Texas-based electronics distributor Mouser, in collaboration with Qorvo, has published an ebook, exploring RF wireless designs for drones, satellite communications and industrial IoT.

Called “High-Performance RF Solutions for Agile New Markets”, it addresses time-to-market pressures, coexistence issues, power-efficiency demands and system complexity by leveraging wideband components and proven off-the-shelf products to enable more agile RF development.

Modern RF systems, from autonomous drones to satellite communications and industrial IoT, are increasingly shaped by demands for higher speed, greater flexibility and rapid scalability. This ebook considers the shift from highly customised, application-specific architectures towards more agile development approaches that can keep pace with increasingly tight timelines.

Qorvo (www.qorvo.com) helps designers address the problems of modern RF systems. Its flexible portfolio includes high-Q BAW filters for managing coexistence and gallium arsenide (GaAs) heterojunction bipolar transistors that enable dynamic voltage scaling. By providing wideband products that make high performance more accessible, Qorvo is enabling frequency-agile communications systems.

For example, its QPA9510 (eu.mouser.com/en/new/qorvo/qorvo-qpa9510-amplifiers/) sub-1GHz, high-efficiency power amplifier built with GaAs technology is for use in portable and long-range wireless communications such as public safety radios, RFID, IoT and telematics.

To read the ebook, visit resources.mouser.com/manufacturer-ebooks/qorvo-high-performance-rf-solutions-for-agile-new-markets/. To learn more about Qorvo products available from Mouser, visit www.mouser.com/manufacturer/qorvo/.

Mouser (www.mouser.com) is an authorised distributor of electronic components and industrial automation products, with more than 6.8 million products from more than 1200 manufacturer brands. It ships products daily to more than 650,000 customers in 223 countries and territories from its distribution facilities in the Dallas, Texas, metro area.