RF Power Amplifiers
Custom RF power amplifier circuit and module design for transmit chains, with operating requirements and interfaces defined for each project.
Explore RF, microwave and electronic hardware engineering capabilities. The entries below illustrate engineering scope; they are not presented as completed customer projects or measured results.
These solution families describe areas of custom RF engineering. Architecture, interfaces and deliverables are defined for each application.
Custom RF power amplifier circuit and module design for transmit chains, with operating requirements and interfaces defined for each project.
Custom transmit/receive module development covering RF signal paths, switching, control and subsystem interfaces.
Channelised receiver design for separating and processing RF signals through multiple receive paths, with architecture defined by the application.
Up-converter designs for broadband RF and microwave signal chains.
Integrated RF front ends combining building blocks such as low-noise amplifiers, limiter switches, receivers, switch matrices and filter banks.
System-level RF engineering for ELINT payload preparation, with functions and integration requirements evaluated during project scoping.
Analog and digital circuit design, schematic capture, multilayer layout and board-level integration.
Embedded hardware, firmware integration and programmable logic development within an agreed technical scope.
PCB bring-up, functional debugging, enclosure integration and prototype verification against agreed requirements.
Bring an idea, requirements, a schematic, an existing PCB or a prototype. We review feasibility, scope and deliverables for an RF or hardware task, a development stage or an end-to-end project.