Protel design explorer windows 7

The interface is very easy to use for both experts and newbies. This is another feature this software offers. Since Protel PCB is now upgraded to altium designer, its 3D feature enables engineers and designers to clearly interact and visualize their designs. The layout tools will help you to route and place your tasks without errors. You can also see your design in a 3D format and as well as adjust your placement against any imported mechanical data. This software allows designers to have an interaction with their customers.

The Protel design system offers customer interaction use cases. You can keep your customer informed about the progress of your design by sharing snapshots of your work. You can share these snapshots on any device.

Protel schematic pcb is an ideal choice for electronics and electrical engineers. PCB Creator is very easy to use. The installation management system in the advanced version of protel PCB enables designers to create an installation of the software anytime after the first installation is made. This helps designers to update, install, and eliminate additional functionality. The editor in this software utilizes the concept of Design Rules to determine the needs of a design.

These rules serve as an instruction set for the editor. They guide you through each aspect of the design, from clearances, routing, plane connection styles, widths, etc. The design rules are applied in a hierarchical way. Several rules of this type can be established. Active BOM enables you to evaluate component data. This helps you to direct the routing to wherever you want. Protel PCB comes with great features and a lot of benefits.

However, there are some limitations to using this software for designing a printed circuit board. The limitations are as follows;.

Protel PCB software can be downloaded for a free trial version for two weeks. This trial version includes a virtual workshop. This feature allows you to select the relative location of the text strings, which are then maintained when the component is moved or rotated. Set the preferred locations for the designator and comment strings for Components in the Defaults Tab of the Preferences dialog this will apply to all components subsequently placed in the workspace.

Global editing can be used to change the Autoposition attributes for components already placed in the workspace. A complimentary text-positioning feature has also been introduced, allowing you to reposition designator and comment strings on selected components. Note that this feature does not set the Autoposition attribute, it simply moves the strings to the desired location. To use this feature, first select the components that you want the change to apply to, then select Tools » Interactive Placement » Position Component Text from the menus.

When the Component Text Position dialog appears click the required text location. Manual routing has been enhanced when pressing the Backspace key to toggle back through the layers when a via is removed, and restore the display to the correct region when the track removal occurs off screen. Warnings added to DRC report for pads on a net with unplated or zero size holes. Unrouted nets violations now highlight only in the region of the connection line.

Autorouter memory management has been improved to allocate memory more efficiently. Design rule precedence is resolved and displayed correctly in the Design Rule dialog.

Footprint design rule scope now functions correctly. Importing design rules correctly imports the first rule in the rule file. Design Rules dialog no longer incorrectly reports that router follows Starburst topology. The PCB Board Wizard title block option now excludes the title block if the title block option is disabled.

Jump component and jump net dialogs remember previously typed Mask. Loading from a pick and place file now places components on the correct layer and at the correct rotation. Pick and place file loading now supports the pick and place file format that includes the component comment.

PCB Library Editor prompts to save a library if the only edit action was to rename a component. The hide attribute for component text in the default primitives is now obeyed. Autotrax libraries load correctly. Location markers are correctly saved with the PCB design.

Schematic Editor Design Synchronizer now detects when multi-part schematic components have different footprints specified in each part. Design Synchronizer now supports the Descend into Sheet Parts option. Schematic sheet symbols that reference the sheet that they are placed on, are detected and an error message is presented. The Create Symbol from Sheet feature no longer allows parent sheets to be chosen. Netlist Manager now correctly highlights the next object in the lists when an item is deleted.

A confirmation message has been added when a net class is deleted in the Netlist Manager. Nets Report generated during a netlist load now displays the correct path to netlist file. After a netlist load new components are automatically arranged to the right of the board outline. Keepout Object has been added to the Object Kind design rule scope for the Clearance Constraint design rule. This object kind includes objects on the keepout layer, as well as layer-specific keepout objects.

Combine the object kind scope with a layer scope to restrict keepout clearances to a particular layer. File extension for the report listing design rules has been changed to. Invalid design rules files are now handled correctly during import. Maximum Via Count Constraint rule description updated to reflect that this rule applies on a "per-net" basis. Entering metric units in design rules no longer results in incorrect values. Clearance violations from a keepout layer object to a signal layer object now highlight as a DRC error correctly.

Objects selected by clicking the Select button when browsing by rules, are now deselected correctly when the button is clicked a second time.

Changes made to the Designator or Comment field when editing a component now get saved correctly when one of the other Tabs in the dialog is clicked on. Mouse-clicks function correctly after using the MiniViewer magnifier. Globally editing the rotation value for a group of components now correctly rotates all components around their individual reference points. Chose Component dialog enhanced to include options to control if cursor should move to component, or component should move to cursor.

Select Edit » Move » Component from the menus, then click in free space to display the Chose Component dialog. Arcs in polygons that outline pads would very occasionally not be sized correctly, this has been corrected. If there is a conflict, you can easily adjust the position of your component placement all while working in 3D. Altium Designer has enhanced and updated its core layout functionality to give you the state-of-the-art tools that you need.

Learn More about smart component placement utilities in Altium Designer. Altium knows this and has been enhancing its software for years in order to add the tools and functionality that you need into Altium Designer. Altium Designer comes with Active BOM , a bill of materials management tool that gives you another data portal into your design.

Active BOM also features a cloud connection with your preferred vendors to give you up-to-date information on pricing, availability, and data on your components. With Active Route you will be able to create precise manual routing results with the speed of an auto router. Active Route enables you to guide the routing where you want it to go, and then complete the routing for you.

Once your routing is finished, Altium Designer is ready to help you again with Draftsman, an automatic manufacturing drawing generator. From component selection to final CAD files, Altium Designer has the tools you need to get the job done. To stay competitive you need more than place and route functionality in your PCB design software, and Altium Designer has what you need. Tampilan Pada Folder Documents. Gambar 5. Dialog New Document.

Rangkaian Multivibrator. Gambar 6. Window untuk Memberikan Attribut. Gambar 7. Netlist yang akan ditransfer ke PCB. Gambar 8. Mengubah Mode View menjadi Keepout Layer. Gambar 9. Hasil Routing Komponen. Gambar Hasil Tampilan 3D. Mengatur Print PCB. Konfigurasi untuk Menampilkan Letak Komponen.