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Getting Started with Bits2Waves Workshop: Installing Software and Creating a Schematic, Summaries of Electronics

A step-by-step guide for university students and lifelong learners on how to set up the bits2waves workshop environment, install the necessary software components, and create a schematic design using the ni awr design environment v13. Installing awrde and analyst, setting up the license file, creating a new schematic design, and configuring simulation parameters.

Typology: Summaries

2018/2019

Uploaded on 09/22/2019

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Bits2Waves Workshop Setup & Getting Started
You must use a 64 bit Windows operating system (Macs running Windows are OK).
1. Copy USB content to desktop e.g location
2. Go into folder: Microwave Office Install
3. Double click: awrde_analyst_v13…exe installer
4. Do you want to install this software/app: yes
5. Install all components from the list: awrde, analyst,
microsoft, net, intel mpi
6. In installer click: Next and accept the license terms and
click next.
7. Install in the folder suggested by installer and click next.
8. Choose “mm” as default unit value and click next.
9. Select “all” as associated files with NI AWR Design
Environment and click next.
10. The installer is ready to install. Click next.
11. Repeat steps 5-9 with Analyst installer.
12. Open NI AWR Design Environment V13
13. Dialog asks for license file, click set location and browse
the file “.lic” from the Microwave Office Install folder.
14. Restart NI AWR Design Environment V13
15. Open the Template file from the template folder on the USB: PCB_Template 9_25_2017_2D_Cutter.emp
16. Select File->Save As and save as “Lastname_setup_example_v1.emp” where Lastname is your last name. Always have your
name in the file name and always work on a copy of the template, not the original template file.
17. In the Menu at the top, select Options->Environment Options and select the following schematic Background color (you will
navigate to the Schematic Annotation tab to get to this screen shot)
18. Select OK and OK, and you should see the schematic Components for Design with disabled components (gray – disabled; black
– enabled). This can also be found by using the left tab Projects->Circuit Schematics and selecting Components for Design.
19. Create a new schematic design and call it “BranchLine ideal”, Project-> Add Schematic-> Add New Schematic.
20. Add four TLIN elements and four ports and connect them as shown below. PORT and GND can be added directly from the tool
bar at the top of the software (labeled “PORT” and “GND”). All other elements can be added by Ctrl+L then type the name of the
element, e.g. RES or CAP, and you will find it in the list that appears. You can rotate a component by Right Click-> Rotate
21. To connect, simply move the mouse to a terminal and an icon of solder will appear, click and then route terminals together.
22. Set the parmeters as shown in the schematic by double clikcicking the parameter and changing the value.
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Bits2Waves Workshop Setup & Getting Started

You must use a 64 bit Windows operating system (Macs running Windows are OK).

  1. Copy USB content to desktop e.g location
  2. Go into folder: Microwave Office Install
  3. Double click: awrde_analyst_v13…exe installer
  4. Do you want to install this software/app: yes
  5. Install all components from the list: awrde, analyst, microsoft, net, intel mpi
  6. In installer click: Next and accept the license terms and click next.
  7. Install in the folder suggested by installer and click next.
    1. Choose “mm” as default unit value and click next.
    2. Select “all” as associated files with NI AWR Design Environment and click next.
    3. The installer is ready to install. Click next.
    4. Repeat steps 5-9 with Analyst installer.
    5. Open NI AWR Design Environment V
    6. Dialog asks for license file, click set location and browse the file “.lic” from the Microwave Office Install folder.
    7. Restart NI AWR Design Environment V
  8. Open the Template file from the template folder on the USB: PCB_Template 9_25_2017_2D_Cutter.emp
  9. Select File->Save As and save as “Lastname_setup_example_v1.emp” where Lastname is your last name. Always have your name in the file name and always work on a copy of the template, not the original template file.
  10. In the Menu at the top, select Options->Environment Options and select the following schematic Background color (you will navigate to the Schematic Annotation tab to get to this screen shot)
  11. Select OK and OK, and you should see the schematic Components for Design with disabled components (gray – disabled; black
    • enabled). This can also be found by using the left tab Projects->Circuit Schematics and selecting Components for Design.
  12. Create a new schematic design and call it “BranchLine ideal”, Project-> Add Schematic-> Add New Schematic.
    1. Add four TLIN elements and four ports and connect them as shown below. PORT and GND can be added directly from the tool bar at the top of the software (labeled “PORT” and “GND”). All other elements can be added by Ctrl+L then type the name of the element, e.g. RES or CAP, and you will find it in the list that appears. You can rotate a component by Right Click-> Rotate
    2. To connect, simply move the mouse to a terminal and an icon of solder will appear, click and then route terminals together.
    3. Set the parmeters as shown in the schematic by double clikcicking the parameter and changing the value.

Bits2Waves Workshop Setup & Getting Started

  1. Setup the simulation by going to Options->Project Options->Frequencies and setting the range from 0 to 4 GHz in 0.01Ghz steps. Hit Apply and make sure replace is selected. 24. Add a Rectangular graph, Project->Add Graph->Rectangular. Name graph “S Parameters.” After graph is created, Right- Mouse Click->Add Measurement.
  2. Make sure Data Source Name is “BranchlineIdeal” and not All Sources.
  3. Add a measurement of magnitude of S11 (port 1 to port 1), S21 (port 1 to port 2), S31 (port 1 to port 3), and S41 (port 1 to port 4) in dB scale. You can hit Apply , then change measurement, and hit Apply again to make additional measuremeent.
  4. Run the simulation by selecting the lighteningbold icon under the Tools menu
  5. You should see the image below with similar magnitude values.
  6. Click on the Components for Design window, then go to Window->Tile Vertically. Your scheen should look like this. Please have this EXACT SCREEN on your laptop at the beginning of the workshop so the staff can see you completed all steps properly and are ready to start!

Open to exactly this setup/screen at the start of workshop,

so that staff can check your setup.