RF designs focus on transmission of a signal without wires or any other physical connectivity. RF designs are specialized activities involving antenna design to provide radiative coverage of a specified geographical area, design of coupling and transmission line structures. This includes RF Designs for oscillators, amplifiers, mixers, detectors etc. and verification and measurement of performance.
RF Design Services
Mistral’s RF design services team adopts a highly-disciplined development approach towards RF Designs, starting with a comprehensive requirement document followed by a feasibility study to reduce identified risks. Mistral’s RF Design services combine board and system design services to provide complete end-to-end solutions like RADAR, Electronics Warfare, Telemetry, Automotive etc. Our RF Design Services include circuit design, simulation, modeling and prototyping. We develop and use a comprehensive test plan for our RF designs to ensure that the resulting design meets the requirement specification. Our RF design services team has wide-ranging expertise with wireless and RF designs as we understand the inherent trade-offs needed in these designs. Our RF design services include wireless communication, wide band radars, mmWave RADARS, telemetry and other defense and aerospace applications.
RF Antenna Design
We are among the leading RF design companies in India with a well-equipped test and measurement infrastructure for RF design services and Antenna Design services, which include high-end spectrum analyzers, network analyzers, signal generators, LTE/3G testing tools as well as tools for simulation and prototyping. Our expertise in RF Design is complemented by a strong eco-system of partners to handle small and large volume production.
Our RF Design services includes design and development of transceivers, transmitters, Amplifiers, Wind band RADARS, RF Antenna Design Services, T/R Modules and RF designs like diplexers, synthesizers, modulators, up-converters, down-converters, filters, RF switch matrices.