Reflection-mode, quasi-optical grid array wave-guiding system
View Patent ↗The present invention discloses a system for integrating a quasi-optical reflection-mode array into a wave-guiding enclosure. The system includes a quasi-optical reflection mode array and a waveguide assembly that encloses and mounts therein the array. In one preferred embodiment, the waveguide assembly includes an array mounting section into which the array is mounted, a first energy coupling section, a second energy coupling section and a three-port waveguide section. The wave-guiding section has a first port connected to the first energy coupling section, a second port connected to the second energy coupling section, and a third port connected to the array mounting section.
1. An array system, comprising:
(a) a waveguide assembly, comprising:
(i) an array mounting section to which the array is mounted;
(ii) a first energy coupling section;
(iii) a second energy coupling section; and
(iv) a three-port waveguide section having a first port connected to the first energy coupling section, a second port connected to the second energy coupling section, and a third port connected to the array mounting section; and
(b) a quasi-optical reflection mode array enclosed by and mounted in the waveguide assembly,
wherein the first energy coupling section is an RF input tuning section that accepts an RF input signal, the second energy coupling section is a local oscillator (LO) tuning section that accepts a local oscillator signal and the quasi-optical reflection mode array is a mixer that combines the RF and local oscillator signals to produce an intermediate frequency (IF) signal.
2. The array system of claim 1 further comprising an output line connected to the quasi-optical reflection mode array that provides an output for the IF signal.
3. An array system, comprising:
(a) a waveguide assembly, comprising:
(i) an array mounting section to which the array is mounted;
(ii) a first energy coupling section;
(iii) a second energy coupling section;
(iv) a three-port waveguide section having a first port connected to the first energy coupling section, a second port connected to the second energy coupling section, and a third port connected to the array mounting section, the third port being obliquely positioned relative to the first and second energy coupling section, wherein energy directed between the first coupling section and the array intersects the array at a non-normal incidence angle, and energy directed between the second coupling section and the array intersects the array at a non-normal incidence angle, such that separation of the energy through the first and second energy coupling sections is accomplished through angular separation of the energy beams, and where said angular separation is determined by the angular separation of the first and second energy coupling sections with respect to the array; and
(b) a quasi-optical reflection mode array enclosed by and mounted in the waveguide assembly, the quasi-optical reflection mode array including a grid array of amplifiers.