终结者AP主打胶片(含方案介绍竞争分析配置指导测试资料)
2010版--无菌制剂GMP实施指南
4.2.1 无菌操作区............................................................................................................52 4.2.2 气锁........................................................................................................................ 53 4.2.3 无菌准备区和辅助区............................................................................................59 4.3.4 传递区域................................................................................................................60 4.2.5 仓贮区....................................................................................................................60 4.3 建筑设计与房间装饰.......................................................................................................60 4.3.1 建筑设计................................................................................................................60 4.3.2 房间装饰................................................................................................................62 5. 公用系统....................................................................................................................................63 5.1 概论 .................................................................................................................................63 5.1 空调净化系统（HVAC）.................................................................................................63 5.2 水系统.............................................................................................................................. 69 5.3 气体系统..........................................................................................................................71 5.3.1 压缩空气...............................................................................................................71 5.3.2 氮气....................................................................................................................... 73 5.4 无菌产品生产的电力系统.............................................................................................. 74 6 仪器设备.....................................................................................................................................75 6.1 设备的选型与设计...........................................................................................................78 6.1.1 净化、清洗和灭菌的要求....................................................................................78 6.1.2 材质、外观和安全设计要求................................................................................78 6.1.3 结构设计要求........................................................................................................79 6.1.4 在线监测、控制和验证的要求............................................................................79 6.1.5 对公用工程的要求................................................................................................79 6.2 仪器、仪表......................................................................................................................80 6.2.1 仪器、仪表和计量................................................................................................80 6.2.2 仪器、仪表的设计、性能、定位........................................................................80 6.2.3 仪器仪表的周期校准............................................................................................82 6.2.4 仪器仪表校准的内容............................................................................................83 6.3 设备维修...........................................................................................................................83
枪械库：图解《终结者》电影里的各种武器!
枪械库：图解《终结者》电影里的各种武器!大州长“阿诺”对于这个80后熟知的经典系列，今天我们就来为大家盘点一下那些在电影中出现过的“牛逼武器”~~~1887型杠杆霰弹枪出自：Terminator 2: Judgment Day其实对于那时还小的我们，影片中最令人印象深刻的就是T-800使用的1887型杠杆霰弹枪。
皮夹克+哈雷机车++墨镜+”终极武器“导演卡梅隆试射1887！《Terminator 2》里面州长大人骑摩托车拉风必备的枪，可能很多人都会对阿诺德·施瓦辛格单手上弹、开枪的极酷动作记忆尤新。
武器由著名设计师约翰·勃朗宁设计，由温彻斯特武器公司生产的。
在在二部里，由于片中有他骑摩托车单手上膛开枪的镜头，所以阿诺德·施瓦辛格扮演的T-800用的温彻斯特1887锯短了枪管和枪托。
M92fs手枪出自：Terminator 2: Judgment Day反派t-1000则用的是M92fs手枪。
T-1000的扮演者Robert Patrick 射击92fs。
Hi-Power手枪出自：Terminator 2: Judgment DayT-1000 到精神病院杀Sarah时，从警卫手里抢夺了一把Browning Hi-Power手枪。
和M1911一样，Hi-Power手枪采用勃朗宁发明的枪管短后坐式操作原理和和枪管摆动式闭锁方式。
二者采用了相同的闭锁机构，都是以槍管和套筒之间的闭锁锁耳和凹槽的相互扣合来实现闭锁；但是二者的开锁机构则不同。
M1911是靠槍管尾端在铰链的牵引下向下摆动来开锁的，Hi-Power手枪则是靠枪管尾端的凸耳后退遇到闭锁阻铁时下沉，带动枪管后膛向下摆动来开锁的。
Browning Hi-Power 1935年推出,9mm 口径半自动手枪。
勃朗宁生前设计的最后一只手枪,也是世界上最受欢迎的手枪之一。
对於欧洲及除美国之外的各国手枪的发展影响深远。
大师”勃朗宁“美国mm1榴弹发射器出自：Terminator 2: Judgment Day在影片中t-800一行人去摧毁天网时，lapd的swat使用了mm1榴弹发射器。
BECODISC深层过滤板产品数据表（第1页）说明书
技术数据表深层过滤BECODISC® BP 系列用于制药行业的碟片式滤芯BECODISC BP 碟片式滤芯符合制药行业的高要求。
BECODISC BP 碟片式滤芯所采用的超纯原材料和特殊生产工艺，使其具有内毒素含量低的特点。
该系列产品能够在多种药品的过滤过程中高效截留内毒素。
BECODISC BP 碟片式滤芯的具体优势：-高内毒素截留率以及卓越的细菌截留率。
-这种创新的生产工艺可保证内毒素含量小于0.125 EU/ml。
-最大原材料纯度和最小可溶性离子迁移-将各种过滤机制（表面、吸附、深层过滤）和吸附性能完美结合，可确保最大的可靠性。
-面向所有原材料和辅助材料的综合质量保证以及严格的过程控制可确保成品质量一致。
-在交付之前，对 BECODISC BP 碟片式滤芯进行LAL 测试，确保热原含量 < 0.125 EU/ml。
可应要求提供证书。
-可提供完整性验证指南。
减少和去除微生物BECODISC B01P、B02P、B04PBECODISC 碟片式滤芯具有密孔结构和电势吸附可实现较高的微生物截留率。
这些碟片式滤芯具有高内毒素截留率的特性。
由于对胶体类物质的出色截留能力，这些过滤板特别适合用作后续膜过滤的预滤器。
精细过滤BECODISC B08P用于实现高澄清度的 BECODISC 碟片式滤芯。
这些碟片式滤芯可靠地截留超细颗粒并降低生物负载。
在实际应用中，这些深层过滤板是保护膜滤器、反渗透系统，和保护色谱柱的理想预滤器。
澄清过滤和粗滤BECODISC B20P、B40P具有大容量孔隙结构的 BECODISC 碟片式滤芯。
这些碟片式滤芯具有高颗粒截留能力，非常适合澄清过滤应用。
物理数据此信息旨在作为选择 BECODISC 碟片式滤芯的指南。
透水性是一个实验室值，表征不同的 BECO 深层过滤板。
并非是建议工艺流速。
类型* 所使用的 BECO ® 深层过滤板标称截留率厚度 含灰量 湿破裂强度 透水性 内毒素含量***μm mm % kPa** Δ p = 100 kPa**l/m 2/minEU/ml B01P PR Steril S100 0.1 3.9 58 > 50 30 < 0.125 B02P PR Steril S80 0.2 3.9 50 > 80 46 < 0.125 B04P PR Steril 40 0.4 3.9 49 > 50 61 < 0.125 B08P PR 12 0.8 3.9 50 > 130 175 < 0.125 B20P PR 5 2.0 3.9 50 > 60 330 < 0.125 B40PPR 14.04.348> 452381< 0.125* B = 聚丙烯封装（例如 B01P ） ** 100 kPa = 1 bar*** 用50 l/m ² WFI （注射用水）冲洗后分析内毒素含量订购信息1 扁平适配器 / 双 O 形圈适配器 |2 带限位隔轨 |3 不能与双 O 形圈适配器搭配例如：B01P62SF带 BECO PR Steril S100 深层过滤板的聚丙烯碟片式滤芯，标称截留率为 0.1 µm ，16 个滤囊，276 mm 高， 12"，具有硅橡胶垫圈和扁平适配器。
Eaton 600 A 35 kV Class Deadbreak Junction 说明书
600 A 35 kV class deadbreak junctionEaton provides two, three, or four deadbreak interfaces bused together and encapsulated in a precision molded peroxide cured EPDM insulated rubber body with a semiconductive outer shield in its Cooper Power™ series 600 A, 35 kV Class deadbreak junction. Deadbreak junctions are used in pad-mounted apparatus, underground vaults, and other installations to establish loops, taps and splices, and facilitate apparatus change-outs. Sectionalizing a cable run to find and isolatea cable fault is made easy when a deadbreak junction is used with deadbreak connectors meeting the requirements of IEEE Std 386™--2006 standard, "Separable Insulated Connector Systems".When mated with a comparably rated product, the junction provides a fully shielded, submersible, threaded connection for deadbreak operation. The deadbreak junction is available with stainless steel adjustable brackets for mounting flat or at a 45° angle. Stainless steel "U" straps are available for direct wall mounting.General900 Amp ratingThe deadbreak junction is rated for 900 A continuous when the copper junction and copper mating components are specified. See Table 4.200 kV BIL ratingThe 35 kV class deadbreak junction is available with an optional 200 kV BIL rating, which allows you to match the BIL rating of the system and the equipment to which it will be connected.Additional available optionsFor additional available options, refer to Catalog Section 650-10, 200 A and 600 A, 15, 25, and 35 kV Junction Bars for Separable Connectors . Options include:• In-line junctions with up to six (6) positions• Junctions with combinations of 200 A wells and 600 A bushings • "L" splice configurations• "Y" splice Configurations. Single-phase and three-phase.•Stacked configurationInstallationDeadbreak junctions are bolted to the mounting surface. 600 Aconnectors are assembled onto junctions using tools as described in the appropriate installation instructions for those connectors. Refer to Service Information S600-22-1, 600 A, 15, 25, and 35 kV Class Deadbreak Junction Installation Instructions for junction dimensions and mounting details.Production testsTests are conducted in accordance with IEEE Std 386™-2006 standard:•ac 60 Hz 1 Minute Withstand • 50 kV/70 kV•Minimum Corona Voltage Level • – 26 kV Tests are conducted in accordance with Eaton requirements:• Physical Inspection • Periodic Dissection•Periodic Fluoroscopic AnalysisFigure 1. Welded current path ensures cool operating temperatures. Bus bar and taps are welded together for high electrical and mechanical reliability.EPDM INSULATIONHigh-quality peroxide-cured EPDM insulation is mixed and formulated in-house for complete control ofraw rubber characteristics.MATING THREADSStandard 5/8"-11 UNC 2B threads meet IEEE Std 386™-2006standard specifications for 600 A apparatus.PARKING STAND Parking stands accommodate standoff bushings.ADJUSTABLE BRACKET Stainless steel adjustable bracket can be mounted flat or at a 45° angle.SEMI-CONDUCTING SHIELDShield provides ground shield continuity.DRAIN WIRE CLAMPDrain wire clamp can accommodate wire up to 5/8" in diameter.2Catalog Data CA650053ENEffective May 2015600 A 35 kV class deadbreak junction/cooperpowerseries3Catalog Data CA650053ENEffective May 2015600 A 35 kV class deadbreak junction /cooperpowerseriesEaton, Cooper Power, and T -OP are valuable trademarks of Eaton in the U.S. and other countries. You are not permitted to use these trademarks without the prior written consent of Eaton.IEEE Std 386™-2006 standard are trademarks of the Institute of Electrical and Electronics Engineers, Inc., (IEEE). This publication is not endorsed or approved by the IEEE.For Eaton's Cooper Power series T -OP connector product information call 1-877-277-4636 or visit:/cooperpowerseries.Figure 2. Dimensional drawing shows mounting configuration.otee:N Dimensions given are for reference only.T able 6. Dimensional InformationNumber of InterfacesPhysical Dimensions in. (mm)Mounting Dimensions in. (mm)ABCD221.5 (546)9.0 (229)15.5 (394)12.5 (318)327.5 (699)15.0 (381)21.5 (546)18.5 (470)433.5 (851)21.0 (533)27.5 (699)24.5 (622)otee:N C and D are minimum and maximum stud centerline separations for mounting.6.0"(152 mm)6.2"(158 mm)3.0"(76 mm)2.25"(57.15 mm)3.8"(96 mm)2.25"(57.15 mm)2.25"(57.15 mm)5/8 x 7/8" OBROUND MOUNTING HOLESS10S7S9S1135 kV Stacking Dimensions S7 0.75" (19 mm)S9 5.55" (141 mm)S107.0" (178 mm)S1110.4" (264 mm)Figure 3. Stainless steel "U" strap for direct wall mount.otee:N Dimensions given are for reference only.5.2"(132 mm)Note: Accommodates1/2" HardwareHole Size 0.56" (14 mm)4.6"(117 mm)(Stud Centerline Separation)600 A 35 kV class deadbreak junctionEaton1000 Eaton Boulevard Cleveland, OH 44122United States Eaton’s Cooper Power Systems Division 2300 Badger Drive Waukesha, WI 53188United States/cooperpowerseries © 2015 EatonAll Rights Reserved Printed in USAPublication No. CA650053ENCatalog Data CA650053ENEffective May 2015。
Crosby S-421T TERMINATOR 绳索结束胶体说明书
• Incorporates Crosby’s patented QUIC-CHECK® “Go” and “No-Go” feature cast into the wedge. The proper size
rope is determined when the following criteria are met:
• Basket is cast steel and individually magnetic particle inspected.
• Pin diameter and jaw opening allows wedge and socket to be used in conjunction with closed swage and spelter sockets.
Wedge sockets meet the performance
• The TERMINATORTM wedge eliminates the potential breaking off of the tail due to fatigue.
requirements of Federal Specificatio
• Type Approval certification in accordance with ABS RULES FOR CONDITIONS OF CLASSIFICAION, PART 1 2017 STEEL VESSELS AND ABS GUIDE FOR CERTIFICATION OF LIFTING APPLIANCES 2017 available. Certificates available when requested at time of order and may include additional charges
硬件设计需求说明书(完整版)
实用文档文档名称文档范围硬件需求说明书内部公开文档编号共12 页DD301硬件需求说明书拟制焦少波日期2016-12-01评审人日期批准日期免费共享修订记录日期修订版本描述作者2016-12-01 1.0.0初稿完成焦少波目录硬件需求说明书 (1)1引言 (6)1.1文档目的 (6)1.2参考资料 (6)2概述 (7)2.1产品描述 (7)2.2产品系统组成 (7)2.2.1XXX 分系统 (7)2.2.2XXX 分系统 (7)2.3产品研制要求 (7)3硬件需求分析 (7)3.1硬件组成 (7)3.1.1XXX 分系统 (8)3.1.2XXX 分系统 (8)3.2系统硬件布局 (8)3.2.1XXX 设备布局 (8)3.2.2XXX 设备布局 (8)3.3系统主要硬件组合 (8)3.4XXX 硬件模块需求 (8)3.4.1功能需求 (9)3.4.2性能需求 (9)3.4.3接口需求 (9)3.4.4RAMS 需求 (9)3.4.5安全需求 (9)3.4.6机械设计需求 (9)3.4.7应用环境需求 (9)3.4.8设计约束 (10)3.5XXX 硬件模块需求 (10)3.5.1功能需求 (10)3.5.2性能需求 (10)3.5.3接口需求 (10)3.5.4RAMS 需求 (10)3.5.5安全需求 (10)3.5.6机械设计需求 (10)3.5.7应用环境需求 (11)3.5.8设计约束 (11)3.6可生产性需求 (11)3.7可测试性需求 (11)3.8外购硬件设备 (11)3.8.1外购硬件 (11)3.8.2仪器设备 (12)3.9技术合作 (12)3.9.1内部合作 (12)3.9.2外部合作 (12)表目录表1 外购硬件清单 (11)表2 仪器设备清单 (12)图目录图1XXX 系统构成框图 (7)图2XXX 系统硬件构成框图 (7)硬件需求说明书关键词：能够体现文档描述内容主要方面的词汇。
艾顿(Eaton)重复打击测试方法的揭秘说明书
Eaton1000 Eaton Boulevard Cleveland, OH 44122 United States © 2022 EatonAll Rights ReservedPrinted in USAPublication No. AP158011EN / Z26073 February 2022Eaton is a registered trademark. All other trademarks are property of their respective owners.Debunking the repetitive strike test for surge protective devicesOverviewThe repetitive strike test produces test results to identify the life expectancy of a surge protective device (SPD), as well as electrical durability and assembly quality. The theory is that an SPD mustbe capable of enduring multiple strikes and continue to function properly without degradation while providing protection to the system on which it is installed.Debunking the testThere are some expected similarities with the repetitive strike test across the industry, however, there is no standard that dictates the parameters in which this test is to be performed. Currently there are no specifications that dictate the way the repetitive strike test is to be performed nor is there existing industry standards to designate pass/fail criteria of this test. Without a widespread accepted methodology for the repetitive strike test, customers should not have confidence in comparing the results of two manufacturers. The results of the repetitive strike test will vary depending on several factors that could alter the results of the test. One of these factors is the setup of the test as the lead length, probe locations, and impedance on the wire lines may differ from test to test. These factors have an impact on the number of repetitive strikes theunit can endure—for example, increasing the wire impedancewill affect the result by minimizing the energy shunted to ground, thus increasing the number of repetitive strikes that are reported. Another factor that can alter the results of the repetitive strike test is the resting period between strikes induced to a unit. This is not a dictated standard and will vary the test results drastically; a longer time duration between strikes will produce better results because the metal oxide varistors (MOVs) are given time to reduce their temperature between strikes.In most cases, the repetitive strike waveform is typically IEEE T Category C, high 20 kV (1.2 μsec/50 μsec) open circuit and 10 kA (8 x 20 μsec) short circuit, assuming a 2 ohm impedance for the generator. This waveform is applied between the line conductors and the neutral-and-ground conductors. Unless the waveform equipment is calibrated or guaranteed to run at the nominal pointof the waveform, the actual waveform sent to the unit could beon the low or high side of the sine wave, ultimately impacting the number of repetitive strikes the unit can take. Additionally, there is no identification as to how the waveform will be applied to the SPD. The waveform could be induced on one mode at a time (for example A–N) or the waveform could be applied to all modes at once. This will affect the results as the same waveform would be dissipated across a different amount of MOVs.Specifying durabilityAny Nationally Recognized T esting Laboratory (NRTL) can test and list SPDs to be compliant with any standard, however, to keep it simple, this explanation will refer to the UL T NRTL. The UL Listed label ensures customers that they are selecting an SPD that has passed stringent UL safety requirements. More specifically, UL 1449 is geared toward the standards and safety for SPDs. The UL 1449 nominal discharge current rating, or In, offers a relative performance guide for all SPDs with the UL 1449 listing. This has a rigid set of parameters including the test requiring 6 inches of wire length from the product, and the generator must be adjusted to account for product impedance and force the peak current test level through the unit.For type 1 applications, UL tests with either 10 kA or 20 kA current. For type 2 applications, UL can test with 3 kA, 5 kA, 10 kA, or20 kA current. The manufacturer chooses what current they would like to use to test their product. With the test setup listed above, the SPD is subjected to 15 surges that are one minute apart at the chosen current, with the rated voltage applied between surges.The measured let-through voltage is recorded with each surge and must not deviate more than 10% from the original voltage. After 15 surges, the device must be fully functional for the nominal discharge current rating to be assigned.The results of this test provide a measure of durability for an SPD. The higher the Invalue, the more energy the SPD is able to handle from a surge. Using the formula Energy = I2R, we find that an SPD with In= 20 kA can handle four times the energy of an SPD withIn= 10 kA. It is no wonder why the standards for installing lightning protection systems, UL 96A and NFPA T 780, require a 20 kA nominal discharge current rating; surge devices with In= 20 kA have the best durability.Example: comparing resultsLet’s compare an integrated SPD from Manufacturer A vs. an externally mounted SPD from Manufacturer B. Both units are rated at 120 kA surge rating and 600 V delta configuration. However,the SPD from Manufacturer A has In= 20 kA and the SPD from Manufacturer B has In= 5 kA. Both units are rated for the same application but the SPD from Manufacturer A can handle 16 times the amount of energy from surges that the SPD from Manufacturer B can handle. The unit from Manufacturer A is more durable. Additionally, the voltage protection ratings from Manufacturer B will likely be higher, indicating higher let-through voltage to the system. ConclusionThe repetitive strike test doesn’t provide adequate informationfor a consulting engineer to specify a value to compare amongst manufacturers. The test needs to have a set of standards for comparisons to be made. Until those standards are established,the nominal discharge current rating gives the best insight to the durability of an SPD.Contact Eaton’s industrial surge department at 1-800-647-8877 to discuss our surge protection options.。
Zebra MC9200系列EMC配置和配件指南说明书
MC92N0-GP SE4850 Extended Range imager
! -G5, -G8 available in Premium models only
MC92N0-GA SE965 1D
Standard Range Laser
MC92N0-GJ SE1524 Lorax 1D Long Range Laser
!
The emulator keypads are only used when the MC92N0G is running the respective emulation software, otherwise the functions are same as 53 key keypad.
MC9200 Keypad Options
Added features: • Integrated RFID tag (for asset management)
Other Options: • 53 High Visibility Keypad option • DL scan engine, DPM scan engine • Condensation Resistant
Q
Windows Mobile 6.5 With MS Office (Only in Premium
configurations with manufacturing date prior to July 1, 2016)
R Windows Mobile 6.5 Without MS Office
Data Capture options (Scanner)
WAN Carrier options Display Memory options
OAP1750 安裝指南说明书
OAP1750I. 產品資訊I-1. 包裝內容1. 無線基地台2. 天線(2.4G x 3 & 5G x 3)3. 壁掛安裝托架 x 14. CD 光碟片5. 安裝指南6. 壁裝/立杆安裝用套件： 不銹鋼固定環 x 2 /螺釘 x 4 及 塑膠壁虎 x 4 / M6螺絲 x 4 / 墊片x 4 /金屬墊片x 41234 65I-2. 系統需求-網路線、PoE Switch 或PoE Injector-具瀏覽器功能的電腦，用以設定本產品I-3. 硬體介面A LAN (PoE)B 3 LEDs & ResetN埠(支援PoE供電)B.LED指示燈x 3 + Reset重置鍵I-4. LED指示燈I-5. Reset 重置鍵若您在使用本產品時遭遇問題，您可以將本產品的所有設定恢復至出廠預設值。
1.請按住Reset鍵至少10秒鐘再放開按鍵。
您可能會需要使用一枝鉛筆或一支迴紋針等尖銳物來協助按壓Reset按鍵。
2.請您稍待重新開機，待LED等轉為恆亮綠燈，即表示本產品已開機完成，您可以開始設定它。
I-6. 安裝不論是壁架或立桿安裝，本產品都須要略加組裝1.請使用包裝內附螺絲(包括M6螺絲)及墊片將壁掛托架安裝至本產品的背面(如下圖示)請確認壁掛托架牢固地安裝在您的OAP1750背面1.直向2.橫向Wall Mount 壁架2.請使用包裝內附的螺絲及塑膠壁虎，將本產品安裝於牆壁Pole Mount 立杆安裝3.您也可以使用包裝內附的不銹鋼固定環，將本產品固定於立杆上安裝方式1 安裝方式2 安裝方式3II.快速安裝本產品提供一系列強大的功能：-採用802.11ac雙頻無線傳輸技術-具備32組SSID-支援SNMP v1/v2c/v3本產品可以在很短的時間內啟動並運作。
它可以作獨立的基地台(AP 模式) 使用也可作為AP array (被管AP模式) 的一部分。
當AP array中的AP Controller(無線基地台控制器)被設定如III. Edimax Pro NMS中所敘述的角色，本產品作為被管AP使用時，會自動切換至被管AP模式II-1. AP模式(初始設定)1.本產品具備PoE傳輸埠，您可使用網路線將它連接至PoE網路交換器或PoE Injector，透過網路線受電或傳輸資料。
威亚维解决方案选择指南说明书
Selection Guide Fiber Cleaning Tips and Adapters FCLT-U12-MA FCLT-U12X FCLT-U25CleanBlast Tip for SC Bulkheadssupport both PC/UPC and APC polish types with the same tip. Some of the tips are also used in conjunction with a guide, as shown in the images below.Manufacturer: Product Name:VIAVI CLEANBLAST MT BULKHEAD TIP SC SC FCLT-SCX CleanBlast Tip for SC Bulkheads, HardenedE2000CleanBlast Tip for FC BulkheadsCleanBlast Tip for LC BulkheadsCleanBlast Tip for LC Bulkheads, AngledCleanBlast Tip for MU BulkheadsCleanBlast Tip for MPX BulkheadsCleanBlast Tip for MT Ferrule Bulkheads(unconnectorized)SCALE FCLT-MTP CleanBlast Tip for MPO BulkheadsCleanBlast Adapter for MT Ferrule(unconnectorized)Note: Requires FCLT-MTPCleanBlast Tip for MPO Bulkheads, AngledVIAVI CLEANBLAST MT BULKHEAD TIP Manufacturer Part Number: T-MTP-MA Ribbon T-HMFOC-P Ribbon CleanBlast Tip for HMFOC Drop T erminal Ports T-HMFOC-R Ribbon FCLT-HMFOC-R CleanBlast Tip for HMFOC Drop T erminal PortsFCLT-EXBEAM-1CleanBlast Tip for FibrecaST Jr/Sr Expanded Beam SCALE 2:1FBPT-BAP3-125CleanBlast Tip for BAP3 GuidesCleanBlast Tip for BAP4 GuidesFCLT-C130CleanBlast Tip for C130CleanBlast Tip for 29504/14 and 29504/15 T Note: Cleans Both Pins and SocketsCleanBlast Tip for 29504/4 and 29504/5 T Note: Cleans Both Pins and SocketsManufacturer: Product Name: VIAVI CLEANBLAST MT BULKHEAD TIP © 2020 VIAVI Solutions Inc. Product specifications and descriptions in this document are subject to change without notice. T-MIL2-A6Mil/Aero Angled 60 DegreesNote: Cleans Both Pins and Sockets T-MIL2-CPA Mil/Aero CleanBlast Tip for Use with Glenair T estCleanBlast Tip for 1.25mm LuxCis T erminiNote: Cleans Both Pins and SocketsCleanBlast Tip for 38999 with MT FerrulesNote: Requires FBPT-MT999 GuidesCleanBlast Tip for Radiall Quadrax Size 8 -CleanBlast Tip for Radiall Quadrax Size 8 -CleanBlast Tip for TFOCA-II Connectors(includes Guide)or call 1-844-Go VIAVI (+1-844-468-4284).。
(2020年7月整理)注射用XXXX CTD资料模板3.2.P.1~P.5.doc
目录3.2.P.1 剂型及产品组成 (5)3.2.P.1.1剂型和产品组成 (5)3.2.P.1.2专用溶剂 (5)3.2.P.1.3包装 (5)3.2.P.2 产品开发 (5)3.2.P.2.1 处方组成 (9)3.2.P.2.1.1 原料药 (9)3.2.P.2.1.2 辅料 (11)3.2.P.2.2 制剂研究 (11)3.2.P.2.2.1 处方开发过程 (11)3.2.P.2.2.2 制剂相关特性 (24)3.2.P.2.3 生产工艺的开发 (27)3.2.P.2.3.1 小试工艺研究 (27)3.2.P.2.3.2 中试及验证生产工艺研究 (35)3.2.P.2.3.3 工艺变更情况汇总 (37)3.2.P.2.3.4代表性批次汇总 (39)3.2.P.2.4 包装材料/容器 (41)3.2.P.2.4.1 包材类型、来源及相关证明文件 (41)3.2.P.2.4.2 包材的选择依据 (42)3.2.P.2.4.3 包材选择的支持性研究 (42)3.2.P.2.5 相容性 (42)3.2.P.3 生产 (43)3.2.P.3.1 生产商 (43)3.2.P.3.2 批处方 (43)3.2.P.3.3 生产工艺和工艺控制 (44)3.2.P.3.3.1 工艺流程图 (44)3.2.P.3.3.2 工艺描述 (45)3.2.P.3.3.3 主要的生产设备 (46)3.2.P.3.3.4 拟定的大生产规模 (47)3.2.P.3.4关键步骤和中间体的控制 (48)3.2.P.3.4.1 关键步骤和工艺参数 (48)3.2.P.3.4.2 中间体的控制 (49)3.2.P.3.5 工艺验证和评价 (63)3.2.P.3.5.1 冻干粉针剂培养基模拟灌装验证 (63)3.2.P.3.5.2 除菌过滤系统验证 (64)3.2.P.3.5.3 内包材密封完整性验证 (65)3.2.P.3.5.4 工艺验证 (65)3.2.P.4 原辅料的控制 (67)3.2.P.5.1质量标准 (72)3.2.P.5.2 分析方法 (76)3.2.P.5.2.1性状 (76)3.2.P.5.2.2鉴别 (76)3.2.P.5.2.3酸度 (77)3.2.P.5.3 分析方法的验证 (84)3.2.P.5.3.1鉴别方法验证 (85)3.2.P.5.3.2有关物质方法验证 (86)3.2.P.5.3.3细菌内毒素方法验证 (121)3.2.P.5.3.4无菌方法验证 (126)3.2.P.5.3.5含量方法学验证 (133)3.2.P.5.4 批检验报告 (137)3.2.P.5.4.1 批检验报告 (137)3.2.P.5.5杂质分析 (140) (140)3.2.P.5.5.2自制品与市售品的杂质谱对比研究 (142)3.2.P.5.5.3 注射用XXXX特有的有关物质特性 (145)3.2.P.5.5.4 注射用XXXX特有的有关物质产生过程 (145)3.2.P.5.6 质量标准制定依据 (145)3.2.P.5.6.1名称 (148)3.2.P.5.6.2含量限度 (148)3.2.P.1 剂型及产品组成3.2.P.1.1剂型和产品组成注射用XXXX，为XXXX的无菌冻干粉针，规格XXXX。
毕业设计论文样文及格式要求--2013（共五则范文）
毕业设计论文样文及格式要求--2013（共五则范文）第一篇：毕业设计论文样文及格式要求--2013辽宁警官高等专科学校毕业设计（论文）无线局域网的应用与设计系：专业：学生：指导教师：完成日期：高职计算机系2013年5月31日辽宁警官高等专科学校毕业设计（论文）无线局域网的应用与设计总计毕业设计（论文）16页表格 1表插图 5幅摘要通常计算机组网的传输媒介主要依赖铜缆或光缆，构成有线局域网。
但有线网络在某些场合要受到布线的限制：布线、改线工程量大；线路容易损坏；网中的各节点不可移动。
特别是当要把相离较远的节点联接起来时，架设专用通信线路的布线施工难度大、费用高、耗时长,对正在迅速扩大的连网需求形成了严重的瓶颈阻塞。
WLAN就是解决有线网络以上问题而出现的，WLAN为Wireless LAN的简称，即无线局域网。
无线局域网是利用无线技术实现快速接入以太网的技术。
与有线网络相比，WLAN最主要的优势在于不需要布线，可以不受布线条件的限制。
本文介绍了如何简单组建WLAN无线网络,无线局域网的基本组成构架和优缺点，组建WLAN无线网络所需的软硬件和无线局域网在实际中的发展和应用, 叙述它组建WLAN无线网络所必须的相关知识和要点。
简述无线网络的安全问题和解决方案。
本文讲述了在根据要求和规划选择组网方案。
最后设计一个具体的例子说明了组建WLAN无线网络的具体步骤。
浅析组建WLAN无线网络所需的硬件和方案。
关键词：无线局域网，IEEE802，安全管理IAbstract Computer network transmission medium is usuallyrely mainly on copper or fiber to form a wired LAN.But the cable network cabling in some cases be limited to: cabling, altered large projects;line easily damaged;each node in the network can not be moved.Especially when far away from the phase node should join up, set up dedicated communication line wiring construction difficult, costly, time-consuming, the needs of the rapidly expanding Internet has become a serious bottleneck congestion.WLAN over wired networks is the solution to problems, WLAN is short for Wireless LAN, that wireless LAN.Wireless LAN is the use of wireless technology for fast access to Ethernet pared with the wired network, WLAN does not require wiring the main advantage is, you can not wiring conditions.This article describes how to set up a simple WLAN wireless network, wireless local area network architecture and the advantages and disadvantages of the basic composition, formation of WLAN hardware and software required for wireless networks and wireless local area network in the development and practical application, described it necessary to set up WLAN wireless network related knowledge and key points.Description of wireless network security problems and solutions.This paper describes the requirements and planning options under the network program.Final design of a concrete example of a WLAN wireless network set up the concrete steps.On the formation of WLAN hardware required for wireless networks and programs.Key words：Wireless LAN，IEEE802，safety management目录前言........................................................................................................................... ...1 第1章无线局域网络概述 (2)第2章IEE802.11介绍 (3)2.1 IEE802.11简介.............................................................................................3 2.2 WLAN标准发展...............................................................................................3 2.3 WLAN速率标准比较 (4)第3章VLAN构架及设备 (5)3.1 VLAN局域网基本组成构架...........................................................................5 3.2 VLAN的基本设备. (5)3.2.1无线路由器.........................................................................................5 3.2.2无线AP................................................................................................5 3.2.3无线网卡 (5)第4章VLAN带宽及安全问题 (6)4.1带宽.................................................................................................................6 4.2安全问题 (6)4.2.1常见安全问题.....................................................................................6 4.2.2解决方案 (6)第5章VLAN设计方案 (7)5.1设计要求.........................................................................................................7 5.2设计方案.........................................................................................................7 5.3各类热点建设模型应用参考. (7)5.4安全问题 (7)5.4.1多种用户认证方式和用户状态防火墙.............................................7 5.4.2安全的AP技术及其侦测和保护.......................................................7 5.4.3无线接入的病毒防护.........................................................................7 5.5VLAN的管理.....................................................................................................7 结论........................................................................................................................... .....8 致谢........................................................................................................................... .....9 参考文献. (10)III 辽宁警官高等专科学校高职计算机毕业设计（论文）前言随着无线通信技术的广泛应用，传统局域网络已经越来越不能满足人们的需求，于是无线局域网（Wireless Local Area Network，WLAN）应运而生，且发展迅速。
CMP产品A2型号电缆筒说明书
CABLE GLAND FOR USE WITH UNARMOURED AND BRAID ARMOURED CABLESTECHNICAL DATAINSTALLATION INSTRUCTIONSInstallation should only be performed by a competent person using the correct tools. Spanners shoudl be used for tightening. Read all instructions before beginning installation.ACCESSORIESThe following accessories are available from CMP Products, as optional extras, to assist with fixing, sealing and earthing :-Locknut, Earth Tag, Serrated Washer, Entry Thread (I.P .) Sealing Washer, ShroudCABLE GLANDTYPE A2INSTALLATION INSTRUCTIONS FOR A2 CABLE GLANDSPECIAL CONDITIONS FOR SAFE USE None.Glasshouse Street • St. Peters • Newcastle upon Tyne • NE6 1BSTel: +44 191 265 7411 • Fax: +44 1670 715 646E-Mail:********************************.uk•Web:CABLE GLAND TYPE : A2INGRESS PROTECTION: IP66, IP67, IP68, NEMA 4X PROCESS CONTROL SYSTEM: BS EN ISO 9001SCAN FOR INSTALLATION VIDEOSNote: Standard Seal (Black) Temperature Range = -60°C to +130°C,High Temperature Seal (Brown) Temperature Range = -20°C to +200°C for High Temperature Seal add ‘HT’ to Ordering Reference after Gland Type e.g. 20SA2HT1RA.CSA CERTIFICATION NO : 1211841CSA CERTIFICATION CODE: CSA ENCLOSURE TYPE 4XCLASSIFICATIONC M PD o c u m e n t N o . F I 436 I s s u e 5Date Printed:INSTALLATION INSTRUCTIONS FOR CMP CABLE GLAND TYPES A2CABLE GLAND COMPONENTS - It is not necessary to dismantled the cable gland any further than illustrated below 1. Entry Item 2. Seal 3. Seal NutPLEASE READ ALL INSTRUCTIONS CAREFULLY BEFORE BEGINNING THE INSTALLATION1. It is not necessary to dismantle the gland any further than illustrated below.3. Determine the conductor length required to suit the installation and prepare the cable accordingly, removing part of the outer sheath where required to reveal the insulated conductors.4. Slacken the seal nut (3) to relax the seal (2).5. Pass the cable through the gland to the desired position, then tighten the seal nut by hand until resistance is felt (when the seal contacts the cable). Tighten with a spanner one further turn.2. Fit the gland into the equipment and fully tighten the entry item (1).1.2.3.。
fujifilm富士xe1简体中文官方说明书介绍
若电池电解液接触到皮肤或衣物，请用清水冲洗接触部位。若 电池电解液进入您的眼睛，请立即用清水进行冲洗并联系医务 人员。切勿揉擦眼睛，否则将可能导致永久性的视觉损伤。 ■ 镍氢电池
镍氢电池的性能在以下情况可能会暂时降低：电池为新电池时，长期闲置不 用后或在完全放电前重复充电。这属于正常现象而并非故障。反复使用照相 机设置菜单中的充电电池放电选项进行放电，然后使用电池充电器重新进行 充电，可提高电池性能。 Q 注意：使用碱性电池时，请勿使用充电电池放电选项。
BL01756-600
ZHS
चࠠಚኇၯሮസ
X-E1
用户手册
感谢您购买本产品。本手册讲述了如何使用 FUJIFILM X-E1 数码照相机及安装附带的软件。 在使用照相机之前，请确定您已阅读并理解了本 手册内容。
M2k-pact-artillery
2S4 "Tyulpan" 240mm Self-propelled mortar (SM-240)Price: $250.000 (-/S)RF:Armament: DShK, 240-mm mortarAmmo: 20Fuel Type: D, ALoad: 500 KgVeh Wt: 12 tonsCrew: 4 + 5Mnt: 8Night Vision: HeadlightsDAMAGE RECORD TrMov: 150/80Crew: Driver:( ), Commander/Gunner:( ) ComMov: 60/20Passenger: ( )( )( )( )( ) ( )( )( ) Fuel Cap: 90Sight/Vision: Headlights:( ) Fuel Cons: 45Radio:( )Main Weapon:( ) Combat statisticsEngine:( ) Config: Stnd HF: 3Fuel:( )( )( )( )( ) ( )( )( )( )( ) Susp: T:3 HS: 2Suspension: Minor Damage:( ), Immobilized:( ) HR: 2Weapon ROF DAM Pen Blk Mag SS Brst Rng---------------------------------------------------------------------DShK 5 8 2-2-3 8 50B 3 13 65tripod 5 8 2-2-3 8 50B 2 6 150Type Round DAmage Pen---------------------------------------------240mm HE C:40,B:48 -4C2S9 BeregThe weapon can traverse 120 degrees from the centerline at both directions.Price: $175.000 (-/S)RF:Armament: 130-mm gun/howitzerAmmo: 40Fuel Type: D, ALoad: 1500 KgVeh Wt: 44 tonsCrew: 8Mnt: 18Night Vision: HeadlightsDAMAGE RECORD TrMov: 110/15Crew: Driver:( ), Commander:( ), Gunner:( ) ComMov: 35/10Loader: 1( ),2( ),3( ),4( ),5( ) Fuel Cap: 800Sight/Vision: Headlights:( ) Fuel Cons: 240Radio:( )Main Weapon:( ) Combat statisticsEngine:( ) Config: Trt TF: 3 HF: 3 Fuel:( )( )( )( )( ) ( )( )( )( )( ) Susp: W(4) TS: 3 HS: 3 Suspension: Minor Damage:( ), Immobilized:( ) TR: 3 HR: 3Type Round Rng Damage Pen----------------------------------------------------130mm HE 900 C:6,B:32 4CAPHE 800 28 55/45/35/20WP 1000 C:6,B:32 Nil2S19 MSTA-SPrice: $475.000 (-/S)RF:Armament: 152mm howitzer, NRV(Commander)Ammo: 50 x 152mm, 300 x 12.7BFuel Type: D, ALoad: 500 KgVeh Wt: 42 tonsCrew: 5-7Mnt: 6Night Vision: HeadlightsDAMAGE RECORD TrMov: 120/65Crew: Driver:( ), Commander:( ), Gunner:( ) ComMov: 30/15Loader: 1( ),2( ),3( ),4( ) Fuel Cap: 875Sight/Vision: Headlights:( ) Fuel Cons: 250Radio:( )MG:( )Main Weapon:( ) Combat statisticsEngine:( ) Config: Trt HF: 10 TF: 8Fuel:( )( )( )( )( ) ( )( )( )( )( ) Susp: T(6) HS: 8 TS: 4Suspension: Minor Damage:( ), Immobilized:( ) HR: 6 TR: 3Type Round Rng Damage Pen-------------------------------------------------152mm HE 300 C:8,B:40 3CIFR:28km APHE 350 C:16,B:55 80CWP 300 C:3,B:45 NilCHEM 300 C:3,B:15 Nil3RB30 - B:700 NilICM - B:60 GrenadeILLUM - B:2000 NILKrasnopol 300 C:8,B:40 3CThe 3RB30 is a radiojammer projectile it jams for a radius of 700m at freq 1.5 to 120 MHz. The Krasnopol is the USSR equivalent to 155mm Laser-guided Copperhead2S23 Nona-SVKPrice: $175.000 (-/S)RF:Armament: 120-mm gun/mortar, PK(Commander)Ammo: 60Fuel Type: D, ALoad: 500 KgVeh Wt: 14.5 tonsCrew: 4-6Mnt: 6Night Vision: HeadlightsDAMAGE RECORD TrMov: 150/65Crew: Driver:( ), Commander:( ), Gunner:( ) ComMov: 30/15/6Loader: 1( ),2( ),3( ) Fuel Cap: 290Sight/Vision: Headlights:( ) Fuel Cons: 80Radio:( )Main Weapon:( ) Combat statistics Engine:( ) Config: Stnd TF: 2 HF: 3 Fuel:( )( )( )( )( ) ( )( )( )( )( ) Susp: W(4) TS: 2 HS: 1 Suspension: Minor Damage:( ), Immobilized:( ) TR: 2 HR: 1Type Round Rng Damage Pen IFR120mm G/M HEAT 200 C:8,B:40 80C 8,800HE 200 C:16,B:55 0C 8,800WP 200 C:3,B:45 Nil 8,800Chem 200 C:3,B:15 Nil 8,800ICM-DP 200 B:45 (*1*) 8,800HE-RAP 200 C:12,B:50 0C 12,800Flech(LC) 200 (*2*) 1-Nil ----(*1*) See Submuntions rule on page 207 (v2.2)See ICM, page 201 (v2.0)(*2*) See Shotgun and Flechettes on page 204 (v2.2)The 120 mm versatile SP artillery system is an amphibious armoured artillery mount based on the BMP-3 IFV tracked chassis. It comprises automated vertical and horizontal laying control system, survey system, day/night optoelectronic target detection and designation device ensuring high-precision fire. The gun can fire Russian projectiles, as well as Russian and NATO standart mines. It provides delivery of powerful closely grouped HE fire on a target with the destruction effect comparable to that of 152-, 155-mm artillery.Price: $280.000 (-/S)RF: +1Armament: 120mm Gun/howitzer, PK MG CoaxialAmmo: 70 x 120mm, 2200 7.62mmFuel Type: D, G, A, AvGLoad: 600 KgVeh Wt: 19.5 tonsCrew: 3Mnt: 12Night Vision: Headlights, Passive IRDAMAGE RECORD TrMov: 130/85Crew: Driver:( ), Commander:( ), Gunner:( ) ComMov: 30/20/6Passenger: ( )( )( )( )( ) ( )( )( ) Fuel Cap: 460Sight/Vision: Headlights:( ) Fuel Cons: 100Radio:( )PK MG:( )Main Weapon:( ) Combat statisticsEngine:( ) Config: Stnd TF:8 HF: 6Fuel:( )( )( )( )( ) ( )( )( )( )( ) Susp: T:3 TS:4 HS: 4Suspension: Minor Damage:( ), Immobilized:( ) TR:2 HR: 3Type Round Rng Damage Pen IFR120mm G/M HEAT 200 C:8,B:40 80C 8,800HE 200 C:16,B:44 0C 8,800WP 200 C:3,B:45 Nil 8,800Chem 200 C:3,B:15 Nil 8,800ICM-DP 200 B:45 (*1*) 8,800HE-RAP 200 C:12,B:50 0C 12,800Flech(LC) 200 (*2*) 1-Nil ----(*1*) See Submuntions rule on page 207 (v2.2)See ICM, page 201 (v2.0)(*2*) See Shotgun and Flechettes on page 204 (v2.2)Crew : 3Wt : 550 kgAmmo : Any Eastern 120mm mortarroundsPrice : $35.000 (-/S)Type Round Rng Damage Pen IFR 120mm G/M HEAT 200 C:8,B:36 80C 8,800 HE 200 C:16,B:44 0C 8,800 WP 200 C:3,B:45 Nil 8,800 Chem 200 C:3,B:15 Nil 8,800 ICM-DP 200 B:45 (*1*) 8,800 HE-RAP 200 C:12,B:44 0C 12,800 Flech(LC) 200 (*2*) 1-Nil ----(*1*) See Submuntions rule on page 207 (v2.2)See ICM, page 201 (v2.0)(*2*) See Shotgun and Flechettes on page 204 (v2.2)9K58 SmerchPrice: $550.000 (-/S)RF:Armament: 12 tubes of 300mm rocketsAmmo: 12 x 300mmFuel Type: D, ALoad: 500 KgVeh Wt: 43.7 tonsCrew: 4Mnt: 10Night Vision: HeadlightsDAMAGE RECORD TrMov: 120/25 Crew: Driver:( ), Commander:( ), Gunner:( ) ComMov: 30/10 Loader: 1( ) Fuel Cap: 800Sight/Vision: Headlights:( ) Fuel Cons: 200 Radio:( )Main Weapon:( ) Combat statistics Engine:( ) Config: Stnd HF: 3 Fuel:( )( )( )( )( ) ( )( )( )( )( ) Susp: W(4) HS: 3 Suspension: Minor Damage:( ), Immobilized:( ) HR: 3Type Round Rng Damage Pen-------------------------------------------------300mm HE 300 C:8,B:40 3CIFR:90km WP 300 C:3,B:45 NilCHEM 300 C:3,B:15 NilICM-DP - B:60 Grenade。
终结者AP招标参数(本体与分体分开写)
﹡
支持不同SSID/VLAN映射不同的QoS策略
支持vlan数量不少于4094个
支持多SSID之间的隔离
支持IPv4/IPv6双协议栈、Native原生，特别支持IPv6 Portal、
IPv6 SAVI
同时支持802.11a/n/ac和802.11b/g/n工作
﹡
11ac空间流数(Streams)不少于2条
功能及技术指标 无线转发功能 可管理AP数 网络接口 ACL数量 POE供电 SSID 无线转发 加密方式 设备 服务质量
二层支持
路由支持
11ac支持
协商速率 功耗 发射功率 可调功率粒度 入室AP 网络接口 天线接口 供电
11n支持
资质
厂商资质
参数要求
可以将无线报文转换为标准有线IP报文
﹡
集中转发模式下单台支持管理下属AP的能力不小于20个
支持40MHz捆绑
必须持有国家工信部入网核准证 （WTU430型号核准5月中旬才 能拿证）
﹡
投标无线设备厂商厂商必须通过CMMI4认证以保障产品代码质量 与稳定性，证书认证国家为China，提供证书复印件
﹡
投标无线设备厂商设备已经在滨海新区蓝白领公寓中部署
﹡
投标无线设备厂商必须提供整体解决方案相关设备，至少包括 WLAN，交换机，认证软件，服务器等
﹡Байду номын сангаас
千兆电接口不小于24个，千兆光接口不少于4个。
﹡
不小于2K。
网络接口支持POE供电，供电端口不少于20个。
﹡
支持中文SSID
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支持用户数负载均衡
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终结者方案-本体 WT1020
终结者本体WT1020
24个千兆RJ45接口，其中20个用于连接分体AP，可对分体AP供电，最长距离100米
4个SFP 千兆COMBO口，用于上行连接汇聚或AC无线控制器 本体可作为接入交换机部署在楼层配线间，也可壁挂安装在走廊
终结者方案-分体 WTU430
属性 产品定位 频段 MIMO 5G频段 2.4G频段 天线类型 千兆接口 本地供电 POE供电 整机功耗 WTU430 终结者分体AP 2.4G & 5G 2条空间流 802.11ac,最高866Mbps 802.11n,最高300Mbps 内置天线 1个 48V DC本地 支持 小于9W
武汉大学&江西师大售前测试PK结果
终结者
597Mbps 1.832G
PK
单用户极限性能 多房间多用户性能
智分3.0
203Mbps 400Mbps
183Mbps
平均每个房间性能
50Mbps
两次项目售前测试结果证明了RJ 智分3.0的USB设计缺陷； 我司各个性能随意测，没有调试 到最好状态已经可以秒杀RJ
长距离供电，我们可以到100米，RJ和HW的方案都是15米
测试准备：
尽量多的802.11ac终端，最好是苹果MacBooK；
提前与产品部，网测沟通，参考PMO引导测试例和指导 请到PMO下载已完成的项目测试报告参考
Байду номын сангаас
终结者方案测试案例-武汉大学
终结者
530Mbps 1.56G 156Mbps
50Mbps
终结者第二次出手，彻底
虐哭友商小伙伴！
谢谢！
无线产品工作组
自动化配置 支持
目录 终结者AP方案介绍
竞争分析
配置指导
测试指导和案例
无线产品工作组
终结者AP配置指导（价格临时参考）
终结者AC硬件和规格的选择根据分体AP的数量，例如下面的配置以5000个分体为例， 则需要选择支持5000个AP的AC型号或板卡数量； 终极者AP的分体AP有专用的AC和网管授权license，与普通FTI AP价格不同,相当于普 通FIT AP的25%； 终极者本体AＰ不需要ＡＣ和网管授权
采用标准RJ45接口，可利用原有有线网布线，施工简单！
目录 终结者AP方案介绍
竞争分析
配置指导
测试指导和案例
无线产品工作组
RJ智分3.0是什么
RJ官方胶片截图
锐捷智分3.0，型号AP-5280，和之前的智分1&2代有所不同，虽然还是1分8部署，
入室的不再是天线，而是 一块射频卡+小CPU 锐捷官方胶片宣称个房间是独立带宽，但是给出的性能指标明显不是独立，并发性能
关键词：房间多、人群密度大、 信号覆盖难、漫游少
终结者AP-解决宿舍无线的终极方案
园区
无线控制器 终结者AP本体
终结方案=AC+终结者AP（终结者本体+分体AP）
终结者AP创新架构
无线控制器 CAPWAP
终结者AP本体 无线封装
终结者AP分体
终结者AP方案相比传统AC+FIT AP方案增加了“本体AP”角色 AC与本体AP之间仍采用CAPWAP协议封装数据和管理报文 AP分体和本体之间采用的是无线格式报文封装 终结者方案里，入室的AP变“超瘦”了，可以更加小巧，获得更高的无线接入性能！
每房间性能 300-400M
整体商务 线缆 施工 供电方式 频谱分析
40-50M，10-16个终端
20M
馈线和天线成本略高
利旧：基本持平智分；新建：略高于智分
普通以太网线， RJ45 ， 定制，非标，RJ11，最长不 射频线缆，最长不超过15米 最长100米 超过15米受USB限制 本体安装在配电间，利 打孔，AP装在走廊 打孔，AP装在走廊 旧 PoE或本地 支持 USB供电 不支持 不支持 PoE 不支持 不支持
分体AP支持802.11ac，双频双流，整机866M+300M超千兆接入速率 单个分体待机终端数量50+
分体部署在房间内，可以壁挂/吸顶安装
采用低功耗设计，将辐射降到最低
终结者方案优势
WT1020
WTU430
终结者方案每房间都能获得一个AP的独立带宽，802.11ac的千兆速率；
传统方案平均每个房间性能不超过50Mbps,终结者平均300Mbps以上； 终结者本体不仅可以作为接入交换机，还可对分体进行管理和故障定位；
最高也只有56Mbps每房间
锐捷智分3.0短板
智分3.0硬件架构
智分3.0硬件实物图
智分3.0不是每房间独立AP带宽，本质在于采用了USB2.0转发架构
智分3.0采用USB HUB进行一分多到每个房间，USB2.0本身最高的传输速率为480M，按照
RJ的硬件设计，每个房间最高的性能也不会超过240M，8个房间并发的时候也不会超过56M； 智分3.0采用特殊定制的RJ11接口线缆，必须重新布线，穿墙打孔施工；
长距离供电，我们可以到100米，RJ和HW的方案都是15米
测试准备：
尽量多的802.11ac终端，最好是苹果MacBooK；
提前与产品部，网测沟通，参考PMO引导测试例和指导
终结者方案测试案例
引导测试项：
多用户并发性能测试，9个房间以上，20个以上终端； 单用户极限性能，尤其面对RJ智分3.0的时；
LIS-IMC7-WSME-1K-终 H3C iMC-WSM无线业务管理组件-1000分体AP 结者分体 License
目录 终结者AP方案介绍
竞争分析
配置指导
测试指导和案例
无线产品工作组
终结者方案引导测试项
引导测试项：
多用户并发性能测试，9个房间以上，20个以上终端； 单用户极限性能，尤其面对RJ智分3.0的时；
PK
单用户极限性能 多房间用户性能 平均每个房间性能
锐捷 智分3.0
230Mbps 400Mbps 50Mbps
终结者首次亮相，性能全面秒杀RJ！
江西师大售前测试案例
终结者
597Mbps 1.832G
PK
单用户极限性能 多房间多用户性能
智分3.0
203Mbps 400Mbps
183Mbps
平均每个房间性能
终结者与友商对比
终结者相比友商方案的最大优势是高并发性能 HW的9330DN还未见竞争力，据说已经开始模仿我司的终结者，时间点未知 RJ智分3.0已经走到末路，模仿我司的终结者方案传闻在9月份以后上市，暑期档肯定赶 不上；
H3C 终结者 部署方式 1分20，不需穿墙打孔 1分8 RJ 智分 3.0 1分6或12 HW 9330DN
2015 H3C终结者AP主打胶片
无线产品管理组 周岩06645
无线产品工作组
目录 终结者AP方案介绍
竞争分析
配置指导
测试指导和案例
无线产品工作组
无线宿舍场景分析
宿舍环境
建筑特点 业务特点 终端特点 传统方案
宿舍用户数多，密集度高
房间多，墙体较厚。AP放在走廊信号差
上网，视频，游戏，业务带宽高 电脑+PAD+手机，每人3个终端，数量多，类型多 多房间共享一个AP，性能不足
序号
1 2 3 4
产品代码
终结者分体专用license WTU430分体 WT1020本体
产品描述
高性能无线控制器license费用-管理128分体AP WTU430终结者AP分体 WT1020 终结者AP本体
数量
40 5000 250 5
单价 (RMB)
3,2000.00 3,000.00 25,000.00 147,500.00