Abstract: An apparatus, method and system to increase the power of transmission signals at a reduced cost. The apparatus includes two or more transceivers, transmitters and/or block-up converters connected in parallel to increase the total output power and/or receiving power of the apparatus. The method and system each, respectively, utilize the apparatus to improve the power and reliability of transmitted communication signals.

Abstract: A method for affixing a resonator to a printed circuit board is provided. The method uses a thin metal film which may be affixed to a surface of a stand off, or directly to a surface of a resonator. The metalized surface may be affixed to a printed circuit board using a molten agent with a surface tension which withstands the downward force exerted by the puck's weight. The metalized surface may be affixed to a printed circuit board using a solder paste and the solder is allowed to reflow. The surface tension of the molten solder causes the resonator (or resonator puck) to self-center, ensuring proper placement and eliminating the need for repositioning. Since the resonator is not positioned using traditional glues which are subject to shifting during transportation or curing, then the resonator is not subject to shifting, eliminating the need to reposition the resonator after the resonator becomes fixed.

Abstract: A high frequency receiver is provided with improved insertion loss and noise factor. The receiver uses a low loss input stage and interstage noise matching block. The input stage and interstage noise matching block utilize a suspended substrate matching circuit wherein the substrate is free space. The interstage noise matching block further uses a broadside suspended substrate coupler where the broadside coupler is suspended in a free space substrate. Singly and in combination, when used in a high frequency receiver arrangement, the suspended substrate input matching circuit and the suspended substrate interstage matching circuit with suspended substrate coupler minimize insertion loss and improve the high frequency receiver overall noise factor.

Abstract: A high frequency receiver is provided with improved insertion loss and noise factor. The receiver uses a low loss input stage and interstage noise matching block. The input stage and interstage noise matching block utilize a suspended substrate matching circuit wherein the substrate is free space. The interstage noise matching block further uses a broadside suspended substrate coupler where the broadside coupler is suspended in a free space substrate. Singly and in combination, when used in a high frequency receiver arrangement, the suspended substrate input matching circuit and the suspended substrate interstage matching circuit with suspended substrate coupler minimize insertion loss and improve the high frequency receiver overall noise factor.