說(shuō)課UG-電氣布線

1、說(shuō)課UG-電氣布線過(guò)程概述邏輯布線設(shè)計(jì)2D 圖表連線表 元件表物理特性3D 布線模型物理布線設(shè)計(jì)配線板布置圖BOM布線報(bào)告2邏輯布線設(shè)計(jì)ACB1112222D 圖表A1 - B1 A2 - C2 B2 - C1 連線表A B C 元件表3邏輯連線表文件1A,CA08917373,P,CA12059929,B,19,紅色,0.00,TWP,蓄電池輸出 1B,CA08917373,P,CAS200,X,13,紅色,0.00,TWP, 蓄電池輸出 1C,CA08917373,P,CA12129068,BAT,8 ,RED,0.00,TWP, 蓄電池輸出50,CA08917374,N,CAS100,X

2、,13,黑色,0.00,TWP,接地 225,CA12064769,A,CA12129068,L,16 ,紅色,0.00,TWP,交流輸出244,CL10098544,E,CR10098547,C,16,淺藍(lán)色,0.00,TWT,動(dòng)力鎖鎖住245,CL10098544,B,CR10098547,D,16,深藍(lán)色,0.00,TWT,動(dòng)力鎖開啟1A, CA08917373, P, CA12059929, B, 19, 紅色, TWP, 蓄電池輸出 線纜名稱從元件引腳到元件引腳線纜絕緣體類型線纜規(guī)格4物理布線設(shè)計(jì) 結(jié)構(gòu)空間5UG/Harness 元件和引腳分配ACBA B C 元件表6UG/Harn

3、ess 接線端生成ACB自動(dòng)生成！7ACBA 1 B 1 A 2 C 2 B 2 C 1 連線表線 束UG/Harness 自動(dòng)布線8UG/Harness 3D布線圖9電氣布線設(shè)計(jì)的一般步驟Step 1 審核部件Qualify Components. 為接插件等指定端口和識(shí)別號(hào)Step 2 創(chuàng)建連接列表和組件列表文件. Step 3 在產(chǎn)品結(jié)構(gòu)下建立一個(gè)專為電氣布線設(shè)計(jì)使用的子裝配文件. Step 4 將連接列表和組件列表文件的邏輯信息導(dǎo)入到UG系統(tǒng)中Step 5 放置電器元件. 典型的設(shè)備可以使用裝配功能，接插件可使用電氣布線模塊中獨(dú)有的放置組件功能.10電氣布線設(shè)計(jì)的一般步驟(續(xù))Step

4、 6 指定線束走向路徑.Step 7 加入護(hù)套 .Step 8 創(chuàng)建線束布線板 .Step 9 加注釋.11電氣布線數(shù)據(jù)在裝配中的組織12Lesson 1 連線表、元件表目的:將邏輯設(shè)計(jì)產(chǎn)生的數(shù)據(jù)轉(zhuǎn)變?yōu)槲锢碓O(shè)計(jì) 邏輯布線設(shè)計(jì)2D 圖表連線表 元件表物理特性物理布線設(shè)計(jì)13線束邏輯設(shè)計(jì)信息ACBPIN_3PIN_2PIN_1PIN_1PIN_2PIN_32D SchematicA PIN_3 B PIN_2 A PIN_1 C PIN_2 B PIN_3 C PIN_1 Connection ListA B C Component List零件列表連線列表14Edit Connection Li

5、st File & import replacexxx_connection.hrn15Exercise:Activity:導(dǎo)入連接列表和組件列表 Workbook Section 1 Review Circuit Design16Lesson 2 審核部件目的：為元件加上線束中特定的智能特性 這些智能屬性規(guī)定了這些部件是如何放置到線束裝配中的，如何與線束裝配中的其他元件關(guān)聯(lián)起來(lái)的，以及它們?cè)诰€束設(shè)計(jì)是如何運(yùn)作的。 17審核部件端口（Port） 是用來(lái)定義物理連接的位置點(diǎn)。 多端口（Mutliports）用來(lái)在單一的一個(gè)連接對(duì)象上創(chuàng)建多個(gè)邏輯連接。 接線片端口（Terminal ports）定

6、義了在多端口中所指定的接線片的物理連接點(diǎn) 虛擬接線片端口（Virtual Ports）在建立了多端口后，沒(méi)有指定物理連接點(diǎn)的接線片稱為虛擬接線片端口。它代表了連接到多個(gè)接線片的邏輯信息，但并不創(chuàng)建出每一接線片的連線 18審核部件的步驟一：指定端口位置0.5 in3 in wir_6pinrnd_1.prtwir_meter_1.prt19延伸長(zhǎng)度和剝線長(zhǎng)度的定義:20審核部件的步驟二：放置接線片端口21接線片端口和虛擬端口virtual portsTerminal Port 22審核部件-使用陣列方式來(lái)創(chuàng)建接線片端口wir_rotary_sw_conn.prtTerminal ports de

7、fined by instance arrays are useful when qualifying connectors with many pins. 23不同的創(chuàng)建方法假設(shè)某個(gè)接插件有三個(gè)接線片，創(chuàng)建的方式有：可以為每一個(gè)接線片都創(chuàng)建一個(gè)端口(port).創(chuàng)建一個(gè)多端口，三個(gè)虛擬端口.創(chuàng)建一個(gè)多端口和三個(gè)接線端口.創(chuàng)建一個(gè)多端口，其中有虛擬端口和接線端口.24CASE 1：創(chuàng)建三個(gè)端口在這中情況下，每一個(gè)接線片都有自己的特性，需要在線束裝配中分別為每一個(gè)接線片都指定相應(yīng)的連線路徑，在分配連線后，每個(gè)路徑都創(chuàng)建自己獨(dú)立的實(shí)體25Qualifying a clwir_nylon_cl.pr

8、t26Lesson 3 放置元件 目的：確定在線束裝配中放置元件的方法 27放置元件放置在線束子裝配中的零件一般是設(shè)備或接插件設(shè)備是指那些與電纜直接相連的項(xiàng)目，如馬達(dá)，電壓表等，接插件是指連接設(shè)備與電纜的中間環(huán)節(jié)。28使用裝配方法定位組件Creating a fitting port to interface with the connetcor Creating “port” reference setwir_place_part_assm_1.prtwir_meter_1.prt29放置接插件 Before placing part ,qualify part wir_4pin_conn_

9、eng.prt30放置接插件Placing wir_rotary_sw_conn.prt確保設(shè)備移動(dòng)時(shí)，連在上面的接插件跟著移動(dòng)31Exercise:Activity 2-1: Qualify a part for UG/WiringActivity 2-2: Qualify a Wiring ClActivity 3-1: Placing partsWorkbook Section 2 Qualifying & Placing Parts32Lesson 4 定義線束路徑的走向 目的：定義線束路徑的走向 33創(chuàng)建路徑走向Create Smart RCPs - Checking this to

10、ggle causes RCPs created by Create Path to be associative if you select objects in the work part during path creation. Use Interpart Extracts - This toggle is only available if Create Smart RCPs is checked. Checking Use Interpart Extracts allows RCPs to create, associative to objects outside of the

11、current work part.The most important setting for Wiring is the Generate Splines toggle. This applies to both the Simple and Heal methods of path creation. Path segments are created as spline rather than lines and arcs when this toggle is ON.34Create Path-SimpleIn Wiring, the Simple method of path cr

12、eation is used for creating paths that have definition points (or objects) other than at the start and end (if just start and end points define the path, the Heal method should be used).cxj_heal_assm_1.prt35Subdivide segment36Simple & Subdividesimple37Delete Path Standard MethodThe Standard Method a

13、llows selection of RCPs, segments, stock or components from the graphics screen.Path MethodThe Path method requires selection of a start object and an end object. Branch MethodThe selected object determines the branch in the routing and all the objects that form the branch are highlighted as being s

14、electedRouting MethodAll routing objects that are a member of the routing to which the selected object is a member are selected and highlighted.38Create Path-HealHeal Path provides a set of path creation methods that allow you to create segments between existing objects.Start Length & End Length spe

15、cify the distance a segment remains linear before it is allowed to bend.When port selected as start or end object,The length values are defined for the ports when the component part is qualified be the default start or end length, can be overridden,39heal4041Create Path - Shape42Create Path - shape4

16、3Lesson 4 Exercise:Activity 4-1 : Creating the Path SegmentWorkbook Section 3 Routing Segments44Lesson 5. Assigning Components & Connectors and Wire RoutingPurpose: process the information in the list file to automatically assign and route wires45Assign ComponentsAuto AssignProvides the means for au

17、tomatically assigning the unique identifiers for the selected components entries. The method used to make this assignment is determined by the Wiring Preference named Component Match Method 46wir_route_assm_1.prtAuto assign results:Highlighted will be assigned manually47Manual assign Allows you to s

18、elect a component from the graphical display to assign to the selected component ID. For each selected entry, select a component. The Unique ID for that entry is assigned to the component selected, regardless of the part name value. If there is more than one matching component in the assembly, choos

19、e between the components having that name.48Wire RoutingAuto routeAuto Route finds the shortest length path between the components, then calculates and updates the Length and Cut Length fields.When you route a connection, stock creates automatically along the path49Create Terminalsprovides a means f

20、or modeling and unmodeling the terminals that connect to terminal ports of a routing component. Create Terminals operates on a set of segments or bundle connected to the multiport of a component. It subdivides the bundle path at a specified cut back distance from the multiport, removes cut back segm

21、ents and stock, and creates spline path segments to each of the terminal ports.5051Exercise :Activity 5-1 : Assignments and wire routingWorkbook Section 4 Routing Wires52Lesson 6 Assigning OverstockPurpose:assign stock in a harness53OverstockRepresents the stock that hole the wire bundle together and add protection to the bundle from wear and abrasion5455