The DVM control symbol is a data-storage
               element containing a library of specification information about the circuit being
               tested. By saving the specifications for the circuit being tested to the schematic, a
               single testplan can be used since the specification information is stored with the
               schematic rather than in the testplan. The same testplan used on a 5V input, 1.5V
               output synchronous buck converter can be used on a 400V input, 12V output LLC
               converter without any modification. The DVM control symbol is, however, electrically
               inactive and does not contribute to the netlist.
            To use DVM automation, you must have one
               of the two types of DVM control symbols on the schematic:
            
               - The Basic DVM control symbol stores a limited amount of information about the
                  circuit: 
                     - The circuit name and description
 
                     - The switching frequency 
 
                     - The minimum phase and gain margins
 
                  
 
               - The Full Power Assist control symbol includes the same information as the basic
                  control, put also stores:
                     - The nominal, minimum, and maximum input voltage for each managed input
                        source
 
                     - The output voltage set-point, tolerance, and maximum output current for
                        each managed load
 
                     - Analysis information similar to the Choose Analysis dialog in
                        SIMetrix/SIMPLIS
 
                     - Report customization information, including any pre- and post-process
                        script names
 
                  
 
            
            The Full Power Assist control symbol is
               required when using the built-in testplans, as these testplans do not contain any
               specification information, such as the input voltage or output current. 
          
         Preparing to use DVM does involve the
            following recommended design flow process:
         
            - 
               Step 1: Verify that you have a working schematic.
 
            - 
               Step 2: Convert the schematic to support DVM automation by adding at least one
               of each of the following: 
                  - At least one managed DVM Source
                  
 
                  - At least one managed DVM Load
                  
 
                  - A DVM control symbol which contains the specification information for the
                     design.
 
               
             
            - Step 3: Select or create a DVM testplan.
 
            - Step 4: Select tests to run from the DVM Test Selection dialog.
 
            - Step 5: Review the test report.
 
         
         For more information on these steps of the
            DVM process, see 1.0
               Introduction: What is DVM?