090.00100.00100.00100.00100.00111.00111.00126.50115.50141.00128.001111160.0146.0179.0162.02.52.72.22.51111P4SMAJ110C P4SMAJ110CA P4SMAJ120C P4SMAJ120CA XDXEXFXG110.00110.00120.00120.00122.00122.00133.00133.00154.50140.50169.00153.001111196.0177.0214.0193.02.02.31.92.01111P4SMAJ130C P4SMAJ130CA P4SMAJ150C P4SMAJ150CA XHXKXLXM130.00130.00150.00150.00144.00144.00167.00167.00182.50165.50211.50192.501111231.0209.0268.0243.01.71.91.51.61111P4SMAJ160C P4SMAJ160CA P4SMAJ170C P4SMAJ170CA XNXPXQXR160.00160.00170.00170.00178.00178.00189.00189.00226.00205.00239.50217.501111287.0259.0304.0275.01.41.51.31.41111MARKING INFORMATION RECOMMENDED FOOTPRINTPACKAGING INFORMATIONORDERING INFORMATIONProduct No.Package TypeShipping QuantityP4SMAJxx-T3SMA7500/Tape & Reel1. Shipping quantity given is for minimum packing quantity only. For minimumorder quantity, please consult the Sales Department.2.To order RoHS / Lead Free version, add “-LF” suffix to part number above.For example, P4SMAJ5.0-T3-LF .Won-Top Electronics Co., Ltd (WTE) has checked all information carefully and believes it to be correct and accurate. However, WTE cannot assume any responsibility for inaccuracies. Furthermore, this information does not give the purchaser of semiconductor devices any license under patent rights to manufacturer. WTE reserves the right to change any or all information herein without further notice.WARNING : DO NOT USE IN LIFE SUPPORT EQUIPMENT. WTE power semiconductor products are not authorized for use as critical components in life support devices or systems without the express written approval.We power your everyday.Won-Top Electronics Co., Ltd.No. 44 Yu Kang North 3rd Road, Chine Chen Dist., Kaohsiung, Taiwan Phone: 886-7-822-5408 or 886-7-822-5410Fax: 886-7-822-5417Email: sales@Internet: 。
SM6451AVNIPPON资料
SM6451AVAudio Variable Volume ICOVERVIEWThe SM6451A V is a 3-wire serial-controlled elec-PINOUT(Top View)SM6451AVBLOCK DIAGRAMPIN DESCRIPTIONNumber Name I/O 1 1. Ip = input pin with pull-up, A = analog, D= digitalA/D 1 Description1RSTN Ip D System reset input (LOW-level reset)2ADRS1Ip D Chip address set 13ADRS2Ip D Chip address set 24DVDD –D Digital supply5LOUT O A Left-channel audio output 6LIN I A Left-channel audio input 7AVDD –A Analog supply8VRL O A Left-channel reference voltage (0.5V DD ). Connect a 10 µF capacitor between VRL and AVSS.9VRR O A Right-channel reference voltage (0.5V DD). Connect a 10 µF capacitor between VRR and AVSS.10AVSS –A Analog ground 11RIN I A Right-channel audio input 12ROUT O A Right-channel audio output 13DVSS –D Digital ground14MLEN Ip D Microcontroller latch enable input 15MCK Ip D Microcontroller clock input 16MDTIpDMicrocontroller data inputAVDDAVSSSM6451AVSPECIFICATIONSAbsolute Maximum RatingsDVSS = A VSS = 0 V , DVDD = A VDD = V DDRecommended Operating ConditionsDVSS = A VSS = 0 V , DVDD = A VDD = V DDDC CharacteristicsDVDD = A VDD = V DD = 4.5 to 5.5 V , V SS = 0 V , Ta = − 40 to 85 ° CParameterSymbol Rating Unit Supply voltage V DD − 0.3 to 7.0V Input voltage V IN V SS − 0.3 to V DD + 0.3V Power dissipation P D 150mW Storage temperature T stg − 55 to 125 ° C Soldering temperature T sld 255 ° C Soldering timet sld10sParameterSymbol Rating Unit Supply voltage V DD4.5 to5.5V Supply voltage deviation DV DD − AV DD , DV SS − AV SS±0.1V Operating temperatureT opr− 40 to 85° CParameterSymbolConditionRatingUnitmin typ max DVDD Current consumptionI DDD1 Data transfer stopped, MDT, MCK, MLEN, RSTN, ADRS1, ADRS2 = V DD –0.3 1.0µA I DDD2ADRS1 = ADRS2 = 0V, 1.2 Vrms analog input, ATT = 0 dB, data transfer active–12mA AVDD Current consumption I DDA – 4.58mA HIGH-level input voltage 1 1. MDT, MCK, MLEN, RSTN, ADRS1, ADRS2V IH 0.7V DD ––V LOW-level input voltage 1 V IL ––0.3V DD V Input current 1 I IL V IN = 0 V –230400µA Input leakage current 1I IHV IN = V DD––1.0µASM6451AVAC Digital CharacteristicsDVDD = A VDD = V DD = 4.5 to 5.5 V, V SS = 0 V, Ta = −40 to 85 °C Serial inputs (MDT, MCK, MLEN)SM6451AVAC Analog CharacteristicsV DD = 5.0 V , 1.2 Vrms amplitude, 1 kHz input frequency, 100 k Ω output load resistance, Ta = 25 ° C,AC-coupled inputs Analog inputs (LIN, RIN)Analog outputs (LOUT, ROUT)Reference voltage (VRL, VRR)ParameterSymbol ConditionRatingUnit min typ max Input reference amplitude V AI – 1.2–Vrms Input resistance R IN 405060k Ω Input clipping voltageV CLPTHD + N = 1%, ATT = 0 dB–1.75–VrmsParameterSymbol ConditionRatingUnit min typ max Residual noise voltage V NS Input signal: 0 Vrms, A-weight filter, 0 dBr = 1.2 Vrms, ATT = 0 dB –1020 µ Vrms Signal-to-noise ratioSNR 95100–dBr Total harmonic distortion + noise THD + N ATT = 0 dB, 20 kHz lowpass filter–0.00170.0025%Gain control range R CNT − 80–0dB Step sizeStep 0.81 1.5dB Attenuation error (1k to 20kHz)ERR 1 0 to − 60 dB − 2–1dB ERR 2 − 61 to − 80 dB − 5–0dB Absolute attenuation (1 kHz)AT 0 ATT = 0 dB – − 0.1–dB AT 2ATT = − 20 dB – − 20.1–dB AT 4 ATT = − 40 dB – − 40.3–dB AT 6 ATT = − 60 dB – − 60.5–dB AT 8ATT = − 80 dB – − 83.0–dB Mute attenuation (1 kHz)Mute ATT = Mute − 88 − 92–dB Channel crosstalk CT ATT = 0 dB− 105 − 112–dB Frequency responseFR ATT = 0 dB, f = 200 kHz – − 5–dB Quiescent output zip noise voltage (while ATT value adjusting)N J 0 Vrms input––3mV Minimum driver load resistanceR MLATT = 0 dB, THD + N = 1%–610k ΩParameterSymbol ConditionRatingUnit min typ max Reference voltage outputV REF0.45V DD0.5V DD0.55V DDVSM6451AV MEASUREMENT CIRCUITChip address: ADRS1 = LOW, ADRS2 = LOWSM6451AVMICROCONTROLLER INTERFACEThe SM6451A V uses a 3-wire serial interface comprising MDT (data), MCK (clock) and MLEN (latch enable) to select channels and attenuation levels for the addressed device.Input TimingThe microcontroller data input timing is shown in figure 1.Data is shifted into the internal shift register on the rising edge of MCK, and the attenuation value is updated on the rising edge of MLEN. Accordingly, data on MDT should be changed on the falling edge of MCK. The dotted lines for MCK and MLEN also indicate valid timing.Note, however, a minimum of 16 MCK input pulses are required.Data FormatThe format of microcontroller input data is shown in figure 2.D15, D14Don’t care.D13, D12Chip address bits. D13 corresponds to ADRS1 and D12 corresponds to ADRS2. The device is addressed only when ADRS1:ADRS2 matches D13:D12.Example 1: If D13 = LOW, D12 = HIGH and ADRS1 = LOW, ADRS2 = LOW, then the device is notaddressed since ADRS2 and D12 do not match.Example 2: If D13/D12 = LOW and ADRS1/ADRS2 = LOW, then the device is addressed and all input datais read and the attenuation settings updated.D11, D10Don’t care.Figure 1. Microcontroller data input timingFigure 2. Microcontroller data formatMDT MCKMLENMDTD o n 't C a r eD o n 't C a r eC h i p A d d r e s s 1D15D14D13D12D11D10D9D8D7D6D5D4D3D2D1D0C h i p A d d r e s s 2D o n 't C a r eD o n 't C a r eC h a n n e l S e l e c tC h a n n e l S e l e c tA t t e n u a t i o n D a t a 7A t t e n u a t i o n D a t a 6A t t e n u a t i o n D a t a 5A t t e n u a t i o n D a t a 4A t t e n u a t i o n D a t a 3A t t e n u a t i o n D a t a 2A t t e n u a t i o n D a t a 1A t t e n u a t i o n D a t a 0D9, D8Channel select bits. The selected channel(s) are shown in table 1.T able 1. Channel selectD9D8Selected channelLOW LOW Both left and right channelsLOW HIGH Left channelHIGH LOW Right channelHIGH HIGH No changeD7 to D0Attenuation register (ATT) set bits.T able 2. Attenuation setting1Attenuation ATT H D7D6D5D4D3D2D1D00 dB00LOW LOW LOW LOW LOW LOW LOW LOW−1 dB01LOW LOW LOW LOW LOW LOW LOW HIGH −2 dB02LOW LOW LOW LOW LOW LOW HIGH LOW ::::::::::−15 dB0F LOW LOW LOW LOW HIGH HIGH HIGH HIGH −16 dB10LOW LOW LOW HIGH LOW LOW LOW LOW −17 dB11LOW LOW LOW HIGH LOW LOW LOW HIGH ::::::::::−63 dB3F LOW LOW HIGH HIGH HIGH HIGH HIGH HIGH −64 dB40LOW HIGH LOW LOW LOW LOW LOW LOW −65 dB41LOW HIGH LOW LOW LOW LOW LOW HIGH ::::::::::−79 dB4F LOW HIGH LOW LOW HIGH HIGH HIGH HIGH −80 dB50LOW HIGH LOW HIGH LOW LOW LOW LOW Mute51LOW HIGH LOW HIGH LOW LOW LOW HIGH Mute52LOW HIGH LOW HIGH LOW LOW HIGH LOW :::::::::: Mute FE HIGH HIGH HIGH HIGH HIGH HIGH HIGH LOW Mute FF HIGH HIGH HIGH HIGH HIGH HIGH HIGH HIGH1. Outputs are muted after system reset.ANALOG PERFORMANCE CHARACTERISTICSDVDD = A VDD = 5.0 V , 100 k Ω output load resistance, Ta = 25 °CFigure 3. THD + N vs. input amplitude Figure 4. THD + N vs. input frequencyFigure 5. Attenuation error Figure 6. Residual noise vs. ATTFigure 7. Frequency response Figure 8. Crosstalk frequency response1VIN(Vrms)T H D + N (%)0.01Freq(Hz)T H D + N (%)−−−−−012ATT(dB)E r r o r (d B )48ATT(dB)N o i s e (u V )−−−−−Freq(Hz)G a i n (d B )−−−−−−Freq(Hz)C r o s s T a l k G a i n (d B )Figure 9. FFT plot (ATT = 0 dB)Figure 10. THD + N vs. load resistanceFigure 11. Current consumption vs. supply voltage Figure 12. Current consumption vs. temperature−160−140−−−−−−Freq(Hz)F FT G a i n (d B )1000.0010.010.11101k10k100kT H D + N (%)Load resistance(Ω)4Supply volutage(V)C u r r e n t c o n s u m p t i o n (m A)Operating temperature(°C)C u r r e n t c o n s u m p t i o n (m A )2468−50−250255075100TYPICAL APPLICATIONSConnection GuidelinesDecoupling capacitors of approximately 10 µF should be connected from A VDD, VRL, VRR to A VSS, and from DVDD to DVSS.In addition, approximately 0.01 µF capacitors should also be connected from A VDD, VRL, VRR to A VSS, and from DVDD to DVSS to suppress digital switch noise.An approximately 0.001 µF capacitor connected from RSTN to DVSS will force a system reset when power is applied.Connection 1 (to DAC)NIPPON PRECISION CIRCUITS INC. reserves the right to make changes to the products described in this data sheet in order to improve the design or performance and to supply the best possible products. Nippon Precision Circuits Inc. assumes no responsibility for the use of any circuits shown in this data sheet, conveys no license under any patent or other rights, and makes no claim that the circuits are free from patent infringement. Applications for any devices shown in this data sheet are for illustration only and Nippon Precision Circuits Inc. makes no claim or warranty that such applications will be suitable for the use specified without further testing or modification.The products described in this data sheet are not intended to use for the apparatus which influence human lives due to the failure or malfunction of the products. Customers are requested to comply with applicable laws and regulations in effect now and hereinafter,including compliance with export controls on the distribution or dissemination of the products. Customers shall not export, directly or indirectly, any products without first obtaining required licenses and approvals from appropriate government agencies.NC9704AE1998.06Connection 2The SM6451A V uses a 1.2 Vrms input reference amplitude. If the input signal is 4 Vrms, then the input must be reduced by a factor of 1/3.3, and the output increased by a factor of 3.3.Connection 3When there is a possibility that the input peak-to-peak amplitude will exceed the supply voltage, input pro-tection diodes should be connected to prevent device breakdown.L ch InputR ch Input。
nt3h2111规格书
nt3h2111规格书【原创版】目录1.NT3H2111 规格书概述2.NT3H2111 规格书的主要内容3.NT3H2111 规格书的重要性正文【NT3H2111 规格书概述】T3H2111 规格书是一份详细描述某一产品或设备技术参数、性能指标、测试方法等的文档。
它通常由制造商或设计师编制，以确保生产出的产品或设备能够满足设计要求和用户需求。
在制造业、电子工业等领域，规格书是保证产品质量和性能的重要文件。
【NT3H2111 规格书的主要内容】T3H2111 规格书主要包括以下几个方面的内容：1.产品或设备的概述：包括产品或设备的名称、型号、主要用途等基本信息。
2.技术参数：详细描述产品或设备的各项技术指标，如尺寸、材质、工作电压、工作温度等。
3.性能指标：阐述产品或设备的性能数据，如输出功率、响应时间、精度等。
4.测试方法：介绍对产品或设备进行测试和检验的方法和步骤，以确保产品或设备符合设计要求。
5.质量保证：说明制造商对产品或设备的质量承诺，包括保修期限、售后服务等。
【NT3H2111 规格书的重要性】T3H2111 规格书在产品生产和使用过程中具有重要意义：1.对于制造商来说，规格书是保证产品质量和性能的重要依据。
遵循规格书进行生产，可以确保产品符合设计要求，降低生产风险。
2.对于用户来说，规格书是了解产品性能和操作方法的重要参考资料。
通过阅读规格书，用户可以了解产品的技术参数、性能指标等信息，正确选择和使用产品。
3.对于监管部门来说，规格书是评估产品安全性和合规性的重要依据。
监管部门可以根据规格书对产品进行检测和审查，确保产品符合相关法规和标准。
总之，NT3H2111 规格书对于保证产品质量、确保用户权益以及维护市场秩序具有重要作用。
OPA111中文资料
1013 || 1 1014 || 3
±10
±11
100
110
120
125
40
80
nV/√Hz
15
40
nV/√Hz
8
15
nV/√Hz
6
8
nV/√Hz
0.7
1.2
µVrms
1.6
3.3
µVp-p
9.5
15
fAp-p
0.5
0.8
fA/√Hz
±100
±500
µV
±2
±5
µV/°C
90
110
dB
±3
±31
µV/V
DESCRIPTION
The OPA111 is a precision monolithic dielectrically isolated FET (Difet ®) operational amplifier. Outstanding performance characteristics allow its use in the most critical instrumentation applications. Noise, bias current, voltage offset, drift, open-loop gain, common-mode rejection, and power supply rejection are superior to BIFET® amplifiers. Very low bias current is obtained by dielectric isolation with on-chip guarding. Laser trimming of thin-film resistors gives very low offset and drift. Extremely low noise is achieved with patented circuit design techniques. A new cascode design allows high precision input specifications and reduced susceptibility to flicker noise. Standard 741 pin configuration allows upgrading of existing designs to higher performance levels.
SMAJ530资料
SMAJ530 AND SMAJ550SURFACE MOUNT T RANS Z ORB ™TRANSIENT VOLTAGE SUPPRESSORSteady State Power -1Watt Reverse Voltage - 530, 550 VoltsFEATURES♦ Plastic package has Underwriters Laboratory Flammability Classification 94V-0♦ Protects TOPSwitch ®♦ Glass Passivated Junction♦High temperature soldering guaranteed:250°C/10 seconds at terminals ♦ Exellent Clamping capability ♦ Available in unidirectional onlyMECHANICAL DATACase:JEDEC DO-214AC molded plastic body over passivated chipTerminals: Solder plated, solderable per MIL-STD-750,Method 2026Polarity: The color band denotes the cathode, which is positive with respect to the anode under normal TVS operationMounting Position:AnyWeight:0.002 ounces, 0.064 gramMAXIMUM RATINGS AND ELECTRICAL CHARACTERISTICSRatings at 25°C ambient temperature unless otherwise specified.SYMBOLS SMAJ530SMAJ550UNITSDevice marking codeHDSBSteady state power dissipation (NOTE 3)P M(AV) 1.0Watts Peak pulse power dissipation (NOTE 1,2,5, FIG.1)P PPM Minimum 300Watts Minimum breakdown voltage at 100µAV (BR)530550Volts Maximum clamping voltage at 300mA, 10/1000 µs -waveform Vc 660VoltsStand-off voltageV WM 477495Volts Maximum DC reverse leakage current at V WM I D 5.0µA Typical thermal resistance R ΘJL 27°C/W Typical thermal resistanceR ΘJA75°C/W Typical temperature coefficient of V (BR)650mV°C Typical capacitance (NOTE 4)at 0V C J 75pF at 200V45Operating junction and storage temperature rangeT J , T STG -55 to +150°CNOTES :(1) Non-repetitive current pulse, per Fig.3 and derated above 25°C per - Fig. 2(2) Mounted on 5.0mm 2copper pads to each terminal (3) Lead temperature at 75°C=T L per Fig. 5(4) Measured at 1MHz(5) Peak pulse power waveform is 10/100µS1/4/99Dimensions in inches and (millimeters)ADVANCED INFORMATION元器件交易网元器件交易网。