Anyone know how to draw a ring (circuit outline) and the arc trace (with thickness) in Agilent ADS Layout?
Because what I know the arc in ADS is only the line with no thickness.
Try using an arc from the microstrip library, with angle = 360. Or, if 360 degrees isn't allowed, make two arcs that are each 180 degrees, and snap them together. I recently made a ring-quadrature hybrid coupler using four 90 degree arcs of varying widths, and a common radius. It worked quite well, and made a very nice circle.
Try using an arc from the microstrip library, with angle = 360. Or, if 360 degrees isn't allowed, make two arcs that are each 180 degrees, and snap them together. I recently made a ring-quadrature hybrid coupler using four 90 degree arcs of varying widths, and a common radius. It worked quite well, and made a very nice circle.
Do you mean the components in TLines-Microstrip library?
Which component do you refer to?
---------- Post added at 11:17 ---------- Previous post was at 10:54 ----------
Hi Enjunear,
If we are using the "Mcurve" in the Tlines-Microstrip library, how are we defining the layer because its mainly defined by the substrate definition.
Are there anyway to manipulate the layers for the arc in the microstrip if I would like to draw the arc on my top overlay?
If we are using the "Mcurve" in the Tlines-Microstrip library, how are we defining the layer because its mainly defined by the substrate definition.
Are there anyway to manipulate the layers for the arc in the microstrip if I would like to draw the arc on my top overlay?
Yes, Mcurve is the object I'd use. The MCurve object has links to the substrate definition so you can easily build/simulate your circuit in the Schematic environment, then quickly transfer it to a physical layout. The substrate definitions don't affect anything in the layout... only the schematic. If Layout complains that you are missing an MSUB object, just click OK and ignore it. The only parameters that you need to worry about to properly draw your ring in the layout window is the layer (cond), radius, width and angle.
Try putting them down and messing around with two 180 degree, or four 90 degree, curves snapped together. It should be pretty quick to figure it out.