Step by Step Diptrace Study Guide from Beginners to Masters

What is Diptrace?

Diptrace is ECA/CAD software for building schematic designs and printed circuit boards. It allows you to quickly create schematics and then convert them to other formats, such as PCB.

Diptrace allows users to use primary and flexible features like 3D modeling, high-speed shape-based routing, and extensive import/export capabilities.

While switching from one format to another format, it also assembles the electrical components.

It offers multi-sheet and multi-level hierarchal circuits. Diptrace has four modules. The following sections describe its functionality details.

You can also check out a detailed guide about Diptrace software.

Schematic capture

The schematic capture section allows the user to connect the pins visually, without wires, logically, or using the net ports embedded in the circuit board.

It can convert schematics to PCB, annotate easily, and be imported/exported from other CAD/EDA software and formats.

That will happen with the Diptrace’s advanced cross-module management function. Below is a simple schematic design figure.

Diptrace Study Guide—PCB Layout

The following module is the PCB layout. It uses a high-quality board-level design tool that is helpful for intelligent placement, routing tools, shape-based auto-router, copying blocks, and creative projects.

Layout failures are common when manufacturing PCBs, and they can negatively affect the final product’s functionality.

Several PCB layouts are a high-level engineering tool for board design, featuring intelligent manual routing of high-speed and differential signals.

The verification feature is one of the essential characteristics from which you can quickly check the accuracy of complicated projects using high-speed signals.

It contains one more helpful tool named real-time DRC that is used to fix errors and enhance the quality of the project until it is compiled the project.  

Diptrace Library Creation

Another introductory module is Library creation, divided into two significant parts, i.ne., component and pattern editor. Looking to the component editor helps the user manage libraries and create single or multi-bit components by selecting an integrated template.

The pattern editor allows you to draw the pattern using numerous shapes, pads, holes, and dimensions. It contains circle, square, matrix, rectangle, and zig-zag templates.

You can also zigzagnon-custom patterns using the DXF import, which makes creating complex layouts easier. The user can also create complex components and designs using different features like bulk pins—naming, pad numbering, and editing. 

Diptrace Study Guide—3D Modeling

The necessary and helpful module is 3D modeling, which shows the circuit board components in a 3D view. This allows the board to rotate at axes, zoom in and out, and change the color of the board, copper area, solder mask, silkscreen, and background.

The significant advantage of 3D modeling is that it works on all design stages. The fundamental purpose of this module is to give the user a path to view the circuit board from any angle or side to check the maximum errors.

Diptrace Study Guide—Component Editor

It is used to manage component libraries and help create multi-part components. The engineer can use it to select a template and set its dimensions.

The model defines the electrical pin parameters and attaches patterns with 3D models.  

Diptrace can then be used to import libraries from various EDA formats. It can also be used to create non-standard patterns and complex layouts.

All that one needs to do is select the template and enter essential parameters.

Diptrace Study Guide—Pattern Editor

It is used to create patterns of different dimensions and shapes. It can also draw holes, lines, pads, circles, squares,s, and sizes. The pattern editor helps engineers draw zigzags, rectangles, and templates.

Selecting an appropriate pattern helps the engineers draw silkscreen and enter some relevant parameters, including creating non-standard designs.

Diptrace Tutorial(step by step)

How to create the schematic in Diptrace

This Diptrace software is relatively easy to use and very user-friendly. Schematics in Diptrace is a module for creating and editing electrical designs.

Before going to the creation of the schematics, you should know about the schematics basics.

The user can quickly draw any circuit diagram and check whether this is correct or not.

So, creating a schematic follows the several steps in Diptrace. From which some of the important ones are listed below:

First, you must set the sheet size and select the design template. To do this, go to “file/titles and sheet setup.”

You can also change the units of broader widths and different measurements.

I. You should ensure that the grid is ON because it helps to place the components accurately. To start the grid, press the F11 hotkey directly.

Otherwise, go to the “file/ grid size” from here; you can customize the grid per your requirement. Start the software and on the grid (if it is not on) through an F11 hotkey.

Ctrl+plus sign may also change the size of the grid and increase the size, and Ctrl+negative character decrease the grid size; if the PCB manufacturer follows the same procedure, then the process is more hectic. They will design the PCB layout.

   I. You can also change the sheet’s color and graphics mode through “file/ color or graphics modes.” 

II. Diptracne contains two types of libraries: libraries and all libraries. Select the libraries from these two points or add more libraries to this.

   III. you must place the components by searching in the libraries. If the details are multi-part, you will recognize them individually by the drag-drop method (drag with a right click and drop with a left click).

   IV. After placing the components, the primary task is to make the connections. There are two methods of doing this: nets and buses.

Nets support several methods to connect the pins of the components. 

• Direct connection makes it easy to connect the pins. Choose the wire option from the toolbar, click on the first pin, and connect it with the next pin.
• Connecting with the net ports helps to connect the pins more efficiently as it provides GND and POWER automatically. 
• Connection without wires: This feature is helpful when the circuit’s density is very high. Then, you don’t need to connect the pins through wires.
• Global net connections are useful where hierarchy is united. To use them, you must go to the web properties, choose the global net, and start using it.
• The connection with buses is related. Several small circuits with similar functionality are present in a bus, so it is easy to connect the nets separately through a pin in a bus. Bus connectors are also used for connecting the different buses.

   V. Diptrace provides you with different functionality and the workplace you need. If the circuit diagram is small, then one sheet is more than enough, but if the circuit is large, then what to do? Go to the “edit/add sheet” from the main menu or right-click on the tab and insert from the submenu.

   VI. Moreover, after that, you can set the properties of the component and save the schematics in any of the folders of your computer.

Once you build the circuit diagram, you can convert it to different PCB formats. First, we need to discuss how to quickly create the layout.

How to create layout and design PCB

The user interface PCB design is similar to the other applications’ windows. PCB layout allows the user to edit and create printed circuit boards. Switching is needed where you have to make complex circuits, and it is challenging to develop courses directly in PCB layout, so this switching is beneficial.

Switching from schematics to layout follows several steps, which are given below:

I. Select the circuit design, go to the file, and select convert PCB, or you can press Ctrl+B. This will change the schematics to the PCB layout.

II. Sometimes, you need to renew your schematics for this. Go to the “file /renew layouts from the schematics” from the main menu of the PCB layout. It has several update options like:

• By components
• RefDes
• By related schematics

Diptrace Study Guide—Designing of PCB

I. Launch the PCB layout. The design area is blank until you open a file, or you can also open your schematic file.

II. After launching the PCB, set the place board outline and coordinates according to the expected PCB size. 

III. Then, move the circuit diagram into that area by drag-drop method.

IV. The object can easily be rotated by pressing the hotkey R.

V. Select coordinates hole from the toolbar and place it, open the properties, and set the X & Y coordinates

VI. This will also be done with DXF import. When the shape’s contour is complex, you can easily convert it to the border outline.

VII. You can add the text from the toolbar

VIII. Selected the manual routing option and made a path of routing.

IX. Select the copper pours and add the properties you want. Copper pours are used to fill the spaces in the board. They are usually used to connect the pads to the GND and POWER on the inner plane layers of the multi-plane layers. Add the features of the copper pour.

X. After the copper pours, add the post-routing features.

       • Pattern marking
       • RefDes renumbering

XI. After all that, add dimensions; through this, you can resize the PCB board easily.

XII. Panelizing is an essential tool. This command can quickly reduce the cost of the PCB board.

This will be done with two methods:

       • Several boards are united into one panel 
       • Copy/paste method

XVIII. You can check the errors of the circuit, go to the verification, and select electrical rule check (ERC); this step indicates whether the error is found or not.

LAYOUT:

PCB LAYOUT:

IF THE ERROR WILL OCCUR 

3D PREVIEW OF THE DESIGN
“GO TO THE TOOLS/3D PREVIEW/3D VISUALIZATION.”
A complete video tutorial is available for you on the link below
https://www.youtube.com/watch?v=McOu1DAu9TA

Diptrace Generate & Diptrace Download

Diptrace Study Guide—Diptrace Download

Diptrace has many versions that are available for free download. 

The latest version, 3.1, is available for download. Diptrace requires Win7/Win8 (both 32-bit and 64-bit), Linux or Wine, MacOS x Leopard or newer or OS, Windows 2000/XP with 500Mb free space in the hard drive, 256Mb RAM, and 1024×768 monitor resolution with 8Mb video RAM. Very few changes are present, although this is straightforward software to use and also very user-friendly. One may quickly learn the software in days. 

Transfer Other File Formats to Diptrace

Yes, it can transfer the PCB files to the other formats, i.ne., the user can easily transfer the file into five given formats:

       ►PCB design(*.dip)
       ►schematics(*.dch)
       ►Pattern library(*.lib)
       ►Component library(*.eli) 
       ►PCB design(*.rul)

Go to the File option and select export the formats you want. The PCB file will automatically convert into that file, and then you can easily change the setting as per your requirement. You can change the PCB file from all the above formats as you require.

Diptrace Libraries

Diptrace has two important libraries, which control the pattern and components of different functions, e.g., libraries and all libraries.

Libraries contain essential selective parts of the libraries, but all libraries include libraries, i.ne., user library, import/export library, etc.

       • You can import and export the components of your own choice 
       • You can quickly add libraries of your own. For this, go to the library from the toolbar, select library setup, choose user component, press the add library button, and name the library you want.
       • Similarly, many libraries are present in the software. Only you have to add the library and start the design in the design area.

Diptrace VS Other Design Software

Diptrace Study Guide—Diptrace vs. Eagle
 

Diptrace vs. Kicad

Diptrace Study Guide–Other features

•High-speed shape-based auto-router

•Advanced verifications with real-time DRC

•Real-time 3D PCB preview

It allows for export features and real-time 3D review. It displays models of the manufactured printed board and the installed components. This will enable the engineer to rotate the board and zoom it in and out whenever they want.

It also allows them to change colors, including the background.

Note that the Diptrace free version is available and has all the functionality you will get in the complete package. Perhaps the only limitation you will have to fathom is that it is limited to 300 pins but can be used to create a four-layer board with full ground planes and power.

•Export of PCB to Step 3D file format

•ODB++ and Gerber (including Gerber X2) manufacturing outputs

Many other features are used to control the different functions, such as component searching, checking connectivity, checking ERC (electrical rule checks), and many others.

These features are compatible because they can exist in either of the states. This means that the file can exist in PCB layout, Gerber, or any other layout feature.

This software is free to download. The free version allows you to quickly build straightforward projects, but if you need to develop complex tasks, you must purchase an unlimited version for $895.

That includes all other features and other facilities.

Diptrace Study Guide–Diptrace User Comments

Pros of Diptrace:

* I use Diptrace. I had been using PADS at my job and was let go. When I started consulting, I had to have something I could afford.

You can get a two-signal layer package that can do four-layer boards as long as two layers are planes only.

It included a large selection of AVR library parts—just lacking the very new stuff. Over 50,000 library parts are included.

*It does have an auto-router and auto-placement tool, but I can’t comment on how that works since I haven’t used it yet. Like any auto-router, you must learn how to set the rules before you press route. It outputs great Gerber files, and I had boards made at Myron PCB that worked just great.

*DipTrace allows for a lovely Bill of Material output. You can define your fields and even assign a link to the datasheet on the Internet.

Right-click on the part and select the datasheet from the popup, and your browser opens with the datasheet.

It can panel analyze and import/export Gerber, DXF, netlists of all sorts, and other package formats, including pick-and-place files.

*You can change the schematic and update the PCB, then change the PCB and update the schematic. The verification features allow you to check the board against the schematic and design rules to ensure there are no errors before sending out your CAM files.

Cons of Diptrace:

*It lacks in the connector libraries. But, with so many options, it’s no wonder. You’re covered if you use D-Subs and 0.1″ pin headers a lot. Searching for an SMT 6-volt TVS is difficult unless you know the part number.

Conclusion

From the previous discussion, it is clear that Diptrace is a straightforward and user-friendly software. It has many different functions and parts to entertain every kind of user.

Diptrace is easy-to-use software that saves the user time and money. It allows users to quickly and easily create very complicated and challenging circuits.

You can also check whether the schematic is correct.

Similarly, it provides a platform where users can quickly create libraries of components and patterns. Thus, this software provides straightforward learning and easy use of the forum. 

At this point, you have experienced the ease of dip-trace for PCB designing. Now, you can easily make customized PCB designs yourself. It would help if you chose a manufacturer that converts your ideas into a physical circuit, as per the next step.

WellPCB can realize your dream in a professional way. We provide the highest quality services for PCB manufacturing.

For more details, you can contact our technical support team or visit our website.