A1212

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AC1210, AC1212 AC1216 用户手册说明书

AC1210, AC1212AC1216用户手册1简体中文9 保修与服务 16订购部件或附件 1610 注意事项 16电磁场 (EMF) 16回收 16目录1 重要事项 22 您的空气净化器 4产品概述 4控件概览 53 使用入门 6安装滤网 64 使用空气净化器 7了解空气质量指示灯 7打开和关闭 7更改风扇速度 8光传感器 9智感睡眠模式 9设置童锁 105 清洁 10清洁空气净化器的机身 10清洁空气质量传感器 10清洁预过滤网 116 更换滤网 13滤网更换指示灯 13更换过滤网 137 存放 148 故障排除 15勿让儿童在无人监督的情况下清洁和保养产品。

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1212示爱日经典的爱情说说

1212示爱日经典的爱情说说本文是关于1212示爱日经典的爱情说说，仅供参考，希望对您有所帮助，感谢阅读。

一、但愿我的爱意可以温暖这个冬季，让你不再心生寒意;但愿我的双手可以为你捧来阳光，让你不再孤单寥寂;但愿我的努力塑造化成爱的传奇，让你从此永远幸福甜蜜!嫁给我吧亲爱的! 二、在我的心里，诗仙可以为你酒频干，菊隐可以为你守田园，吉祥绕你团团转，福气围你忙不完，愿你天天笑开颜，愿你心中比蜜甜!要问这是为什么?只是心里有了你!1212要爱要爱，特殊的日子，让这个短信将我的心儿来表白。

三、人世间纵有风情万种，我却情有独钟。

只要我的心还在跳，它便是因你而跳。

拥有你，是我一生的精彩，我的信心来自你的魅力。

1212示爱日：我爱你!四、爱，是你温暖的笑容，是我追随的视线;爱，是你体贴的关怀，是我永远的承诺。

爱，在12.12示爱日说给你听，愿长长久久，永不褪色!五、 12.12示爱日，送你一张“爱情护照”：鸳鸯戏水是主题图标，背景照片是爱情桃花岛，你的唇印是入境的签证，去往爱的梦里不会路遥。

情话是长长的条形码，经得起时光机缜密地扫描，快乐是一生平安的旅行，幸福是永久贴身的保镖。

六、相遇总是点点头，想说总是难开口，今日12月12日，借此良机告诉你，亲爱的，茫茫人海中，多少的过客，缘份却让我们相遇，遇见你是我今生最幸福的事，宝贝，我爱你!七、 "我的爱不是天涯海角,而是就在身边;我的誓言不是海枯石烂,而是平凡相守;12月12日到了,给我一个牵手的机会,我将用实际行动来实现让你幸福一生的愿望."八、爱你我会忘了自己，爱你让我容易着迷，爱你我会幸福无比，爱你我会开心甜蜜。

12.12示爱日，我会把我美好的一切都给你，让你感受爱的幸福和甜蜜，我爱你!九、灯睡了，影子也回了家，我还在等。

当一切都在困倦中熄灭后，我爱的你会不会从身后走近我?1212示爱日我想对你说：我爱你!十、 1212示爱日经典的爱情说说：偷偷看你，害怕让你看到;和你聊天，不敢放松警惕;我爱你，怎么那么狼狈。

Converge SR 1212A数字矩阵混音器与四通道电源放大器数据资料说明书

Converge TM|SR 1212ADigital Matrix Mixer with Four Channel Power AmplifierConverge Pro DATA SHeeT <THE ULTIMATE IN AUDIO PROCESSING AND DIGITAL MATRIX MIXING APPLICATIonSBoardroomsTraining CentersMunicipal RoomsCourtroomsHouses of WorshipTelemedicinePresentation SystemsZoned PagingMasking SystemsADvAnTAgeSAdvanced Feature SetManagement Improvements+Integrated Ethernet and USB connections>SNMP and HTML remote management agents>Event scheduler>Diagnostic console>Simplified Configuration Software+Drag & drop A/V and channel objects>Selectable views -- unit, matrix, channel>Expanded serial command set+Superior Audio PerformanceDARE™ (Dynamic Automatic Resonance Elimination) for control of feedback+Unique automatic mixing process delivers optimum intelligibility+20 Hz-22 kHz bandwidth for full-range audio response+ALC & AGC keep participants’ audio balanced and consistent+Advanced Digital Processing on each amplifier channel+Configuration FlexibilityFour built-in 35 Watt amplifiers, 8Ω or 70V/100V+Up to 96 microphones+Link multiple Converge/Converge Pro units (Converge Pro 880, 880T, 880TA, 840T, 8i, TH20,+Converge SR 1212 and SR 1212A) for extensive microphone coverage and up to 16 phonelinesEnhanced expansion bus, featuring 18 mix-minus audio buses for routing between units+Ten mic gating groups (four internal & six global) allow separation of mics into individual+mixer gating groups for greater configuration flexibility32 presets can be executed on-the-fly without disturbing other ongoing preset operations+255 Macros for customized audio control/configuration with single command execution+No space required between rack mounted units+NEw!Audio PerformanceConditions: Unless otherwise specified,all measurements are performedfrom 20 Hz to 22 kHz Bw limit (no weighting)Frequency Response: 20 Hz to 22 kHz+/- 1 dBNoise (EIN): -126 dBu, 20 kHz Bw,max gainRs= 150ΩTHD+ Noise: <0.02%Dynamic Range: >105 dB (non A weighted)Crosstalk: <-91 dB re 20 dBu full band. Mic/Line Inputs 1-8Push-on mini-terminal block, balanced, bridgingImpedance: > 5 KΩNominal Level: adjustable -56 dBu to 0 dBu (7dB step coarse gain adjustment) Maximum Level: -65 to +20 dBu Phantom Power: 24V, selectableLine Inputs 9-12Push-on mini-terminal block, balanced, bridgingImpedance: > 5 KΩNominal Level: 0 dBuMaximum Level: 20 dBuoutput 1-8Push-on mini-terminal block, balanced, bridgingImpedance: < 50ΩNominal Level: 0 dBuMaximum Level: 20 dBuAuto Mixer ParametersNumber of Open Microphones (NOM)PA Adaptive ModeFirst Mic Priority ModeMaximum # of MicsAmbient LevelGate Threshold AdjustOff Attenuation AdjustHold TimeDecay RateChairman Override96 T otal Microphones per site6- Global Gating Groups4- Internal Gating Groups Matrix Mixing Parameters8- Microphone Analog Inputs4- Analog Line Inputs8- Analog Line Outputs4- Power Amplifier Outputs18- Expansion Bus in/out8- Assignable Processing Blocks in/outAssignable Processing BlocksFiltersAll PassLow PassHigh PassLow shelvingHigh shelvingPEQNotchCrossoversCD HornCompressorDelay: adjustable up to 250 msPower Amplifier output ProcessingFeedBack Elimination w/ring cancellation10-band EQ filter4-node filter bank for CrossoverDelay BlockCompressor/LimiterNoise Gate for Hiss ControlSound Masking Generator per channelAdaptive Volume ControlMulti Channel ControlMicrophone Processing4-node filter bankAGC/ALCPower AmplifiersChannels: 4Amplifier Output: 4x35 Watts into 8ΩImpedance: Selectable 8Ω, 70V, 100VTHD + Noise: <0.2% (1/3 Power)Crosstalk: <-68 dBexpansion BusConnection: CAT 5, RJ45Mix Minus Structure18 Audio Buses6 Gating Buses8 Reference Busesnetwork10/100 Auto Switching (PC andNetwork Port)HTTP ServerT elnet ClientSNMP AgentSMTP ClientDNSDHCPrS-232DB-99.6k – 115k baud8/1/0Hardware Flow ControlUSBVersion 2.0 compatibleT ype: B-connectorgPIoDB 25 female (A/B)Inputs: Active LowOutputs: Open Collector, 40Vdc, 40 mAPower100-240VAC; 50/60 Hz,300 watts (maximum)Idle: 139 BTU/hrFull Load: 779 BTU/hrEfficiency: >80%Humidity15 to 80%MechanicalDimensions: 2RU3.5” H x 17.25” w x 15.92” Dweight: < 30 lbs.environmentalOperating temperature:32-122 degrees FComplianceFCCIndustry CanadaCERoHSClass 2 wiring RequiredPart number910-151-901 Converge SR 1212ACONVERGE PRO SR 1212A DATA SHeeT <> Converge Pro Sr 1212A BACK PAneL > SPeCIFICATIonS> CLeArone LoCATIonSHeadquarters:Salt Lake City, UT USA 5225 wiley Post way Suite 500Salt Lake City, UT 84116 Tel: 801-975-7200T oll Free: 800-945-7730 Fax: 801-977-0087******************Latin AmericaTel: 801-974-3621*******************EMEATel: 44 (0) 1189 036 053*******************APACTel: 801-303-3388*******************Other product names may be registered trademarks of their respective owners who do not necessarily endorse ClearOne or ClearOne’s products. All rights reserved. Information in this document subject to change without notice.© ClearOne. 802-151-901-DS Revision 1.9。

西南交1212考试批次《建筑施工技术A》复习题及参考答案

西南交1212考试批次《建筑施⼯技术A》复习题及参考答案建筑施⼯技术第1次作业本次作业是本门课程本学期的第1次作业，注释如下：本次作业作为巩固学习效果，考试复习⼀、单项选择题(只有⼀个选项正确，共17道⼩题)1. 某建筑基坑要求降⽔，粘⼟层，渗透系数K＜0.1m/d，应采⽤以下哪种⽔⽅式？( )(A) 深井井点(B) 管井井点(C) 轻型井点(D) 电渗轻型井点正确答案：D解答参考：2. 在含有饱和⽔的砂⼟中沉桩时，沉桩效果最好的设备是？（）(A) 落锤(B) 蒸汽锤(C) 柴油锤(D) 振动锤正确答案：D解答参考：3. 某现浇钢筋混凝⼟梁长6m，底模拆除时混凝⼟强度应达到设计强度的( )(A) 30%(B) 50%(C) 75%(D) 100%正确答案：C解答参考：4. 预应⼒先张法施⼯时，台座横梁的最⼤挠度应控制在（）(A) 2mm内(B) 3mm内(C) 5mm内(D) 10mm内5. 砖砌墙体施⼯时，当纵横墙不能同时施⼯且留直槎时，应埋拉接钢筋，拉接钢筋的埋⼊长度每边均不应⼩于（）(A) 200mm(B) 500mm(C) 600mm(D) 1000mm正确答案：B解答参考：6. 按照施⼯开挖的难易程度，⼟的种类分为( )(A) 六类(B) ⼋类(C) ⼗类(D) ⼗⼆类正确答案：B解答参考：7. 预制桩混凝⼟强度达到以下何值后，才可以运输和打桩？( )(A) 设计强度等级的100%(B) 设计强度等级的75%(C) 设计强度等级的50%(D) 设计强度等级的25%正确答案：A解答参考：8. 现浇结构柱内的纵向钢筋可采⽤以下哪种⽅法焊接（）(A) 闪光对焊(B) 电渣压⼒焊(C) 电弧焊(D) 电阻点焊正确答案：B解答参考：9. 混凝⼟每组3个试件，其试验结果为20、25、27（单位N/mm2），该组的代表值为（）(A) 20(B) 24(C) 25(D) 2710. 常温下砌砖时，普通粘⼟砖应（）(A) 提前2⼩时浇⽔润湿(B) 提前5⼩时浇⽔润湿(C) 提前1天浇⽔润湿(D) 提前2天浇⽔润湿正确答案：C解答参考：11. 预应⼒先张法，⼀般适⽤于⽣产（）(A) ⼤型构件(B) 中型构件(C) ⼩型构件(D) 中⼩型构件正确答案：D解答参考：12. 单层⼚房吊车梁吊装时，必须在柱杯⼝⼆次浇筑混凝⼟达到（）(A) 设计强度等级的25%(B) 设计强度等级的30%(C) 设计强度等级的75%(D) 设计强度等级的100%正确答案：C解答参考：13. 某基坑深4m，长宽为120×4m，挖掘机⼯作半径7.38m，挖⼟就近堆放，宜选⽤以下哪种开挖⽅式？（）(A) 正铲挖⼟机沟端开挖(B) 正铲挖⼟机沟侧开挖(C) 反铲挖⼟机沟端开挖(D) 反铲挖⼟机沟侧开挖正确答案：D解答参考：14. 当采⽤冷拉⽅法调直钢筋时，HPB235级冷拉率应控制在（）(A) 不宜⼩于1%(B) 不宜⼤于1%(C) 不宜⼩于4%(D) 不宜⼤于4%15. 混凝⼟浇筑后，强度达到何值才允许在上⾯⾏⾛和继续施⼯？（）(A) 0.8N/mm2(B) 1.2N/mm2(C) 1.5N/mm2(D) 2.0N/mm2正确答案：B解答参考：16. 预应⼒后张法，⼀般适⽤于⽣产（）(A) ⼤型构件(B) 中型构件(C) ⼩型构件(D) 中⼩型构件正确答案：A解答参考：17. 装配式单层⼚房吊装，起重机类型应选⽤（）(A) 汽车式起重机(B) 桅杆式起重机(C) 履带式起重机(D) 塔式起重机正确答案：C解答参考：⼆、不定项选择题(有不定个选项正确，共4道⼩题)18. 对端承桩打桩质量控制要求是（） [不选全或者选错，不算完成](A) 以桩尖设计标⾼为主(B) 以最后贯⼊度为主(C) 以桩尖设计标⾼作为参考(D) 以最后贯⼊度作为参考(E) 以累计击打次数为主正确答案：B C解答参考：19. 对混凝⼟施⼯缝，正确的要求是（） [不选全或者选错，不算完成](A) 留在结构剪⼒较⼩处(B) 留在结构弯矩较⼩处(D) 已浇混凝⼟达到1.2N/mm2才能进⾏施⼯缝处理(E) 有抗震设防要求的结构不能留设施⼯缝正确答案：A D解答参考：20. 以下哪些⼟不能作为⼯程填⼟？（）[不选全或者选错，不算完成](A) 有机质含量6%的粘⼟(B) 耕⼟(C) 冻⼟(D) 砂⼟(E) 碎⽯类⼟正确答案：A B C解答参考：21. 与普通钢筋混凝⼟结构相⽐，预应⼒构件的特点是（） [不选全或者选错，不算完成](A) 抗裂性能提⾼(B) 抗弯承载能⼒提⾼(C) 耐久性提⾼(D) 抗剪承载能⼒提⾼(E) 构件截⾯⾼度较⼤，⾃重较⼤正确答案：A C D解答参考：四、主观题(共6道⼩题)22.简答题简述⼟⽅⼯程施⼯特点，针对这些特点，⼟⽅施⼯应有哪些考虑参考答案：答：⼟⽅⼯程施⼯的特点：⾯⼴量⼤、劳动繁重、现场施⼯条件复杂，受⽓候影响⼤，针对这些特点，应考虑采⽤机械化施⼯、并避开⾬季施⼯、施⼯前对现场及地下设施应做充分的调查并编制⼟⽅⼯程的施⼯⽅案或施⼯设计。

2011届下学期期末成绩分析

12 1176
102 654 113 198 99 699 70 135 46 904 68 602
69 265
101 698 52 1049 87 938 47 895 67 344 64 745
21 1089
85 1080 80 632 86 955 35 1150 36 1064 52 1026 16 1146
A1 61 纪思冠 94 920 83 594 120 170 46 919 38 1039 62 819
A1 62 张道轩 77 1155 42 1136 64 1140 45 951 29 1134 51 1042
A1 63 辜俊明 66 1189 74 768 72 1095 50 799 24 1168 50 1065
99 776 60 967 94 814 49 831 52 761 57 942
21 1089
44 1205 76 716 102 613 50 799 34 1090 38 1167 24 1026
A1 44
苏婧
78 1147 61 957 87 945 44 983 35 1078 44 1119
60 370
95 882 112 205 86 955 52 709 44 948 68 602
60 370
108 419 62 946 82 1004 67 198 56 664 52 1026 35 832
98 803 76 716 92 846 34 1162 33 1103 51 1042 25 1011
201
班级号数
A1 1 A1 2 A1 3 A1 4 A1 5 A1 6 A1 7 A1 8 A1 9 A1 10 A1 11 A1 12 A1 13 A1 14 A1 15 A1 16 A1 17 A1 18 A1 19 A1 20 A1 21 A1 22 A1 23 A1 24 A1 25 A1 26 A1 27 A1 28 A1 29 A1 30 A1 31 A1 32 A1 33 A1 34 A1 35 A1 36 A1 37 A1 38 A1 39 A1 40 A1 41 A1 42 A1 43

2011年全国考研数学三真题及答案解析

2011年全国硕士研究生入学统一考试数学三试题一、选择题：1～8小题，每小题4分，共32分。

下列每题给出的四个选项中，只有一个选项是符合题目要求的。

请将所选项前的字母填在答题纸指定位置上。

(1) 已知当0x →时，函数()3sin sin3f x x x =-与是k cx 等价无穷小，则(A) 1,4k c == (B) 1,4k c ==- (C) 3,4k c == (D) 3,4k c ==-(2) 已知()f x 在0x =处可导，且(0)0f =,则2330()2()lim x x f x f x x→-= (A) '2(0)f - (B) '(0)f - (C) '(0)f (D) 0 (3) 设{}n u 是数列，则下列命题正确的是(A) 若1nn u∞=∑收敛，则2121()n n n uu ∞-=+∑收敛(B) 若2121()n n n uu ∞-=+∑收敛，则1n n u ∞=∑收敛(C) 若1nn u∞=∑收敛，则2121()n n n uu ∞-=-∑收敛(D) 若2121()n n n uu ∞-=-∑收敛，则1n n u ∞=∑收敛(4) 设40ln(sin )I x dx π=⎰,4ln(cot )J x dx π=⎰,40ln(cos )K x dx π=⎰ 则I ,J ,K 的大小关系是(A) I J K << (B) I K J << (C) J I K << (D) K J I << (5) 设A 为3阶矩阵，将A 的第2列加到第1列得矩阵B ，再交换B 的第2行与第3行得单位矩阵记为1100110001P ⎛⎫ ⎪= ⎪ ⎪⎝⎭，2100001010P ⎛⎫ ⎪= ⎪ ⎪⎝⎭，则A = (A)12P P (B)112P P - (C)21P P (D) 121P P -(6) 设A 为43⨯矩阵,1η, 2η , 3η 是非齐次线性方程组Ax β=的3个线性无关的解，1k ,2k 为任意常数，则Ax β=的通解为(A)23121()2k ηηηη++-(B) 23221()2k ηηηη-+-(C) 23131221()()2k k ηηηηηη++-+-(D) 23221331()()2k k ηηηηηη-+-+-(7) 设1()F x ,2()F x 为两个分布函数，其相应的概率密度1()f x , 1()f x 是连续函数，则必为概率密度的是(A) 12()()f x f x (B)212()()f x F x(C) 12()()f x F x (D) 1221()()()()f x F x f x F x +(8) 设总体X 服从参数λ(0)λ>的泊松分布，11,,(2)n X X X n ≥ 为来自总体的简单随即样本，则对应的统计量111ni i T X n ==∑，121111n in i T X X n n -==+-∑ (A)1212,ET ET DT DT >> (B)1212,ET ET DT DT >< (C)1212,ET ET DT DT <> (D) 1212,ET ET DT DT <<二、填空题：9~14小题，每小题4分，共24分，请将答案写在答题纸指定位置上. (9) 设0()lim (13)xtt f x x t →=+，则'()f x =______.(10) 设函数(1)xy xz y=+，则(1,1)|dz =______.(11) 曲线tan()4y x y e π++=在点(0,0)处的切线方程为______.(12)曲线y =2x =及x 轴所围成的平面图形绕x 轴旋转所成的旋转体的体积______.(13) 设二次型123(,,)T f X X X x Ax =的秩为1，A 中行元素之和为3，则f 在正交变换下x Qy =的标准型为______.(14) 设二维随机变量(,)X Y 服从22(,;,;0)N μμσσ，则2()E XY =______. 三、解答题：15－23小题，共94分.请将解答写在答题纸指定的位置上.解答应写出文字说明、证明过程或演算步骤.(15) (本题满分10分)求极限0x →.(16) (本题满分10分)已知函数(,)f u v 具有连续的二阶偏导数，(1,1)2f =是(,)f u v 的极值，[](),(,)z f x y f x y =+。

“A”字头代码(SMD Marking Code)一

“A”字头代码(SMD Marking Code)一代码规格型号生产商封装备注A94 SMV1202-94 SOT23AA1 SMV1211-001 SOT23AB1 SMV1212-001 SOT23AB3 SMV1212-004 SOT23AC1 SMV1222-001 SOT23AD1 SMV1223-001 SOT23AE1 SMV1225-001 SOT23AEG SMV1204-68 SOT23AF1 SMV1249-001 SOT23AF3 SMV1249-004 SOT23AF9 SMV1249-003 SOT23AG1 SMV1250-001 SOT23AG3 SMV1250-004 SOT23AH1 SMV1251-001 SOT23AH3 SMV1251-004 SOT23AH9 SMV1251-003 SOT23AJ1 SMV1253-001 SOT23AJ3 SMV1253-004 SOT23AK1 SMV1255-001 SOT23AK3 SMV1255-004 SOT23AK9 SMV1255-003 SOT23AM1 SMV1422-001 SOT23AN1 SMV1203-91 SOT23AP1 A21096V434 SOT23AQ1 SMV1236-001 SOT23AQ3 SMV1236-004 SOT23AQ9 SMV1236-003 SOT23AR1 SMV1413-001 SOT23AR3 SMV1413-004 SOT23AS1 SMV1414-001 SOT23AS3 SMV1414-004 SOT23AT1 SMV1415-001 SOT23AT3 SMV1415-004 SOT23AU1 SMV1416-001 SOT23AU3 SMV1416-004 SOT23AV1 SMV1417-001 SOT23AV3 SMV1417-004 SOT23AW1 SMV1411-04 SOT23AX1 SMV1404-001 SOT23AY1 SMV1146-001 SOT23AZ1 SMV1410-001 SOT23AZ3 SMV1410-004 SOT23A BA892 Sie SCD80 35V 100mA pinA 1SS355 Roh USM 100V 50mA swA MRF947 Mot SOT323 npn RF 8 GHzA0 HSMS-2800 HP SOT23 HP2800 schottkyA0 HSMS-280B HP SOT323 HP2800 schottkyA03 VAM-03 MC - modamp MAR 3 Similar A06 VAM-06 MC - modamp MAR 6 Similar A07 VAM-07 MC - modamp MAR 7 Similar A1 HSMS-2801 HP - HP2800 schottkyA1 BAW56W Phi SOT323 dual ca BAW62 (1N4148) A1 BAW56 Phi SOT23 dual ca BAW62 (1N4148) A1 BAW56 Phi SOT23 dual ca BAW62 (1N4148) A1p BAW56 Phi SOT23 dual ca BAW62 (1N4148) A1t BAW56T Phi SOT416 dual ca BAW62 (1N4148) A1t BAW56S Phi SOT363 dual ca BAW62 (1N4148) A1s BAW56W Sie SOT323 dual ca BAW62 (1N4148) A1s BAW56 Sie SOT23 dual ca BAW62 (1N4148)A1s BAW56U Sie SC74 dual ca BAW62 (1N4148) A1X MBAW56 Mot - dittoA2 HSMS-2802 HP SOT23 dual HP2800A2 HSMS-280C HP SOT323 dual HP2800A2 BAT18 Phi SOT23 BA482A2s BAT18 Sie SOT23 BA482A2 MMBD2836 Mot SOT23 dual ca sw diode 75V A2 CFY30 Sie SOT143 n-ch GaAsfet 6 GHzA2 MBT3906DW1 Mot SOT363 dual 2N3906A22 BAS21 Phi SOD27 BAV21A2X MMBD2836 Mot SOT23 dual ca sw 75V 100mA 15nsA3 BAP64-03 Phi SOD323 3 GHz pin diode A3 HSMS-2803 HP SOT23 HP2800 ser pairA3 MMBD1005 Mot SOT23 dual ca Si diode low leakageA3 BAS16 Zet - Si sw 75V 100mA A3 BAT17 Phi SOT23 BA481A3p BAT17 Phi SOT23 BA481A3t BAT17 Phi SOT23 BA481A3 MBT3906DW Mot SOT363 dual 2N3906A3X MMBD2835 Mot SOT23 dual ca sw 35V 100mA 15nSA4 HSMS-2804 HP SOT23 dual cc HP2800 schottky A4s BAV70W Sie SOT323 dual cc BAW62A4s BAV70 Sie SOT23 dual cc BAW62A4s BAV70T Sie SOT416 dual cc BAW62A4s BAV70U Sie SC74 dual cc BAW62A4 BAV70W Phi SOT323 dual cc BAW62A4p BAV70 Phi SOT23 dual cc BAW62A4t BAV70 Phi SOT23 dual cc BAW62A4t BAV70 Phi SOT363 dual cc BAW62A4X MBAV70 Mot - dittoA5 BAP51-03 Phi SOD323 GP RF pin diodeA5p BRY61 Phi SOT143 -A5t BRY61 Phi SOT143 -A5 HSMS-2805 HP SOT143 dual HP2800 schottky A5 MMBD1010 Mot SOT23 dual cc Si diodesA5 MMBD2837 Mot SOT23 dual cc diodes 30V 150mAA6s BAS16W Sie SOT323 BAW62 (1N4148)A6s BAS16 Sie SOT23 BAW62 (1N4148)A6s BAS16U Sie SC74 BAW62 (1N4148)A6 BAS16W Phi SOT323 BAW62 (1N4148)A6p BAS16 Phi SOT23 BAW62 (1N4148)A6t BAS16 Phi SOT23 BAW62 (1N4148)A6 BAS16T Phi SOT416 BAW62 (1N4148)A6 BAS216 Phi SOD110 BAW62 (1N4148)A6p BAS316 Phi SOD323 BAW62 (1N4148)A6 MMBD2836 Mot SOT23 dual sw diode cc 75V A6A MMUN2111 Mot SOT23 pnp dtr 10k+10kA6B MMUN2112 Mot SOT23 pnp dtr 22k+22kA6C MMUN2113 Mot SOT23 pnp dtr 47k+47kA6D MMUN2114 Mot SOT23 pnp dtr 100k+100kA6E MMUN2115 Mot SOT23 pnp dtr R1 10kA6F MMUN2116 Mot SOT23 pnp dtr R1 4k7A6G MMUN2130 Mot SOT23 pnp dtr 1k0+1k0A6H MMUN2131 Mot SOT23 pnp dtr 2k2+2k2A6J MMUN2132 Mot SOT23 pnp dtr 4k7+4k7A6K MMUN2133 Mot SOT23 pnp dtr 4k7+47kA6L MMUN2134 Mot SOT23 pnp dtr 22k+47kA6X MMBD2838 Mot SOT23 dual sw 50V 100mAA7s BAV99 Sie SOT23 dual ser BAW92A7s BAV99W Sie SOT323 dual ser BAW92A7s BAV99T Sie SC75 dual ser BAW92A7s BAV99U Sie SC74 dual ser BAW92A7 BAV99W Phi SOT323 dual ser BAW92A7 BAV99 Phi SOT23 dual ser BAW92A7 HSMS-2807 HP SOT143 HP2800 ring quadA8 HSMS-2808 HP SOT143 HP2800 bridge quadA8 BAP50-03 Phi SOD323 GP RF pin diodeA8 BAS19 Phi SOT23 BAV19A8 SI2308DS Sil SOT23 N-ch mosfet, 60V 0.1A A8A MMUN2211 Mot SOT23 npn dtr 10k +10kA8B MMUN2212 Mot SOT23 npn dtr 22k +22kA8C MMUN2213 Mot SOT23 npn dtr 47k+47kA8D MMUN2214 Mot SOT23 npn dtr 100k+100kA8E MMUN2215 Mot SOT23 npn dtr R1 10kA8F MMUN2216 Mot SOT23 npn dtr R1 4k7A8G MMUN2230 Mot SOT23 npn dtr 1k0 +1k0A8H MMUN2231 Mot SOT23 npn dtr 2k2+2k2A8J MMUN2232 Mot SOT23 npn dtr 4k7+4k7A8K MMUN2233 Mot SOT23 npn dtr 4k7+47kA8L MMUN2234 Mot SOT23 npn dtr 22k+47kA9 SI2309DS Sil SOT23 P-ch mosfet, 60V 0.1A A11 MMBD1501A Fch SOT23 180V 200mA diodeA13 MMBD1503A Fch SOT23 180V 200mA dual diode seriesA14 MMBD1504A Fch SOT23 180V 200mA dual diode ccA15 MMBD1505A Fch SOT23 180V 200mA dual diode caA16 ZC934A Zet SOT23 25-95pF hyperabrupt varicapA17 ZC933A Zet SOT23 12-42pF hyperabrupt varicapA51 BRY62 Phi SOT143 -A81 BAS20 Phi SOT23 BAV20 A82 BAS21 Phi SOT23 BAV21 A91 BAS17 Phi SOT23 BA314AA BCX51 Sie SOT89 pnp 45V audio comp BCX54AA BCW60A TT SOT23 BCY58-viiAA ZMV829A Zet SOD323 varicap hyperabrupt 28V 8.2pF@2VAAs BCW60A Sie SOT23 BCY58-viiAAA MMBF4856 Mot SOT23 2N4856 n-ch chopper jfetAAAA MAX809LXR MAX SOT23 microproc -ve reset gen 5.0VAAAX MAX2470 MAX SOT23-6 VCO Buffer Amplifiers AAAY MAX2471 MAX SOT23-6 VCO Buffer Amplifiers AAG MMBR951AL Mot SOT23 npn RF 8GHzAAH MAX6326_R22-T Max SC70 microproc -ve reset gen 2.200VAAI MAX6327_R22-T Max SC70 microproc +ve reset gen 2.200VAAJ MAX6328_R22-T Max SC70 microproc -ve reset gen 2.200VAAK MAX6410BS33-T Max UCSP-4 Volt. Detect. (3.300 V /Push-Pull,Active-High )AAL MAX6410BS34-T Max UCSP-4 Volt. Detect. (3.400 V /Push-Pull,Active-High )AAM MAX6410BS35-T Max UCSP-4 Volt. Detect. (3.500 V /Push-Pull,Active-High )AAN MAX6410BS36-T Max UCSP-4 Volt. Detect. (3.600 V /Push-Pull,Active-High )AAN MAX809LXR Max SC70 microproc -ve reset gen5.0VAAO MAX6410BS37-T Max UCSP-4 Volt. Detect. (3.700 V /Push-Pull,Active-High )AAO MAX809MXR Max SC70 microproc -ve reset gen 5.0VAAP MAX6410BS38-T Max UCSP-4 Volt. Detect. (3.800 V /Push-Pull,Active-High )AAP MAX809TXR Max SC70 microproc -ve reset gen 3.3VAAQ MAX6410BS39-T Max UCSP-4 Volt. Detect. (3.900 V /Push-Pull,Active-High )AAQ MAX809SXR Max SC70 microproc -ve reset gen 3.3VAAR MAX6410BS40-T Max UCSP-4 Volt. Detect. (4.000 V /Push-Pull,Active-High )AAR MAX809RXR Max SC70 microproc -ve reset gen 3.0VAAS MAX6410BS41-T Max UCSP-4 Volt. Detect. (4.100 V /Push-Pull,Active-High )AAS MAX803ZXR Max SC70 microproc -ve reset gen 2.5VAAT MAX6410BS42-T Max UCSP-4 Volt. Detect. (4.200 V /Push-Pull,Active-High )AAT MAX810LXR Max SC70 microproc +ve reset gen 5.0VAAU MAX6410BS43-T Max UCSP-4 Volt. Detect. (4.300 V /Push-Pull,Active-High )AAU MAX810MXR Max SC70 microproc +-ve reset gen 5.0VAAV MAX6410BS44-T Max UCSP-4 Volt. Detect. (4.380 V /Push-Pull,Active-High )AAV MAX810TXR Max SC70 microproc +ve reset gen 3.3VAAW MAX6410BS45-T Max UCSP-4 Volt. Detect. (4.500 V /Push-Pull,Active-High )AAW MAX810RXR Max SC70 microproc +ve reset gen 3.0VAAX MAX6410BS46-T Max UCSP-4 Volt. Detect. (4.630 V /Push-Pull,Active-High )AAX MAX810SXR Max SC70 microproc +ve reset gen 3.3VAAY MAX6411BS33-T Max UCSP-4 Volt. Detect. (3.300V/OpenDrain,Active-Low)AAY MAX810ZXR Max SC70 microproc +ve reset gen 2.5VAAZ MAX6411BS34-T Max UCSP-4 Volt. Detect. (3.400 V/OpenDrain,Active-Low)AAZ MAX803LXR Max SC70 microproc -ve reset gen 5.0VAB BCW60B ITT SOT23 BCY58-viiiAB ZMV830A Zet SOD323 varicap hyperabrupt 28V 10pF@2VABs BCW60B Sie SOT23 BCY58-viii ABp BCW60B Phi SOT23 BCY58-viii ABt BCW60B Phi SOT23 BCY58-viiiABA MAX6411BS35-T Max UCSP-4 Volt. Detect. (3.500 V/OpenDrain,Active-Low)ABA MAX803TXR Max SC70 microproc -ve reset gen 5.0VABAA MAX809MXR Max SOT23 microproc -ve reset gen 5.0VABB MAX6411BS36-T Max UCSP-4 Volt. Detect. (3.600 V/OpenDrain,Active-Low)ABB MAX803MXR Max SC70 microproc -ve reset gen 3.3VABC MAX6411BS37-T Max UCSP-4 Volt. Detect. (3.700 V/OpenDrain,Active-Low)ABC MAX803SXR Max SC70 microproc -ve reset gen 3.3VABD MAX6411BS38-T Max UCSP-4 Volt. Detect. (3.800 V/OpenDrain,Active-Low)ABD MAX803RXR Max SC70 microproc -ve reset gen 3.0VABE MAX6411BS39-T Max UCSP-4 Volt. Detect. (3.900 V/OpenDrain,Active-Low)ABE MAX803ZXR Max SC70 microproc -ve reset gen 2.5VABF MAX6411BS40-T Max UCSP-4 Volt. Detect. (4.000 V/OpenDrain,Active-Low)ABF LM4041AIX3-1.2Max SC70 1.225V 0.1% shunt V refABG MAX6411BS41-T Max UCSP-4 Volt. Detect. (4.100 V/OpenDrain,Active-Low)ABG LM4041BIX3-1.2Max SC70 1.225V 0.2% shunt V refABH MAX6411BS42-T Max UCSP-4 Volt. Detect. (4.200 V/OpenDrain,Active-Low)ABH LM4041DIX3-1.2Max SC70 1.225V 0.5% shunt V refABI MAX6411BS43-T Max UCSP-4 Volt. Detect. (4.300 V/OpenDrain,Active-Low)ABI LM4041DIX3-1.Max SC70 1.225V 1.5% shunt V ref2ABJ MAX6411BS44-T Max UCSP-4 Volt. Detect. (4.380 V/OpenDrain,Active-Low)ABJ LM4040AIX3-2.1Max SC70 2.048V 0.1% shunt V refABK MAX6411BS45-T Max UCSP-4 Volt. Detect. (4.500 V/OpenDrain,Active-Low)ABK LM4040BIX3-2.1Max SC70 2.048V 0.2% shunt V refABL MAX6411BS46-T Max UCSP-4 Volt. Detect. (4.640 V/OpenDrain,Active-Low)ABL LM4040CIX3-2.1Max SC70 2.048V 0.5% shunt V refABM LM4040DIX3-2.1Max SC70 2.048V 1% shunt V refABN LM4040AIX3-2.5Max SC70 2.5001% shunt V refABO LM4040BIX3-2.5Max SC70 2.500V 0.2% shunt V refABP LM4040CIX3-2.5Max SC70 2.500V 0.5% shunt V refABQLM4040DIX3-2.5Max SC70 2.500V 1% shunt V ref ABRLM4040AIX3-3.Max SC70 3.000V 0.1% shunt V refABS LM4040BIX3-3.Max SC70 3.000V 0.2% shunt V refABT LM4040CIX3-3.Max SC70 3.000V 0.5% shunt V refABU LM4040DIX3-3.Max SC70 3.000V 1% shunt V refABV LM4040AIX3-4.1Max SC70 4.096V 0.1% shunt V refABW LM4040BIX3-4.1Max SC70 4.096V 0.2% shunt V refABX LM4040CIX3-4.1Max SC70 4.096V 0.5% shunt V refABY LM4040DIX3-4.1Max SC70 4.096V 1% shunt V refABZ LM4040AIX3-5.Max SC70 5.000V 0.1% shunt V refAC BCX51-100 Sie SOT89 45V pnp audio hfe 100。

1212中文使用手册(1)

型
欠压过压 LED 驱动喇叭驱动 BDI 输出（伏）
截止电压（伏）
（安培） 40 50 55 80 14 14
（毫安） 34 34 15 15
0～5
接电池与控制器连线应放在最后进行；电机、电池与控制器之间的连线尽可能短，且平行；小电流接线应远离大电流接线，如须则以正交十字形穿越；所有开关须处于断开位置,禁止带电操作；所有接线横截面积须满足承载电流要求，参见表 2；主保险丝与控制回路保险丝不可少，且须与控制器最大电流值匹配。注：交换控制器 M1 和 M2 端接线，可改变车辆的运行方向！逻辑部分插件：14 芯 Molex Mini-Fit Jr., P/N 39-01-2140；电磁刹插件：2 芯 Molex Mini-Fit Jr., P/N 39-01-2020；编程口插件：4 芯 Molex Mini-Fit Jr., P/N 39-01-2040；功率部分插件：AMP 插件, P/N 12076SL02 表2 电流（A）横截面积 (mm2）
充电器
输出电压须与电池兼容；勿将充电器放在温度或湿度过高的地方；需定期清洁充电器以及充电接口；车载充电器需注意振动防护。
4
标
准
接
线
图
请在接线前翻阅第 18 页注意事项!
技
序号 1 2 3 4 5 6 7 8 9 10 21 名称规格 24V 15.6KHZ ＞500V ＜9A ＜150mA ＜1mA 15mA 0-5V 32-200Ω 正常输入电压 PWM 工作频率与散热器绝缘强度 B+,B-逻辑端口电流 KSI 输入电流逻辑端输入电流告警输出电流 BDI 输出电压电磁刹阻抗相关标准

动态流量平衡阀

V5032Kombi-2-plus BALANCING AND SHUTOFF VALVEDesignThe Kombi-2-plus valve consists of:•Valve body with pressure test cocks and internal threads DN10...DN20 to DIN2999 (ISO7) for threaded pipe or cop-per and precision steel pipe 10...20 mm (see Accessories), or•Valve body DN25...DN80 with pressure test cocks and internal threads to DIN2999 (ISO7) for threaded pipe• Valve insert•Blue handwheel with pre-setting dial and display Materials•Valve housing made of red bronze•Valve insert and pressure test cocks made of brass•O-rings and soft seals made of EPDM•Handwheel, pre-setting dial and display made of plastic CONTENTSDesign (1)Materials (1)Application (1)Features (1)Specifications (2)Function (2)Dimensions, kvs-values and Ordering Information (2)Accessories (3)Connections (3)Accessories (3)Measuring equipment (3)Spare parts (3)Flow Data....................................................................4 to 11 Influence of Coolants on Flow Values (12)Correction Factor f (12)ApplicationThe Kombi-2-plus is installed in the return mains of pump driven warm water heating systems and cold water cooling systems to regulate the hydronic balance and as shutoff valve. The Kombi-2-plus has an O-ring spindle seal and is maintenance free. The valve body can be insulated easily and is equipped with pressure test cocks for differential pres-sure or flow measurement.Further functions can be retrofitted without interrupting opera-tion of the system: draining, filling and automatic regulation (in combination with a Kombi-3-plus BLACK valve in the sup-ply and a Kombi-Diaphragm Unit).Features•Maintenance free spindle with double O-ring sealings •PTFE seat sealing•High accuracy of the pre-setting because of individual adjustment•Valve body PN16•Dimensions DN15 to DN40 can be retrofitted with a Kombi-Diaphragm Unit•Robust valve body made of corrosion resistant red bronze•Availabe in sizes up to DN80•Visible pre-setting dial with concealed pre-settingwheelKOMBI-2-PLUS (V5032)SpecificationsMedium Water, water-glycole mixture Operating temperature 2...130°C (36...266°F) Operating pressure max. 16 bar (232 psi) Differential pressure max. 2,0 bar (29 psi) –see NOTE belowk vs (cv)-values see table on page 2NOTE:Differential pressure: Closing pressure forKombi-2-plus with installed Kombi-Diaphragm Unit.Regarding noise generation the conditions, require-ments and installation design have to be taken intoaccount.FunctionThe hydronic balance is a significant requirement for the efficient operation of a hydronic heating or cooling installation. In an unbalanced system under or over provision of hot water to individual radiators or circuits can occur. Apart from the correct selection of radiator valves, regulation of individual circuits is also necessary and in some cases, such as inDIN 18 380, VOB part C, is required by national standards. This requirement is met with the shutoff and balancing valve Kombi-2-plus. The Kombi-2-plus for the return has the func-tions shutoff, pre-setting, regulation (with diaphragm unit, accessory), draining and filling (draining adapter, accessory).Dimensions, k vs-values and Ordering InformationType DN k vs (cv)-Dimensions OS-No.value D H L1L2SWInternal threads152,7 (3,16)Rp1/2”85654127V5032Y0015 Internal threads206,4 (7,49)Rp3/4”100754232V5032Y0015 Internal threads256,8 (7,96)Rp1”100904541V5032Y0015 Internal threads3221,0 (24,6)Rp1 1/4”1371104650V5032Y0015 Internal threads4022,0 (25,7)Rp1 1/2”1371204955V5032Y0015 Internal threads5038,0 (44,5)Rp2”1581505570V5032Y0015 Internal threads6547,7 (55,8)Rp2 1/2”1951806885V5032Y0015 Internal threads8071,0 (83,1)Rp3”21020075100V5032Y0015 NOTE:All values in mm if not stated otherwise.Dimension ‘H’ refers to fully open valve.KOMBI-2-PLUS (V5032)AccessoriesConnectionsSet of compression ring and nut1/2” x 10 mm VA650A12101/2” x 12 mm VA650A12121/2” x 14 mm VA650A12141/2” x 15 mm VA650A12151/2” x 16 mm VA650A12163/4” x 18 mm VA650A20183/4” x 22 mmVA650A2022NOTE:Support inserts have to be used for soft copper andsteel pipe (wall thickness 1 mm).Set of compression ring, nut and support insert (2 pcs each)1/2” x 12 mm VA651A12121/2” x 15 mm VA651A12151/2” x 16 mmVA651A12163/4” x 18 mmVA651A2018AccessoriesKombi-DU Diaphragm Unit (V5012) for valves DN15...DN40V5012A0103V5012A0306NOTE:For product information and diagrams see productdata sheet ‘V5012 Kombi-DU’.The Kombi-2-plus valve must be pre-set to 1.5 (for DN15...25) or 1.0 (DN32...40) when used with the Kombi-Diaphragm Unit.Pump pressure: max. 2 bar (29 psi)Kombi-3-plus BLACK (V5100) as shutoff valve and Kombi-DU connec-tion point in the supplyDN15V5100Y0015DN20V5100Y0020DN25V5100Y0025DN32V5100Y0032DN40V5100Y0040Tamper-proof capfor valves DN15...DN25VA2501A010for valves DN32...DN50VA2501A032Adapter for actuators with M 30 x 1,5 connectionfor valves DN15...DN40VA2500A001k vs -values for Kombi-2-plus with installed adapter:DN 1520253240k vs -value 1,503,503,505,505,50cv-value1,764,14,16,446,44NOTE:The Kombi-2-plus valve must be pre-set to 1.5 (forDN15...25) or 1.0 (DN32...40) when used with ac-tuator.Pump pressure: max. 2 bar (29 psi)Draining adapterfor all sizesVA3500A001Measuring equipmentExtension piece for pressure test cocks, length 45 mm – for use with insulated Kombi-2-plusfor all sizesVA2601A008Measuring adapters (2 pcs)for all sizesVS3600A008Flow meterfor all sizesVM200A1001‘BasicMES’ handheld measuring computerfor all sizes; computer is sup-plied with case and accesso-riesVM241A1002Spare partsPressure test cocks (2 pcs)for all sizesVA2600A008KOMBI-2-PLUS (V5032)Flow Data DN15,72,5Pre-setting0,3Pre-setting 0,30,40,60,81,01,21,41,61,82,02,22,42,62,83,03,23,43,6k v -value 0,370,430,490,570,650,730,810,880,941,001,051,101,161,221,321,421,571,74cv-value 0,430,500,570,670,760,850,951,031,101,171,231,291,361,431,541,661,842,04Pre-setting 3,84,04,24,44,64,84,9 = open k v -value 1,922,122,312,492,632,67k vs = 2,70cv-value2,252,482,702,913,083,123,16NOTE:Flow diagram is ONLY valid for valve WITHOUT installed actuator (-adapter) or Kombi-Diaphragm UnitKOMBI-2-PLUS (V5032)Flow Data DN20,72,53Pre-setting3,50,3Pre-setting 0,30,40,60,81,01,21,41,61,82,02,22,42,62,83,03,23,43,6k v -value 0,680,720,840,971,101,301,501,701,902,102,302,502,702,913,123,363,603,86cv-value 0,800,840,981,131,291,521,761,992,222,462,692,933,163,403,653,934,214,52Pre-setting 3,84,04,24,44,64,85,05,25,45,65,85,9 = open k v -value 4,124,404,694,995,285,575,846,076,266,326,38k vs = 6,40cv-value4,825,155,495,846,186,526,837,107,327,397,467,49NOTE:Flow diagram is ONLY valid for valve WITHOUT installed actuator (-adapter) or Kombi-Diaphragm UnitKOMBI-2-PLUS (V5032)Flow Data DN25,72,53Pre-setting3,50,35,9Pre-setting 0,30,40,60,81,01,21,41,61,82,02,22,42,62,83,03,23,43,6k v -value 0,680,720,840,971,101,301,501,701,902,102,302,502,702,953,203,483,764,05cv-value 0,800,840,981,131,291,521,761,992,222,462,692,933,163,453,744,074,404,74Pre-setting 3,84,04,24,44,64,85,05,25,45,65,85,9 = open k v -value 4,344,644,945,245,525,806,066,306,506,656,75k vs = 6,80cv-value5,085,435,786,136,466,797,097,377,617,787,907,96NOTE:Flow diagram is ONLY valid for valve WITHOUT installed actuator (-adapter) or Kombi-Diaphragm UnitKOMBI-2-PLUS (V5032)Flow Data DN32Pre-setting7,Pre-setting0,50,60,81,01,21,41,61,82,02,22,42,62,83,03,23,43,63,8 k v-value1,401,451,551,602,603,704,805,906,506,907,508,309,2010,211,212,213,214,1 cv-value1,641,701,811,873,044,335,626,907,618,078,789,7110,811,913,114,315,416,5Pre-setting4,04,24,44,64,85,05,25,45,65,86,06,26,46,5 = openk v-value15,015,816,517,117,718,218,619,019,419,720,020,420,8k vs = 21,0cv-value17,618,519,320,020,721,321,822,222,723,023,423,924,324,6NOTE:Flow diagram is ONLY valid for valve WITHOUT installed actuator (-adapter) or Kombi-Diaphragm UnitKOMBI-2-PLUS (V5032)Flow Data DN40Pre-setting7,Pre-setting0,50,60,81,01,21,41,61,82,02,22,42,62,83,03,23,43,63,8 k v-value1,401,451,551,602,603,704,805,906,506,907,508,309,2010,211,212,213,214,1 cv-value1,641,701,811,873,044,335,626,907,618,078,789,7110,811,913,114,315,416,5Pre-setting4,04,24,44,64,85,05,25,45,65,86,06,26,46,5 = openk v-value15,015,816,517,117,718,218,619,019,419,720,020,821,6k vs = 22,0cv-value17,618,519,320,020,721,321,822,222,723,023,424,325,325,7NOTE:Flow diagram is ONLY valid for valve WITHOUT installed actuator (-adapter) or Kombi-Diaphragm UnitKOMBI-2-PLUS (V5032)Flow Data DN50Pre-setting7,Pre-setting1,01,21,41,61,82,02,22,42,62,83,03,23,43,63,84,04,24,4 k v-value0,801,251,882,723,785,106,688,5410,713,015,618,721,022,824,325,426,427,2 cv-value0,941,462,203,184,425,977,829,9912,515,218,321,924,626,728,429,730,931,8Pre-setting4,64,85,05,25,45,65,86,06,26,46,66,87,07,27,47,67,9 = open k v-value28,028,829,530,231,031,732,433,033,634,134,635,035,435,836,236,8k vs = 38,0 cv-value32,833,734,535,336,337,137,938,639,339,940,541,041,441,942,443,144,5KOMBI-2-PLUS (V5032)Flow Data DN65Pre-setting7,Pre-setting1,01,21,41,61,82,02,22,42,62,83,03,23,43,63,84,04,24,4 k v-value1,401,502,503,504,505,507,7010,012,214,516,719,021,323,726,028,330,131,9 cv-value1,641,762,934,105,276,449,0111,714,317,019,522,224,927,730,433,135,237,3Pre-setting4,64,85,05,25,45,65,86,06,26,46,66,87,07,27,47,67,9 = open k v-value33,635,437,238,640,141,543,044,044,945,446,046,547,047,147,347,4k vs = 47,7 cv-value39,341,443,545,246,948,650,351,552,553,153,854,455,055,055,355,555,8KOMBI-2-PLUS (V5032)Flow Data DN80Pre-setting7,Pre-setting1,01,21,41,61,82,02,22,42,62,83,03,23,43,63,84,04,24,4 k v-value2,204,206,208,1010,112,115,318,521,624,828,030,933,936,839,842,744,947,0 k v-value2,574,917,259,4811,814,217,921,625,329,032,836,139,743,146,650,052,555,0Pre-setting4,64,85,05,25,45,65,86,06,26,46,66,87,07,27,47,67,9 = open k v-value49,251,353,555,257,058,760,562,263,464,565,766,868,068,669,269,8k vs = 71,0 k v-value57,660,062,664,666,768,770,872,874,275,576,978,279,680,381,081,783,1Honeywell AG • All rights reserved11EN0H-0048GE25 R0402KOMBI-2-PLUS (V5032)Control ProductsHoneywell AG Phone: (49) 2932 9880Zu den Ruhrwiesen 3Fax: (49) 2932 988239D-59755 Arnsberg-Neheim mng@ EN0H-0048GE25 R040212Subject to change • All rights reserved。

人教初二物理下学期6月月考试卷及答案百度文库

人教初二物理下学期6月月考试卷及答案百度文库一、选择题1．一只氢气球下系一重为G的物体P，由于氢气球产生了举力，结果吊着P在空中做匀速直线运动，如果不计空气阻力和风力的影响，物体恰能沿MN方向(如图所示箭头指向)斜线上升，图中OO′为竖直方向，则图中氢气球和物体P所处的情况正确的是( )A．B．C．D．2．如图所示，A、B为完全相同的两个容器，分别盛有7cm、5cm深的水，A、B之间用导管连接。

若将阀门K打开，最后A、B两容器底部受到水的压强之比为A．3：7B．2：3C．5：7D．1：13．如下图所示，甲物重5 N，乙物重3 N，甲、乙均保持静止状态，不计弹簧测力计自重，则弹簧测力计的示数是A．0 N B．5 N C．2 N D．3 N4．下列事例中，运用了与重力方向相关的知识的是A．检查相框是否挂正了B．用力拉弹簧C．向墙上敲钉子D．向前推箱子5．用天平和弹簧秤分别在地球和月球上称同一个物体，结果是：A．用天平称的结果相同，用弹簧称量得的结果不同B．用天平称的结果不同，用弹簧秤称量的结果相同C．用天平和弹簧秤称量的结果都相同D．用天平和弹簧称量结果都不同6．如图是用来探究阻力对物体运动的影响实验，让小车从斜面滑下,逐渐减小水平面的粗糙程度,测量小车在水平面上的运动距璃，关于此实验下下列说法不正确的是A．每次实验让小车从斜面相同位置滑下,目的是使小车到达水平面的初速度相同B．小车到达水平面上,在竖直方向上受到的是一对平衡力C．小车在水平面上滑行一段距离停下来是由于外力的作用迫使其速度减小的D．由此实验可以直接得出牛顿第一定律7．如图所示，车厢顶A处有一小水滴掉下并落在地板上的B点，由此可以判断车厢可能做（）A．向前匀速运动B．向前减速运动C．向前加速运动D．向后减速运动8．烟台南站是高铁站，在其站台与铁轨之间设有安全线。

动车进站时，人若越过安全线，有可能被吸进铁轨，发生危险。

因此，在站台上候车的乘客应站在安全线外，以确保安全。

生命科学题库大全及答案

B 海拔每升高 100m，气温下降___，雪线一般在___左右，这个高度以上为终年冰雪带。 A.0.5 ℃，4000m B.0.5 ℃， 53 C? 5000m C.0.6 ℃，5000m D.0.6 ℃，6000m 黑种人R和白种人r生的孩子Rr的肤色为__；他如果与白种人结婚，生下白肤色孩子的概率是__，而如果与黑种人结婚， 54 C 生下白肤色孩子的概率是__。 A.棕色，50%，25% B.棕色，25%，0 C.黑色，50%，0 D.黑色，75%，25% 55 肌腱和韧带属于 A.上皮组织 B.结缔组织 C.肌肉组织 D.神经组织 B 基因工程的过程分为6步，即分离出目的基因、拼接重组新的基因、将新基因导入受体细胞、__、提取已增扩的新基因、 56 __。 A.克隆受体细胞，检测新基因的质量 B.修复受体细胞，检测新基因的质量 C.克隆受体细胞，将新基因导入寄 C 主细胞 D.修复受体细胞，将新基因导入寄主细胞 57 激素的两大作用是__。 58 A.营养和代谢 B.代谢和应激 C.应激和能量 D.能量和营养 C. 内分泌系统和消化系统 B A D D 脊椎动物的行为的生理学基础是__ 。 D.消化系统和运动系统 A. 神经系统和内分泌系统 B.味蕾 C.舌乳头 B. 运动系统和神经系统
30 大爆炸宇宙模型是___最先提出的。
大质量的恒星最终经过 __ 阶段，变成 __ 而消亡；小质量恒星则经过 __ 阶段最终变成 __ 。 A. 红巨星，超新星；红超巨 31 星，白矮星 B. 红巨星，白矮星；红超巨星，超新星 C. 红超巨星，超新星；红巨星，白矮星 D. 红超巨星，白矮 B 星；红巨星，超新星 32 地处市郊的别墅小园属于__。 A.社会环境 B.人工环境 C.次生环境 D.原生环境 C
C.李时珍

模块详细型号

输出方式：单输出、双输出、双隔离双输出、三电压及多电压输出。

隔离电压：1000VDC~6000VDC、非隔离等。

封装形式：SIP、DIP、SMD、定压隔离非稳压正负（单）输出超小1W 直插系列A0503LM-1W A0505LM-1W A0505LM-1W A0509LM-1W A0512LM-1WA0515LM-1W A1205LM-1W A1209LM-1W A1212LM-1W A1215LM-1WB0505LM-1W B0509LM-1W B0512LM-1W B0515LM-1W B1205LM-1WB1209LM-1W B1212LM-1W B1215LM-1W定压隔离非稳压（正负）输出1W 直插系列A0503S-1W A0505S-1W A0509S-1W A0512S-1W A0515S-1WA1205S-1W A1209S-1W A1212S-1W A1215S-1W A1505S-1WA1512S-1W A1515S-1W A2405S-1W A2409S-1W A2412S-1WA2415S-1W A2424S-1WA0505D-1W A0505D-1W A0509D-1W A0512D-1W A0515D-1WA1205D-1W A1209D-1W A1212D-1W A1215D-1W A1505D-1WA1512D-1W A1515D-1W A2405D-1W A2409D-1W A2412D-1WA2415D-1W A2424D-1W定压隔离非稳压单输出2W 直插系列B0503S-2W B0505S-2W B0509S-2W B0512S-2W B0515S-2W B1205S-2W B1209S-2W B1212S-2W B1215S-2W B2405S-2W B2409S-2WB2412S-2W B2415S-2W B2424S-2WB0503D-2W B0505D-2W B0505D-2W B0509D-2W B0512D-2W B0515D-2W B1205D-2W B1209D-2W B1212D-2W B1215D-2W B2405D-2W B2409D-2W B2412D-2W B2415D-2W B2424D-2W定压隔离非稳压单输出1W 小型直插系列B0503LS-1W B0505LS-1W B0512LS-1W B0515LS-1W B0524LS-1WB1205LS-1W B1212LS-1W B1215LS-1W B1224LS-1W B2405LS-1WB2412LS-1W B2415LS-1W B2424LS-1WB0503LD-1W B0505LD-1W B0512LD-1W B0515LD-1W B0524LD-1WB1205LD-1W B1212LD-1W B1215LD-1W B1224LD-1W B2405LD-1WB2412LD-1W B2415LD-1W B2424LD-1W定压隔离非稳压单输出0.25W 小型直插系列B0505LD-W25 B0512LD-W25 B0515LD-W25 B0524LD-W25B1205LD-W25 B1212LD-W25 B1215LD-W25 B1224LD-W25B0505LS-W25 B0512LS-W25 B0515LS-W25 B0524LS-W25B1205LS-W25 B1212LS-W25 B1215LS-W25 B1224LS-W25定压隔离非稳压双隔离输出1W 直插系列D050303S-1W D050505S-1W D050909S-1W D051212S-1W D051515S-1WD120505S-1W D120909S-1W D121212S-1W D121515S-1W D240505S-1WD240909S-1W D241212S-1W D241515S-1WD050303D-1W D050505D-1W D050909D-1W D051212D-1W D051515D-1WD120505D-1W D120909D-1W D121212D-1W D121515D-1W D240505D-1WD240909D-1W D241212D-1W D241515D-1W定压隔离非稳压双隔离输出2W直插系列D050303S-2W D050505S-2W D050909S-2W D051212S-2W D051515S-2WD120505S-2W D120909S-2W D121212S-2W D121515S-2W D240505S-2WD240909S-2W D241212S-2W D241515S-2W D242424S-2WD050505D-2W D050505D-2W D050909D-2W D051212D-2W D051515D-2W D120505D-2W D120909D-2W D121212D-2W D121515D-2W D240505D-2W D240909D-2W D241212D-2W D241515D-2W D242424D-2W定压隔离非稳压双隔离输出1W 小型直插系列D050303N-1W D050505N-1W D050909N-1W D051212N-1W D051515N-1W D120505N-1W D120909N-1W D121212N-1W D121515N-1W定压高隔离非稳压正负（单）输出1W表贴系列E0503T-1W E0505T-1W E0509T-1W E0512T-1W E0515T-1WE1205T-1W E1209T-1W E1212T-1W E1215T-1W F0505T-1WF0503T-1W F0505T-1W F0509T-1W F0512T-1W F0515T-1WF1205T-1W F1209T-1W F1212T-1W F1215T-1W定压高隔离非稳压正负（单）输出1W超小直插系列E0503M-1W E0505M-1W E0509M-1W E0512M-1W E0515M-1WE1205M-1W E1209M-1W E1212M-1W E1215M-1W F0505M-1WF0509M-1W F0512M-1W F0515M-1W F1205M-1W F1209M-1WF1212M-1W F1215M-1W定压高隔离非稳压正负输出1W直插系列E0503S-1W E0505S-1W E0509S-1W E0512S-1W E0515S-1WE1205S-1W E1209S-1W E1212S-1W E1215S-1W E2405S-1WE2409S-1W E2412S-1W E2415S-1W E2424S-1WE0503D-1W E0505D-1W E0509D-1W E0512D-1W E0515D-1WE1205D-1W E1209D-1W E1212D-1W E1215D-1W E2405D-1WE2409D-1W E2412D-1W E2415D-1W E2424D-1W定压高隔离非稳压正负输出2W直插系列E0503S-2W E0505S-2W E0509S-2W E0512S-2W E0515S-2WE1205S-2W E1209S-2W E1212S-2W E1215S-2W E2405S-2WE2409S-2W E2412S-2W E2415S-2W E2424S-2WE0503D-2W E0505D-2W E0509D-2W E0512D-2W E0515D-2W E1205D-2W E1209D-2W E1212D-2W E1215D-2W E2405D-2W E2409D-2WE2412D-2W E2415D-2W E2424D-2W定压高隔离非稳压单输出1W直插系列F0503S-1W F0505S-1W F0509S-1W F0512S-1W F0515S-1WF1205S-1W F1209S-1W F1212S-1W F1215S-1W F2405S-1WF2409S-1W F2412S-1W F2415S-1W F2424S-1WF0503D-1W F0505D-1W F0509D-1W F0512D-1W F0515D-1WF1205D-1W F1209D-1W F1212D-1W F1215D-1W F2405D-1WF2409D-1W F2412D-1W F2415D-1W F2424D-1W定压超高隔离非稳压单输出2W直插系列F0503S-2W F0505S-2W F0509S-2W F0512S-2W F0515S-2WF1205S-2W F1209S-2W F1212S-2W F1215S-2W F2405S-2WF2409S-2W F2412S-2W F2415S-2W F2424S-2WF0503D-2W F0505D-2W F0509D-2W F0512D-2W F0515D-2WF1205D-2W F1209D-2W F1212D-2W F1215D-2W F2405D-2WF2409D-2W F2412D-2W F2415D-2W F2424D-2W定压超高隔离非稳压正负输出1W/2W直插系列G0503D-1W G0505D-1W G0509D-1W G0512D-1W G0515D-1WG1205D-1W G1209D-1W G1212D-1W G1215D-1W G0505D-2WG0509D-2W G0512D-2W G0515D-2W G1205D-2W G1209D-2WG1212D-2W G1215D-2W定压超高隔离非稳压单输出1W/2W直插系列H0503D-1W H0505D-1W H0509D-1W H0512D-1W H0515D-1WH1205D-1W H1209D-1W H1212D-1W H1215D-1W H0505D-2WH0509D-2W H0512D-2W H0515D-2W H1205D-2W H1209D-2WH1212D-2W H1215D-2W定压超高隔离非稳压正负输出1W小型直插系列G0503S-1W G0505S-1W G0509S-1W G0512S-1W G0515S-1WG1205S-1W G1209S-1W G1212S-1W G1215S-1W H0505S-2WH0509S-2W H0512S-2W H0515S-2W H1205S-2W H1209S-2WH1212S-2W H1215S-2W定压隔离稳压正负输出1W直插系列IA0503S-1W IA0505S-1W IA0509S-1W IA0512S-1W IA0515S-1WIA1205S-1W IA1209S-1W IA1212S-1W IA1215S-1W IA2405S-1WIA2409S-1W IA2412S-1W IA2415S-1W IA2424S-1W定压隔离稳压正负输出2W直插系列IA0503S-2W IA0505S-2W IA0509S-2W IA0512S-2W IA0515S-2WIA1209S-2W IA1212S-2W IA1215S-2W IA2409S-2W IA2412S-2WIA2415S-2W IA2424S-2W定压隔离稳压单输出1W直插系列IB0505T-W75定压隔离稳压单输出1W直插系列IB0503S-W75 IB0505S-W75 IB0509S-1W IB0512S-1W IB0515S-1WIB1205S-W75 IB1209S-1W IB1212S-1W IB1215S-1W IB2405S-W75IB2409S-1W IB2412S-1W IB2415S-1W IB2424S-1WIB0503D-W75 IB0505D-W75 IB0509D-1W IB0512D-1W IB0515D-1WIB1205D-W75 IB1209D-1W IB1212D-1W IB1215D-1W IB2405D-W75IB2409D-1W IB2412D-1W IB2415D-1W IB2424D-1W定压隔离稳压单输出1W直插系列IB0503LS-W75 IB0505LS-W75 IB0509LS-1W IB0512LS-1W IB0515LS-1WIB1205LS-W75 IB1209LS-1W IB1212LS-1W IB1215LS-1W IB2405LS-W75IB2409LS-1W IB2412LS-1W IB2415LS-1W IB2424LS-1WIB0503LD-W75 IB0505LD-W75 IB0509LD-1W IB0512LD-1W IB0515LD-1WIB1205LD-W75 IB1209LD-1W IB1212LD-1W IB1215LD-1W IB2405LD-W75IB2409LD-1W IB2412LD-1W IB2415LD-1W IB2424LD-1W定压高隔离稳压单输出1W直插系列IF0503D-W75 IF0505D-W75 IF0509D-1W IF0512D-1W IF0515D-1WIF1205D-W75 IF1209D-1W IF1212D-1W IF1215D-1W IF2405D-W75IF2409D-1W IF2412D-1W IF2415D-1W IF2424D-1WIF0503S-W75 IF0505S-W75 IF0509S-1W IF0512S-1W IF0515S-1WIF1205S-W75 IF1209S-1W IF1212S-1W IF1215S-1W IF2405S-W75IF2409S-1W IF2412S-1W IF2415S-1W IF2424S-1W宽压高隔离稳压单输出1W小型直插系列WRB0503S-1W WRB0505S-1W WRB0509S-1W WRB0512S-1W WRB0515S-1WWRB1205S-1W WRB1209S-1W WRB1212S-1W WRB1215S-1W WRB2405S-1W WRB2409S-1W WRB2412S-1W WRB2415S-1W WRB4805S-1W WRB4809S-1W WRB4812S-1W WRB4815S-1W WRB4824S-1W宽压隔离稳压双隔离输出1W小型直插系列WRD050909S-1W WRD051212S-1W WRD051515S-1W WRD120505S-1WWRD120909S-1W WRD121212S-1W WRD121515S-1W WRD240505S-1WWRD240909S-1W WRD241212S-1W WRD241515S-1W WRD480505S-1WWRD480909S-1W WRD481212S-1W WRD481515S-1W宽压隔离稳压双隔离输出2W小型直插系列WRD050909S-2W WRD051212S-2W WRD051515S-2W WRD120505S-2WWRD120909S-2W WRD121212S-2W WRD121515S-2W WRD240505S-2WWRD240909S-2W WRD241212S-2W WRD241515S-2W WRD480505S-2WWRD480909S-2W WRD481212S-2W WRD481515S-2W宽压隔离稳压正负输出3W标准系列WRA1205P-3W WRA1209P-3W WRA1212P-3W WRA1215P-3W WRA1505P-3W WRA1509P-3W WRA1512P-3W WRA1515P-3W WRA2405P-3W WRA2409P-3W WRA2412P-3W WRA2415P-3W WRA4805P-3W WRA4809P-3W WRA4812P-3W WRA4815P-3WWRA2412LS-3W WRA2415LS-3W WRA4812LS-3W WRA4815LS-3W宽压高隔离稳压单输出3W系列WRB1205P-2W5 WRB1209P-3W WRB1212P-3W WRB1215P-3W WRB1505P-2W5 WRB1509P-3W WRB1512P-3W WRB1515P-3W WRB2405P-2W5 WRB2409P-3W WRB2412P-3W WRB2415P-3W WRB4805P-2W5 WRB4809P-3W WRB4812P-3W WRB4815P-3W宽压隔离稳压双隔离输出3W屏蔽系列WRD120505P-3W WRD120909P-3W WRD121212P-3W WRD121515P-3WWRD240505P-3W WRD240909P-3W WRD241212P-3W WRD241515P-3WWRD480505P-3W WRD480909P-3W WRD481212P-3W WRD481515P-3W宽压高隔离稳压正负输出3W系列WRE1205P-3W WRE1209P-3W WRE1505P-3W WRE1505P-3WWRE1509P-3W WRE1512P-3W WRE1515P-3W WRE2405P-3W WRE2409P-3W WRE2412P-3W WRE2415P-3W WRE4805P-3W WRE4809P-3W WRE4812P-3W WRE4815P-3W宽压高隔离稳压正负输出3W屏蔽系列WRF1205P-2W5 WRF1209P-3W WRF1212P-3W WRF1215P-3W WRF1505P-2W5 WRF1509P-3W WRF1512P-3W WRF1515P-3W WRF2405P-2W5 WRF2409P-3W WRF2412P-3W WRF2415P-3W WRF4805P-2W5 WRF4809P-3W WRF4812P-3W WRF4815P-3W宽压隔离稳压正负输出3W屏蔽系列WRA1205MP-3W WRA1209MP-3W WRA1212MP-3W WRA1215MP-3WWRA1505MP-3W WRA1509MP-3W WRA1512MP-3W WRA1515MP-3WWRA2405MP-3W WRA2409MP-3W WRA2412MP-3W WRA2415MP-3WWRA4805MP-3W WRA4809MP-3W WRA4812MP-3W WRA4815MP-3W宽压隔离稳压单输出3W屏蔽系列WRB1205MP-2W5 WRB1209MP-3W WRB1212MP-3W WRB1215MP-3WWRB1505MP-2W5 WRB1509MP-3W WRB1512MP-3W WRB1515MP-3WWRB2405MP-2W5 WRB2409MP-3W WRB2412MP-3W WRB2415MP-3WWRB4805MP-2W5 WRB4809MP-3W WRB4812MP-3W WRB4815MP-3W宽压隔离稳压正负输出2W屏蔽系列WRA0509SP-2W WRA0512SP-2W WRA0515SP-2W WRA1205SP-2WWRA1209SP-2W WRA1212SP-2W WRA1215SP-2W WRA2405SP-2WWRA2409SP-2W WRA2412SP-2W WRA2415SP-2W WRA4805SP-2WWRA4809SP-2W WRA4812SP-2W WRA4815SP-2W宽压隔离稳压正负输出3W屏蔽系列WRA1205SP-3W WRA1209SP-3W WRA1212SP-3W WRA1215SP-3WWRA2405SP-3W WRA2409SP-3W WRA2412SP-3W WRA2415SP-3WWRA4805SP-3W WRA4809SP-3W WRA4812SP-3W WRA4815SP-3W宽压隔离稳压正负输出1W小型直插系列WRA0505CS-1W WRA0509CS-1W WRA0512CS-1W WRA0515CS-1WWRA1205CS-1W WRA1209CS-1W WRA1212CS-1W WRA1215CS-1WWRA2405CS-1W WRA2409CS-1W WRA2412CS-1W WRA2415CS-1WWRA4805CS-1W WRA4809CS-1W WRA4812CS-1W WRA4815CS-1W宽压隔离稳压正负输出2W小型直插系列WRA0505CS-2W WRA0509CS-2W WRA0512CS-2W WRA0515CS-2WWRA1205CS-2W WRA1209CS-2W WRA1212CS-2W WRA1215CS-2WWRA2405CS-2W WRA2409CS-2W WRA2412CS-2W WRA2415CS-2WWRA4805CS-2W WRA4809CS-2W WRA4812CS-2W WRA4815CS-2WWRA1203N-1W6 WRA1205N-2W WRA1209N-2W WRA1212N-2W WRA1215N-2W WRA2403N-1W6 WRA2405N-2W WRA2409N-2W WRA2412N-2W WRA2415N-2W 宽压隔离稳压正负输出2W小型表贴系列WRA2403LT-1W6 WRA2405LT-2W WRA2412LT-2W WRA2415LT-2WWRA4803LT-1W6 WRA4805LT-2W WRA4812LT-2W WRA4815LT-2W宽压隔离稳压单输出1W小型直插系列WRB0505CS-1W WRB0509CS-1W WRB0512CS-1W WRB0515CS-1WWRB1205CS-1W WRB1209CS-1W WRB1212CS-1W WRB1215CS-1WWRB2405CS-1W WRB2409CS-1W WRB2412CS-1W WRB2415CS-1WWRB4805CS-1W WRB4809CS-1W WRB4812CS-1W WRB4815CS-1W宽压隔离稳压单输出2W小型直插系列WRB0505CS-2W WRB0509CS-2W WRB0512CS-2W WRB0515CS-2WWRB1205CS-2W WRB1209CS-2W WRB1212CS-2W WRB1215CS-2WWRB2405CS-2W WRB2409CS-2W WRB2412CS-2W WRB2415CS-2WWRB4805CS-2W WRB4809CS-2W WRB4812CS-2W WRB4815CS-2WWRB1203N-1W6 WRB1205N-2W WRB1209N-2W WRB1212N-2W WRB1215N-2W WRB2403N-1W6 WRB2405N-2W WRB2409N-2W WRB2412N-2W WRB2415N-2W 宽压隔离稳压单输出2W屏蔽系列WRB0509SP-2W WRB0512SP-2W WRB0515SP-2W WRB1205SP-2WWRB1209SP-2W WRB1212SP-2W WRB1215SP-2W WRB2405SP-2WWRB2409SP-2W WRB2412SP-2W WRB2415SP-2W WRB4805SP-2WWRB4809SP-2W WRB4812SP-2W WRB4815SP-2W宽压隔离稳压单输出3W屏蔽系列WRB1205SP-3W WRB1209SP-3W WRB1212SP-3W WRB1215SP-3WWRB1505SP-3W WRB1509SP-3W WRB1512SP-3W WRB1515SP-3WWRB2405SP-3W WRB2409SP-3W WRB2412SP-3W WRB2415SP-3WWRB4805SP-3W WRB4809SP-3W WRB4812SP-3W WRB4815SP-3W宽压隔离稳压正负输出3W系列MSA1205D-3W MSA1209D-3W MSA1212D-3W MSA1215D-3WMSA2405D-3W MSA2409D-3W MSA2412D-3W MSA2415D-3WMSA4805D-3W MSA4809D-3W MSA4812D-3W MSA4815D-3W宽压隔离稳压正负输出3W系列MSA1205MD-3W MSA1209MD-3W MSA1212MD-3W MSA1215MD-3WMSA2405MD-3W MSA2409MD-3W MSA2412MD-3W MSA2415MD-3WMSA4805MD-3W MSA4809MD-3W MSA4812MD-3W MSA4815MD-3W宽压隔离稳压单输出3W系列MSB1205D-2W5 MSB1209D-3W MSB1212D-3W MSB1215D-3WMSB2405D-2W5 MSB2409D-3W MSB2412D-3W MSB2415D-3WMSB4805D-2W5 MSB4809D-3W MSB4812D-3W MSB4815D-3W宽压隔离稳压单输出3W系列MSB1205MD-2W5 MSB1209MD-3W MSB1212MD-3W MSB1215MD-3WMSB2405MD-2W5 MSB2409MD-3W MSB2412MD-3W MSB2415MD-3WMSB4805MD-2W5 MSB4809MD-3W MSB4812MD-3W MSB4815MD-3W DC-DC模块。

控制电器正泰产品介绍

3极 √ √ √ √ √
4极 √ √ √ √ √ × ×
直流操作 √ × × × ×
可逆产品 √ √ √ √ √
3极产品可自带辅助 10或01 11或22 11或22 11 11
备注
2012年底上市
表示正在开发
NC8
附件名称
NC8-（06～12）M
NC8-09～38
NC8-40～100
顶挂辅助触头组侧挂辅助触头组空气延时头
86
107
137
170
235
303
353
462
55
75
110
132
160
200
250
335
Pe （kW）
80
100
110
129
160
220
280
335
450
电寿命（103次）
800 20 6
800 20 6
600 10 6
600 10 6
600 10 6
600 10 6
600 10 6
600 6 6
有
有有有有插入式 1NO+1NC
NR8
◇壳架电流等级高，额定电流范围宽
◇产品体积小、结构紧凑 ◇单台产品功耗小、节能
◇全系列产品符合欧盟绿色环保指令
NR8
NRE8
Ui：690V Ue：690V Ie：0.6A～630A；工作温度：-25 ℃ ～+75℃；标准：IEC 60947-4-1 脱扣级别：10A 壳架等级：NRE8-25、NRE840、NRE8-100、NRE8-200、 NRE8-630
25
80
NC7
NC7

台湾巨控 A-1 系列远程 I O 模块用户手册说明书

台湾巨控A-1系列远程I/O模块用户手册V1.14Edit：2018/01/30目录一、Modbus协议简介 (3)1、Modbus协议主从响应过程 (3)2、Modbus的寄存器区和常用功能码 (4)二、Modbus协议帧格式 (4)1、Modbus RTU (4)2、Modbus ASCII (5)3、Modbus TCP (5)三、I/O模块的基本使用及参数配置方法 (5)1.模块的基本硬件连接 (5)2.模块参数修改 (5)3.模拟量输入模块配置说明(A-1019/A-1219/A-1819) (8)四、调试及上位机通讯 (9)1.调试说明 (9)2.模块与上位机软件通讯 (9)五、Modbus协议地址表 (18)1.A-1057/1058/1068/1069/1051/1055/1055S/1060地址表 (18)2.A-1010地址表 (19)3.A-1012地址表 (20)4.A-1019地址表 (23)5.A-1212地址表 (25)6.A-1219地址表 (28)7.A-1251/A-1255/A-1255S/A-1269/A-1260地址表 (32)8.A-1812地址表 (34)9.A-1819地址表 (36)10.A-1851/A-1855/A-1855S/A-1869/A-1860地址表 (39)本文包含了台湾巨控远程I/O 模块的Modbus 协议简介、寄存器地址表，I/O 模块的一般使用以及与其它设备通讯调试等。

一、Modbus 协议简介Modbus 协议是由Modicon 公司开发设计的一种通信传输协议，在1979年该公司成为施耐德自动化(Schneider Automation)部门的一部分。

现在Modbus 已经是在工业领域被广为应用的最流行、最广泛的真正开放、标准的网络通讯协议。

此协议支持传统的RS-232、RS-422、RS-485和以太网设备。

许多工业设备，包括PLC 、DCS 、智能仪表、I/O 模块等都在使用Modbus 协议作为其通讯标准。

A1212LUA-T中文资料

The Allegro® A1210-A1214 Hall-effect latches are next generation replacements for the popular Allegro 317x and 318x lines of latching switches. The A121x family, produced with BiCMOS technology, consists of devices that feature fast power-on time and low-noise operation. Device programming is performed after packaging, to ensure increased switchpoint accuracy by eliminating offsets that can be induced by package stress. Unique Hall element geometries and low-offset amplifiers help to minimize noise and to reduce the residual offset voltage normally caused by device overmolding, temperature excursions, and thermal stress.
A1211LLHLT-T 7-in. reel, 3000 pieces/reel
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A1212ELHLT-T 7-in. reel, 3000 pieces/reel
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1212条件排列2

（2）排成一排，甲乙两人不相邻，有几种排法？
A66 A72
（3）排成一排，甲既不排头又不排尾，有几种
排法？ A61 A77
（4）排成两排，前排站3人，后排5人，甲在前
排，有几种排法？ A31 A77
七名同学排成一列
(1)若甲不在最左边,乙不在最右边,则有多少不同的排法?
6
115
A A A A 6
少种？
解A33 A22 A（55 捆绑法）
例4：有6名男生和4名女生，自左向右站成一排，其中女生不相邻，而且最右端必须是女生，不同的排列方法有多少种？
解A66 A41A6 A (2)若甲，乙，丙顺序一定，则有多少不同的排列?
7 7
3 3
(3)若甲,乙在两端,丙不在中间，则有多少不同的排法?
214
A A A 2 4 4 A A (4)若甲在最左边,乙丙不相邻,则有多少不同的排法?
42 45
(5)若甲在最左边,乙丙相邻,丁不在最后，则有多少不同的排法?
A41 A44 A22
例2：将五列不同的火车停在五条不同的轨道上，其中甲列车不停在第一轨道上，乙列车不停在第二轨道上，那么不同的停放方法有多少种？
解A44 A31 A31 A33(特元优先法)
例3：有8本互不相同的书，其中数学书3本，外语书2
本，语文书3本，若将这些书排成一排放在书架上，
则数学书恰在一起，外语书也恰在一起的排法共有多
422
A A A 4 5 2 A A (9)男生与女生间隔排列,共有多少种排法?
34 34
A / A (10)如果甲必须排在乙的左侧，可有多少种不同的排法？ 7 2 72
方法：相邻用捆绑法
只要有相邻的情况就先捆绑，重新确定元素个数

合同示范文本1212

合同示范文本1212一、合同双方。

甲方：姓名：____________________联系方式：________________地址：____________________乙方：姓名：____________________联系方式：________________地址：____________________咱这合同呢，就是为了让咱们双方都能明明白白、开开心心地合作或者做个啥事儿。

所以呀，咱们得把各自的情况都写清楚咯。

二、合同目的。

甲方和乙方因为啥事儿才走到一起签这个合同呢？这可得好好说说。

（这里详细写下双方合作的事情或者交易内容，比如是买卖东西呢，还是一起做个项目之类的。

可以是这样：甲方想要购买乙方提供的手工编织的可爱小物件，乙方呢，也乐意把这些小物件卖给甲方。

）三、合同期限。

这个合同从啥时候开始，到啥时候结束呢？这就像是一场旅行，得有个出发和到达的时间呀。

开始日期：______年______月______日。

结束日期：______年______月______日。

在这个期间呢，咱们双方都得按照合同的规定来办事儿哦。

就像我们约定好了一起玩一个游戏，在游戏结束之前，都得遵守规则呢。

四、双方的权利和义务。

1. 甲方的权利和义务。

甲方的权利：甲方有权按照合同的约定得到乙方提供的东西或者服务。

比如说，要是咱们刚刚说的买小物件，甲方就有权拿到那些完好无损、漂漂亮亮的小物件。

甲方有权对乙方提供的东西或者服务提出合理的疑问或者要求改进的地方。

就像你买东西，要是发现有点小问题，当然可以问问咋回事儿啦。

甲方的义务：甲方要按照合同约定的方式和时间向乙方支付相应的款项或者提供相应的东西。

这就好比你去商店买东西，得给钱一样。

可不能耍赖皮哦。

甲方要积极配合乙方完成合同相关的事宜。

要是乙方需要甲方提供点啥信息之类的，甲方得尽快给人家呢。

2. 乙方的权利和义务。

乙方的权利：乙方有权按照合同约定的方式和时间获得甲方支付的款项或者东西。

二端口网络的网络参数

散射参数[S] 参考面移动对散射参量[S]的影响 j( iL i jL j) 若参考面向外推 S ' Se i j i j j( iL i jL j) 若参考面向内推 S 'ij Se i j 利用S参数求输入端反射系数

b a 1 2 S S in 1 1 1 2 a a 1 1
U2 Z2 2 |I1 0 I2
T2面开路时, 端口“1”至端口 “2”的转移阻抗 T2面开路时, 端口“2”的输入阻
对于互易网络有： Z12=Z21
对于对称网络则有：Z11=Z22 对于无耗网络： Zij为纯虚数 [Z]各阻抗参数必须使用开路法测量，称为开路阻抗参数。将各端口的电压、电流分别对自身特性阻抗归一化，则有：
当双端口网络输出端口参考面上接任意负载时，用[A]求输入端口参考面上的输入阻抗和反射系数是很方便的，如下图所示 U2 Z1 参考面T2处的电压U2和电流-I2 I2 而参考面T1处的输入阻抗为:
转移参数[A]
I1 [A]端口网络终端接负载时的情形
散射参数[S] 是线性关系，故有线性方程：
b1=S11a1+S12a2
b2=S21a1+S22a2 写成矩阵形式为
S b S 1 11 12 a 1 b S S a 2 21 22 2
或简写为 [b]=[s][a] 其中[S]称为双端口网络的散射矩阵,其各参数的意义如下：
可见, ［S］矩阵的各参数是建立在端口接匹配负载基础上的反射系数或传输系数。这样利用网络
散射参数[S] 输入输出端口的参考面上接匹配负载即可测得散射矩阵的各个参量。 S参数的性质对于互易网络 S12=S21 对于对称网络 S11=S22 对于无耗网络 S S I S 是S的转置共轭矩阵，[I]为单位矩阵。其中，

空间群

空间群是点对称操作和平移对称操作的对称要素全部可能的组合。

点群表示晶体外形上的对称关系，空间群表示晶体结构内部的原子及离子间的对称关系。

空间群一共230个，它们分别属于32个点群。

晶体结构的对称性不能超出230个空间群的范围，而其外形的对称性和宏观对称性则不能越出32个点群的范围。

属于同一点群的各种晶体可以隶属于若干个空间群。

230种晶体学空间群的记号Symbols of the 230 Crystallographic Space Groups晶系(Cry stal syste m) 点群(Pointgroup)空间群(Space group) 国际符号(HM)圣佛利斯符号(Schfl.)三斜晶系1 C1 P1Ci P单斜晶系2 P2 P21 C2m Pm Pc Cm Cc2/m P2/mP21/mC2/m P2/c P21/C C2/c正交晶系222 P222P2221P21212P212121C2221C222 F222 I222I212121 mm2Pmm2Pmc21Pcc2 Pma2 Pca21 Pnc2Pmn21Pba2 Pna21 Pnn2Cmm2Cmc21Ccc2Amm2Abm2Ama2Aba2 Fmm2 Fdd2Imm2Iba2 Ima2mmmPmmmPnnn Pccm Pban Pmma Pnna Pmna Pcca Pbam PccnPbcmPnnmPmmnPbcn Pbca PnmaCmcmCmca CmmmCccmCmmaCccaFmmmFdddImmmIbam Ibca Imma四方晶系4 P4 P41 P42 P43 I4 I41P I4/m P4/m P42/mP4/n P42/n I4/m I41/a422 P422P4212P4122P41212P4222P42212P4322P43212I422 I41224mm P4mmP4bmP42cmP42nmP4cc P4ncP42mcP42bcI4mm I4cmI41mdI41cd2m P2mP2cP21mP21cPm2Pc2Pb2Pn2Im2 I c2I2mI2d4/m mm P4/mmmP4/mccP4/nbmP4/nncP4/mbmP4/mncP4/nmmP4/nccP42/mmc P42/mcmP42/nbcP42/nnmP42/mbcP42/mnmP42/nmcP42/ncmI4/mmmI4/mcmI41/amdI41/acd三方晶系3 P3 P31 P32 R3P R32 P312 P321 P3112P3121P3212P3221R32 3m P3m1P31mP3c1 P31c R3m R3cmP1mP1cPm1P c1RmR c六方晶系6 P6 P61 P65 P62 P64 P63P6/m P6/mP63/m622 P622P6122P6522P6222P6422P63226mmP6mmP6ccP63cmP63mcm2Pm2Pc2P2mP2c6/mmmP6/mmmP6/mccP63/mcmP63/mmc立方23 P23 F23 I23 P213 I213晶系m Pm3 Pn3 Fm3 Fd3 Im3 Pa3 Ia3432 P432 P4232F432F4132I432P4332P4132I41323m P3mF3mI3m P3nF3cI3dm m PmmPnnPmnPnmFmmFmcFdmFdcImm Ia d1 三斜晶系(Triclinic)点群空间群对称要素方位关系1 1 (1) P12 -1 (2) P-12 单斜晶系(Monoclinic) b为唯一轴点群空间群对称要素方位关系3 2 (3) P2(4) P21(5) C2b为2次轴或21螺旋轴4 m (6) Pm(7) Pc(8) Cm(9) Cc b为⊥m5 2/m (10) P2/m(11) P21/m(12) C2/m(13) P2/c(14) P21/c(15) C2/c b为2+⊥m3 斜方晶系(Orthohombic) 三个方位：a，b，c点群空间群对称要素方位关系6 222 (16) P222(17) P2221(18) P21212(19) P212121(20) C2221(21) C222(22) F222(23) I222(24) I212121 abc皆为27 mm(mm2)(26) Pmc21 (27) Pcc2 (28) Pma2 (29) Pca21 (30) Pnc2 (31) Pmn21 (32) Pba2 (33) Pna21 (34) Pnn2 (35) Cmm2 (36) Cmc21(37) Ccc2 (38) Amm2 (39) Abm2 (40) Ama2 (41) Aba2 (42) Fmm2 (43) Fdd2 (44) Imm2 (45) Iba2 (46) Ima2a 为⊥m ，b 为⊥m ，c 为2（两两垂直的对称面交线为2）。