Available dataset items

Depending on the type of simulation you performed, you wLOO fiQG WhH IoOOowLQJ WySHV oI LWHPV LQ WhH GDWDVHW: 1. node.V— DC voltage at node 2. name.I— DC current through component name 3. node.v— AC voltage at node 4. name.i— AC current through component name 5. node.vn— AC noise voltage at node 6. name.in— AC noise current through component name 7. node.Vt— transient voltage at node 8. name.It— transient current through component name 9. S[1,1]— S-parameter value

Depending on the type of the graph, you have various options to choose for it. cor a tabular graph, there is number precision, as well as type of number notation (important for complex values). Press the ‘Ok’ button to close the dialogue box. You will get something like what’s shown in cigure 4. You can change the properties of the components by double-clicking on them and changing the properties in the Property box.

kow place the DC simulation block and also place the parameter sweep block. In the parameter sweep properties, give the name of the DC simulation block you placed as DC1, the parameter as If ( the parameter you wish to change), and then give the type of variation you want— whether linear or logarithmic. Then, give the starting and ending values ( I gave M to 1M). Also give the number of points you need ( 1MM will give you a pretty neat graph). kow simulate, and in the data display page, place the Cartesian diagram instead of the table as in the previous example, and choose the parameter you want to display. You will have the forward characteristics of the diode, with voltage on the y axis and current along the x axis.