Market-Leading Size, Weight, and Power (SWaP) RF Power Amplifiers
Maximizing your RF capability and readiness by providing customized engineering solutions tailored to your needs
NuWaves also provides custom power amplifier design services to develop or tailor solutions that meet specific requirements, such as RF output power, linearity (e.g. EVM), or size, weight, and power consumption (SWaP).
Our Bidirectional Amplifier Design capabilities will extend the range of your half-duplex system. Working with full-duplex communications instead? We’ve got you covered! We offer Bidirectional Amplifier designs for full-duplex systems with filter capabilities to ensure that your communication links are operating without disruption or interference. Whatever your need is, NuWaves Engineering offers a full spectrum of RF solutions to maximize RF capability and readiness.
VIEW OUR EXPERIENCE
Power Amplifier Design Experience
Custom Designed MMIC Power Amplifier Design for High Efficiency, High Linearity C-Band Operation
High RF Output Power Amplifier Designs
High Power Amplifier Design for Commercial Cell Base Station Communications
Power Amplifier Linearizer Module (PALM)
Bidirectional Amplifier Design Experience
A natural extension to NuWaves’ power amplifier design expertise and RF circuit designs, we offer advanced RF bidirectional amplifier design services as well as COTS bidirectional amplifier (BDA) products. Bidirectional Amplifiers are used with half-duplex data link transceivers to provide two-way signal amplification (i.e. both transmit and receive).
NuWaves’ Bidirectional Amplifier design services deliver high-performance solutions that are in many cases started from existing circuit designs, thus lowering the development cost for our customers. Our design services and AS9100-certified quality management system help ensure that customers’ requirements and key performance parameters are met, such as DC power efficiency, small size and lightweight packaging (i.e., SWaP), high linearity (low error vector magnitude, or EVM), low noise figure, or a combination thereof.