AMS 0.18 µm PDK Setup and Cadence Tutorial Contributors
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1 AMS 0.18 µm PDK Setup and Cadence Tutorial Contributors Muhammad Ahmed, Sita Asar, and Ayman Fayed, Power Management Research Lab, Department of Electrical and Computer Engineering, The Ohio State University, Columbus, Ohio, USA.
2 Step 1: First Time Use Instructions: AMS 0.18 µm PDK Setup If you have never set up this PDK before, you will need to go through this step. If you have already gone through this step once before, please skip to step 2. Log in to one of the following servers (rh053, rh054, or rh055). Please note that these are the only servers you can use for the AMS 0.18 µm PDK From the Desktop, open a new Terminal (Applications >> System Tools >> Terminal) In your home directory, create a new directory called cadence (mkdir cadence). If you already have a cadence directory, then ignore this step. Change directory to cadence (cd cadence), then create a new directory called AMS18 (mkdir AMS18) Change directory to AMS18 (cd AMS18) Execute the following commands in sequence: source /data/design_kits/forusers/ams/startup.ams source /data/design_kits/forusers/launch.cad616
3 Start Cadence by executing the following command: ams_cds -tech c18a7 The following Virtuoso window will appear. Just click OK. Cadence Library Manager window will also appear. Under the Library column, the library called cmrf7sf contains all the devices in AMS 0.18 µm process. Select that library, then check show categories. Under the category column, select the type of devices you want to see (for example expand fet and then select 1.8V ). All the devices under that specific category will be listed under the Cell column. Select the specific devices you want, and you will see the different views available for that device (schematic, symbol, etc..) listed under the View column. If you want to see everything in the library regardless of the device type, just select the Everything category.
4 Step 2: Creating a Library for your own Project/Class: If you have already set up the PDK once before (by going through step 1), you will need to go through this step to create a library for your specific project or class. You will need to go through this step every time you want to create a NEW library (for instance if you are starting a new project or a new class). If your library already exists (you created it once before by going through this step), you can skip to step 3. Log in to one of the following servers (rh053, rh054, or rh055). Please note that these are the only servers you can use for the AMS 0.18 µm PDK From the Desktop, open a new Terminal (Applications >> System Tools >> Terminal) Change directory to AMS18 (cd ~/cadence/ams18) Execute the following commands in sequence: source /data/design_kits/forusers/ams/startup.ams source /data/design_kits/forusers/launch.cad616 ams_cds -tech c18a7 In the library manger, go to the menu File >> New >> Library Type the desired name of your new library, for example ECE5021. Leave the directory at the default, then click OK.
5 The following window will now appear. Make sure you select Attach to an existing technology library, then click ok The following window will now appear. Make sure you select cmrf7sf, then click ok Now the Library Manager will show the library you just created (and other libraries you may have created in the past)
6 Step 3: Routine Use Instructions: If you have already set up the PDK once before (by going through step 1), and created a library for project/class (by going through step 2), you need to go through this step every time you want to start Cadence and use the PDK: Change directory to AMS18 (cd ~/cadence/ams18) Execute the following commands in sequence: source /data/design_kits/forusers/ams/startup.ams source /data/design_kits/forusers/launch.cad616 ams_cds -tech c18a7
7 Cadence Tutorial using AMS 0.18 µm PDK DC Simulations: In this part, you will learn how to run DC simulations to plot I D versus V DS of an NMOS transistor in the AMS 0.18 µm PDK. Start Cadence by following step 3 of the PDK setup instructions (assuming you have gone through steps 1 and 2 at least once before) In the Library Manager, select the library you created in step 2 of the PDK setup instructions, or whatever library you created in the past and would like to use. Create a new cell view by going to File >> New >> Cell View The following window will appear. Fill in the fields as shown and click ok
8 A blank schematic window will appear as shown below. Use the Create>>Instance menu to instantiate a new component. You can also simply use the shortcut i. An add instance window will appear. Browse for each component shown below and enter its parameters as shown below and click hide. You will only be able to instantiate one component at a time. Using the shortcuts at the top of the schematic window, connect the voltage sources and ground and name the wires as shown below
9 Use the Create>>Instance menu to instantiate an NMOS transistor. Browse of the NMOS transistor in the PDK and enter its parameters as shown below. Instantiate two more voltage sources for VGS and VDS as shown below. Connect all the components as shown below
10 Start the Analog Design Environment (ADE L) as shown below To set VGS and VDS, use the menu Variables>>Copy from Cell View to bring in these parameters from the schematic to ADE L. They will appear under Design Variables. You can set them to any value you like by double clicking each parameter
11 Set up the DC analysis as shown below and click ok Choose the signals that you need to be saved by selecting the desired wires and terminal currents on the schematic as shown below.
12 Select the signals you want to plot, then start the simulation by clicking the play button A window with the results will appear as shown below
13 AC Simulations: In this part, you will learn how to run AC simulations to plot the transfer function of a simple resistive-load common source amplifier using an NMOS transistor in the AMS 0.18 µm PDK. Start Cadence by following step 3 of the PDK setup instructions (assuming you have gone through steps 1 and 2 at least once before) In the Library Manager, select the library you created in step 2 of the PDK setup instructions, or whatever library you created in the past and would like to use. Create a new cell view by going to File >> New >> Cell View The following window will appear. Fill in the fields as shown and click ok
14 A blank schematic window will appear as shown below. Use the Create>>Instance menu to instantiate a new component. You can also simply use the shortcut i. An add instance window will appear. Browse for each component shown below (one by one), and enter its parameters as shown below and click hide. Using the shortcuts at the top of the schematic window, connect the voltage sources and ground and name the wires as shown below Use the Create>>Instance menu to instantiate an NMOS transistor. Browse of the NMOS transistor in the PDK and enter its parameters as shown below. Also, instantiate a voltage source for the input voltage VIN and a resistor for the load resistor RL as shown below.
15 Connect all the components as shown below
16 Start the Analog Design Environment (ADE L) as shown below To set VDD, VIN, and RL use the menu Variables>>Copy from Cell View to bring in these parameters from the schematic to ADE L. They will appear under Design Variables. You can set them to any value you like by double clicking each parameter. For this experiment, please set them as shown below.
17 Set up the AC analysis as shown below and click ok To plot the transfer function between VO and VIN in dbs, you need to use the Calculator function as shown below.
18 To bring the expression back from the calculator into ADE, please do as shown below Start the simulation by clicking the play button
19 A window with the results will appear as shown below
20 Transient Simulations: In this part, you will learn how to run transient simulations to plot the waveform of an inverter using NMOS and PMOS transistors in the AMS 0.18 µm PDK. Make a new cell view as in DC Simulations and name it Test_Transient. Build the following inverter circuit, using DC Simulation as a reference. The voltage source for Vin is vpulse from analoglib, and the PMOS device is pfet from the cmrf7sf library. Notes: o To edit the properties of a part, select that part and hit Q. o You can hit the W key to create a wire. o You can hit L to type in a node label, then click on the wire to which you would like to attach the label. For the voltage source of Vin, enter the parameters shown on the next page:
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22 In the properties for the pfet, keep the default lengths and widths, but change the NWell node to VDD. In the properties for the nfet, change the Substrate node to SUB. Select the check-and-save icon (the disk with the check mark over it) and start ADE L. Again, select Analyses and select Choose from the dropdown menu. This time, you will enter the following parameters: Note that the entire stop time is not shown. For this, type in VAR("Period")*4.
23 Set up the rest of your ADE L window to look like the image below. Once again, copy the variables from the cell view, and select Vin and Vout as outputs to be plotted. Hit the green play button on the right side of the ADE window to run the simulation. Note that simulations will not run if you have altered the circuit without clicking the check and save button. Your results should look like this:
24 Changing Process Corners in Cadence In this part, you will learn how to change process corners for any AC, DC, or transient simulation. In ADE L, click on the icon indicated. The process corner can be changed in the window indicated. cmostm is the typical or normal process corner, and is the default. cmosfff is the fastest process corner, and cmosssf is the slowest process corner.
25 In an AC or DC simulation, you can simulate all of the process corners by selecting append in plotting mode at the bottom of the ADE L window, then hitting the play button each time after you change the process corner. If you do not close the plot, then all past traces will be saved on it. You will get a plot with traces that are the same color, but you can change their color by right-clicking on the legend for each trace and selecting color from the menu. You should be able to recreate the result below from your DC simulation.
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