. 1. Abstract— This paper presents the design, simulation and construction of waveguide resonant slot antenna, for operation in the microwave range. For this, the fundamental aspects of antenna. 4. 5. El presente artículo tiene como objetivo diseñar y simular una antena de ranuras no resonante basada en guías de onda metálicas rectangulares para operación. The overall objective of the proposal was to design and simulate a resonant slot antenna, based on metallic waveguides, for operation in the. 7. 2. This design includes the separation and length of slots to achieve the antenna requirements; also it shows through plots the simulation results. Autores: María Navarro Tapia; Directores de la Tesis: Jaime Esteban. This work proposes the design of an antenna for the 60 GHz band, using Gap Waveguide technology. Distance (mm) Analysis and design of slot array antennas on composite right/left-handed waveguides. the length of slot that we will use for the design. 8. 3. este diseño y el diseño estudiado en el apartada anterior (dos antenas Folded-Slot To design this receiver it has been necessary to design some components. Now we get the distances that comply with the table: Nº Slot. PDF | The main contribution of this article is the design and simulation of a non-resonant slot antenna based on wave guides to operate in. 6.