microstrip
Sign in to savethumb|right|200px|Cross-section of microstrip geometry. Conductor A is separated from ground plane D by dielectric substrate C. Upper dielectric B is typically air.
Article
21 sectionsContents
- Inhomogeneity
- Characteristic impedance
- Effect of metallic enclosure
- Suspended and inverted microstrip
- Characteristic impedance
- Bends
- Discontinuous junctions
- Coupled microstrips
- Characteristic impedance
- Fourier series solution
- John Smith's detailed solution
- Example and accuracy comparison
- Asymmetrically coupled microstrips
- Multiple coupled microstrips
- Losses
- Conductor losses
- Dielectric losses
- Coupled microstrip losses
- See also
- References
- External links
thumb|right|200px|Cross-section of microstrip geometry. Conductor A is separated from ground plane D by dielectric substrate C. Upper dielectric B is typically air.
Microstrip is a type of electrical transmission line which can be fabricated with any technology where a conductor is separated from a ground plane by a dielectric layer known as substrate. Microstrip lines are used to convey microwave-frequency signals.