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EH300A中文资料

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FUNCTIONAL DESCRIPTIONEH300/EH301 Series Modules' voltage on theonboard storage capacitor bank is +V, which is also thepositive supply voltage switched to power the outputpower load. Initially, +V voltage on an EH300/EH301Series Module starts at 0.0V. During the initial chargeperiod, +V starts charging from 0.0V. The internal circuitof the Module monitors and detects this +V voltage. When+V reaches VH, the Module output (VP) is enabled andturned to the ON state and is then able to supply power

EH300/EH300A/EH301/EH301AADVANCED

LINEAR

DEVICES, INC.

© 2007 Advanced Linear Devices, Inc. 415 Tasman Drive, Sunnyvale, California 94089 -1706 Tel: (408) 747-1155 Fax: (408) 747-1286 http://www.aldinc.comGENERAL DESCRIPTIONEH300/EH301 Series EPAD® ENERGY HARVESTINGTM

Modules can accept energy from many types of electricalenergy sources and store this energy to power conventional3.3V and 5.0V electrical circuits and systems. EH300/EH301Series Modules are completely self-powered and always inthe active mode. They are intended for low power intermit-tent duty cycle sampled data or condition-based monitoring/extreme lifespan applications. These Modules can acceptinstantaneous input voltages ranging from 0.0V to +/-500VAC or DC, and input currents from 200nA to 400mA fromenergy harvesting sources that produce electrical energy ineither a steady or an intermittent and irregular manner withvarying source impedances. EH300/EH301 Series Modulescondition the stored energy to provide power at output volt-age and current levels that are within the limits of a particu-lar electronic system power supply specifications. For ex-ample, 1.8V and 3.6V is a useful voltage range for manytypes of I.C. circuits such as microprocessors.

EH300/EH301 Series Modules are designed to continuouslyand actively operate to capture, accumulate and conserveenergy from an external energy source. Each individualEH300/EH301 Series Module is set to operate between twosupply voltage thresholds, +V_low DC and +V_high DC,corresponding to the minimum (VL) and maximum (VH) sup-

ply voltage values for the intended application. When an en-ergy source starts to inject energy into the inputs of an EH300/EH301 Series Module in the form of electrical charge im-pulses, these charge packets are collected, accumulated andstored onto an internal storage capacitor bank. For most com-mon energy harvesting applications, the electrical energycharge packets arrives in the form of input voltage spikesthat are uncontrolled and unpredictable. Often these covera wide range of voltages, currents and timing waveforms.EH300/EH301 Series Modules are designed to accommo-date such conditions with exceptional efficiency and effec-tiveness. As an example, EH300 Series Module can cycle

within 4 minutes at an average input current of 10 µA andwithin 40 minutes at an average input current of just 1.0 µA.

EH300/EH301 EPAD® ENERGY HARVESTINGTM ModulesSPECIFICATIONSEH300/EH300A/EH301/EH301AInput/Output Electrical Specifications @25° C

•Max. Instantaneous Input Voltage: +/- 500V•Max. Instantaneous Input Current: 400mA•Max. Input Power: 500mW•Min. Operational Input: 0.0V@1nA•Min. Charging Input (Max. Power Dissipation):

- EH3004.0V@200nA(800nW)- EH3016.0V@300nA(1800nW)- EH300A4.0V@500nA(2µW)- EH301A6.0V@500nA(3µW)

•Internal Voltage Clamp: 7.0V@10mA•Max. Output Current: 1 amp•Operating Life Cycles: Virtually unlimited•Logic Compatibility: CMOS

EH300•VL=1.8V VH=3.6V•Useful Energy Output@ 4.6mJ•Output On-Time Rating: 68msec@25mA

EH300A•VL=1.8V VH=3.6V•Useful Energy Output@ 30mJ•Output On-Time Rating: 75msec@150mA

EH301•VL=3.1V VH=5.2V•Useful Energy Output@ 8.3mJ•Output On-Time Rating: 80msec@25mA

EH301A•VL=3.1V VH=5.2V•Useful Energy Output@ 55mJ•Output On-Time Rating: 88msec@150mA

ORDERING INFORMATIONPart NumberDescriptionEH3004.6 mJ Module / 1.8V to 3.6V operationEH300A30 mJ Module / 1.8V to 3.6V operation

EH3018.3 mJ Module / 3.1V to 5.2V operationEH301A55 mJ Module / 3.1V to 5.2V operation

EHJ1C6 inch cable / J1connector (Input)EHJ2C6 inch cable / J2 connector (Output)

Note: EH300A and EH301A are high energy output versions

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蒂森克虏伯电梯Zeta300中文版2019 12发布会版本说明书

蒂森克虏伯电梯Zeta300中文版2019 12发布会版本说明书

t a 300 中文版 2019/12 发布会版本 蒂森克虏伯电梯（中国）宣传手册中列出的所有产品参数及规格均为本手册印刷之时的实时数据， 蒂森克虏伯电梯中国区有权视需要且时根据实际生产情形修订相关技术参数或增加其它数据， 产品相关技术参数、 功能以蒂森克虏伯电梯（中国）官为准。

请您在购买我们的产品时接洽您所在地或就近的蒂森电梯有限公司之销售分公司， 蒂森克虏伯电梯中国保留对本手册内容的唯一解释权。

zeta300高度，触手可及zeta300蕴含顶尖技术的电梯设计，丰富的定制化产品经验，满足客户独特的视角，更高，更快，更智能，助力您高端定制化的商业楼宇，实现您的愿景。

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独立双电磁抱闸系统，配备符合欧洲标准的制动检测装置，性能可靠稳定。

可配备带能量反馈功能的变频器（≥5.0m /s 时将标配能量反馈变频器），其电能转换率可达27%，反馈的电能可以储备在蓄电装置，用于电梯照明。

稳定可靠DGC 动态群组控制技术，轻松搭建复杂电梯网络。

特有的群控后备系统，可实现任一控制柜主柜群控功能和后备群控功能的切换。

多变频器控制技术，使得变频器可以自由组合使用。

周边设备智能化自我监控，可实现故障主动报告。

安全电源和控制电源独立设置，双重保障。

可选德国原厂原品牌安全部件，品质有保证。

可调节导轨底座和可翻转支架设计，有效避免导轨弯曲问题。

可选补偿链磁吸附装置，提高可靠性。

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A300用户手册(中文)

A300用户手册(中文)

A300型氨基酸分析仪 用户手册(1.3版)
Amino acid analyzer (A300) Manual (Version 1.3)
A300型氨基酸分95
目录
1. 欢迎...........................................................................................................................................4 2. 货物清单...................................................................................................................................4 3. 主机布局...................................................................................................................................5 4. 单元描述...................................................................................................................................6
4.2.1 进样阀(Rheodyne valve)........................................................................................7 4.2.2 注射驱动器(Syringe driver)....................................................................................8 4.2.3 带针头的机械臂(Robot arm with hypodermic needle).......................................8 4.2.4 进样口(Injection port) .............................................................................................9 4.2.5 针头/洗涤口(Needle / wash port)..........................................................................9 4.3 主机单元 .............................................................................................................................9 4.3.1 缓冲单元(Damping unit).......................................................................................10 4.3.2 压力传感器(Pressure sensors) ...........................................................................10 4.3.3 惰性气体(Inert gas supply) ..................................................................................11 4.3.4 预柱(Precolumn) ...................................................................................................11 4.3.5 分离柱(Separation column unit)..........................................................................11 4.3.6 混合器(Mixer) ........................................................................................................11 4.3.7 反应器(Reactor unit).............................................................................................12 4.3.8 光度计(Photometer)..............................................................................................12 5. 化学原理.................................................................................................................................12 6. 安装.........................................................................................................................................13 6.1 设备的安装........................................................................................................................13 6.1.1 电路连接(Electric Connections)..........................................................................13 6.1.2 流路连接(Fluidic Connections) ...........................................................................19 6.1.3 装液和安装缓冲液瓶(Refilling and Inserting the Bottles) ................................22 6.1.4 惰性气体的连接和调节(Conecting and Adjusting the Inert Gas) ...................23 6.1.5 软件及驱动的安装(Installing Software and Drivers) ........................................24 6.2 A300 的试运行(Commissioning the A300)........................................................................25 6.3 iControl 详细原理(The elements of iControl in detail).....................................................27 6.3.1 启动 iControl (Starting iControl) ..........................................................................27 6.3.2 登录窗口(Login window) ......................................................................................27 6.3.3 主页(Home)............................................................................................................28 6.3.4 状态栏(Status bar) ................................................................................................28 6.3.5 手动模式(Manual) .................................................................................................33 6.3.6 程序(Program).......................................................................................................41 6.3.7 分析(Analysis)界面 ...............................................................................................46 6.4 iControl 中的 程序流程(The Program Flow in iControl) ................................................58 6.4.1 过程汇总(Summary of the process) ...................................................................59 6.4.2 初始化和启动(Init and Startup) ...........................................................................59 6.4.3 空闲模式/空闲阶段(The Idle modes / Idle phases) ..........................................60 6.4.4 预程序(Presequence)...........................................................................................60 6.4.5 分析(Analysis) .......................................................................................................61
PMEG3010EJ,115;PMEG3010EH,115;中文规格书,Datasheet资料

PMEG3010EJ,115;PMEG3010EH,115;中文规格书,Datasheet资料


Marking code[1] AA AK *AV
PMEG3010EH_EJ_ET_4
Product data sheet
/
Rev. 04 — 20 March 2007
© NXP B.V. 2007. All rights reserved.
2 of 11
NXP Semiconductors
Conditions in free air
PMEG3010EJ
PMEG301esistance from junction to solder point
PMEG3010EH PMEG3010EJ PMEG3010ET
Min Typ Max Unit
[1]
Rev. 04 — 20 March 2007
© NXP B.V. 2007. All rights reserved.
4 of 11
NXP Semiconductors
PMEG3010EH/EJ/ET
1 A very low VF MEGA Schottky barrier rectifiers
103 IF (mA)
3. Ordering information
Simplified outline Symbol
[1]
1
2
001aab540
1
2
sym001
3
1
2
3
1
2 n.c.
006aaa436
Table 4. Ordering information
Type number Package
Name
Description
[4] Soldering point of cathode tab.
TCL300DE1-ADTD中文资料

TCL300DE1-ADTD中文资料

ACCESSORIESLMSHELF = Mounting Shelf 300-450W MXSHELF = Mounting Shelf 72-200WOrdering InformationSERIES DC WATTAGE HEADS HEADS OPTIONS 1CCL = 6 Volt 6 Volt6 Volt3 = Three A = Ammeter 2TCL = 12 Volt75 = 75 Watts DY = 8 Watt, Tungsten 2 = Two ACF1 = 120 VAC Fuse 100 = 100 Watts DA = 18 Watt, Tungsten 1 = OneACF2 = 277 VAC Fuse 150 = 150 Watts DL = 25 Watt, Tungsten ACP1 = 120 VAC Power Switch 225 = 225 WattsDC = 30 Watt, Tungsten ACP2 = 277 VAC Power Switch AD = ACCU-TEST Self-Diagnostics 12 Volt (Includes standard voltmeter)12 VoltADAL = ACCU-TEST with Alarm150 = 150 Watt DNY = 12 Watt, Tungsten ADTD = ACCU-TEST with Time Delay 3200 = 200 Watt DE = 28 Watt, Tungsten DCP = DC Power Switch300 = 300 Watt DK = 25 Watt, Tungsten EX = Special Input Transformer (Specify voltage and frequency)450 = 450 WattDG = 30 Watt, TungstenTD1 = 120 VAC Time Delay 3TTD2 = 277 VAC Time Delay 3(Suggested lamp heads listedV = Voltmeter 2above. Refer to the Accessories Section for W = White Housingadditional lamp head choices.)CCL15016.0”(40.6 cm)TCL300, TCL4506.0”(15.2 cm)7.6”(19.3 cm)12.0”(30.5 cm)27.0”(12.7 cm)6.0”(15.2 cm)7.6”(19.3 cm)12.0”(30.5 cm)Notes:1) Some option combinations may impact UL list-ing. consult factory for specifics.2) Not available witj AD, ADAL, or ADTD options.3) 15 minute delay.元器件交易网Housing18 gauge steel housing with a tan epoxy powder coat finish.Knockouts provided for mounting up to three lamp heads.The suggested lamp head is the “D” Series round sealed beam Par 36 tungsten. To order lamp heads other than the suggested “D” head, refer to Chloride Accessories Section..Suggested SpecificationFurnish and install Chloride Systems emergency lighting unit model ________. The unit shall be constructed to meet Underwriter’s Laboratories, Inc. Standard #924and the National Electrical Code (NEC).INSTALLATION AND OPERATION -Unit shall be easily field connected to a 120 or 277 VAC, 60 hertz, unswitched power source. Installation must comply with the NEC as well as other applicable codes. Upon utility power failure or brownout, the unit shall automatically transfer to battery power and maintain the required illumina-tion level for a minimum period of 90 minutes. Upon restoration of utility power, the charger shall restore the battery to full charge within UL 924 requirements follow-ing a rated discharge of not more than 90 minutes.CHARGER -Product shall utilize a fully automatic, voltage regulated, two-rate current limited solid-state charger. The charging system shall maintain the battery at full capacity without the need for periodic exercising or equalization. The following features shall be standard: Low voltage disconnect (LVD), brownout protection and AC lockout.BATTERY -The battery shall be a low maintenance, free electrolyte, wet cell, lead calcium battery. The lead calcium battery shall provide trouble-free operation in temperatures up to 85°F (30°C).HOUSING -The unit housing shall be constructed of 18 gauge steel with a tan epoxy powder coat finish.Chloride SystemsISO8C1063R49/02 IH272 West Stag Park Service Road •Burgaw NC 28425Telephone: (910) 259 1000 •Facsimile: (800) 258 Lamp Head Photometrics(For DL, suggested head for CCL)(For DK, suggested head for TCL)Vertical203050100Up 2010feet 010Down 20.2.1406070.31.5Horizontal203050100Left 2010feet 010Right 20.2.1406070.31.5203050100Up 2010feet 010Down 20Photometric No. 3406070801.3.2.1.5Horizontal203050100Left 3010feet 01020Right 301.3.2.120.540607080。