With the structure of Stripline and Microstrip, multi-layering becomes a necessary design.

Directional Yagi of 7 elements made with Microstrip technology for UHF and a printed dipole for FM-BIII.

GCPW is a good choice but will suffer more conductor losses than microstrip or stripline.

Electronic circuit simulation service: simulation and measurement of the parameters of a microstrip line, HF (Up to 70Ghz), signal integrity …

The invention concerns a tri-band radio-frequency filter with impedance jump made using microstrip technology that can operate simultaneously in three frequency bands in electronic radio-frequency systems.

The strip conductor and underlying ground plane conductor form a microstrip transmission line for coupling energy received by the receive antenna section to the transmit antenna section.

Transmission Line Characteristics - In regard to transmission lines, you’ll need to decide which type of conductor you want: microstrip, stripline, or grounded coplanar waveguide (GCPW).

Microstrip is fine for the everyday PCB, but if you’re looking for that something special, you’ll need to use something else.

Microstrip is probably the most familiar but has problems with radiated losses and spurious mode propagation above 30 GHz.

Board layer rules will help you to avoid broadside coupling by specifying routing directions and creating microstrip stackups.

The measured dielectric constant is therefore not accurate for modeling the microstrip, as most measurements are carried out in the Z-direction and the X and Y measurements are not readily available.