Microstrip Antenna Design Handbook Artech House Antennas and Propagation Library by Ramesh Garg, Prakash Bhartia, Inder Bahl and Apisak Ittipiboon
Contents of Microstrip Antenna Design Handbook
- Linear Array Design With Capacitively Coupled Fingers
- Design of Comb-Line Array’s With
- Microstrip Stubs
- Design of Planar Arrays
- Infinite Arrays of Printed Dipoles
- Infinite Arrays of Recranguiar Microstrip
- Patches
- Finite Planar Aiiays of Printed Dipoles Monolithic Integrated Phased Arrays Design Considerations Array Architectures Rcfctenccs
- Appendix A: Substrates for Microstrip Antennas
- Substrate Characteristics (or Microstrip
- Antenna Design
- Ceramic Substrates
- Semiconductor Substrates
- Fcrrimagnctic Substrates
- Synthetic Substrates
- Composite Material Substrates
- Low-Cost Low-1 oss Substrates
- Substrate Anisotropy
- Desirable Substrate Characteristics foi
- Antenna Fabrication
- References
- Appendix B: Design of Planar Transmission Lines and Discontinuities
- Micmstxip Line Design
- Suspended and Inverted Microstrip lane
- Design
- Design of Microstrip l ine With a Superstate
- Parallel Strips Line Design
- Strip Line Design
- Slot Line Design
- Coplanar Waveguide Design
- CPW With an Infinitely Thick Substrate
- CPW With Finite Dielectric Thickness
- CPW With Finite Dielectric Thickness and Finite Width Ground Planes
- CPW With Finite Dielectric Thickness and a Cover Shield
- Conductor-Backed CPW With a Covet Shield
- Conducior-Baikcd CPW
- Asymmetric CPW Without Dielectric Substrate
- Asymmetric CPW With Finite Dielectric Thickness
- Coplanar Strips Design Symmetric CPS With Infinitely Thick So list rate
- Asymmetric CPS W.th Infinitely Thick Substrate
- Asymmetric CPS With Finitely Thick Substrate
- Symmetric CPS With Finite Dielectric Thickness
- Asymmetric CPS With an Infinitely Wide Strip
- I Coupled Microstrip Lines Design I Coupled Strip Lines Design I Characterisation of Discontinuities in Microstrip Lines
- Open Ends
- Caps in Microstrips Lines Notch
- Steps in Width
- Bends in Microscrips
- Symmetric T-Junctions
- Short-Circuited Posts in Microstrips
- Shorted Ends
- Open-End Discontinuity in Coupled
- Microstrip Lines
- References
