3 key steps to creating superior RF products

Supplied by Keysight Technologies Japan K.K. on Friday, 17 January, 2020

In today’s wireless systems, frequency spectrum is a finite resource. Complex digital modulation schemes improve spectral efficiency, but they also cause distortions. Characterising RF devices involves testing unwanted and nonlinear distortion that degrades the modulation quality and interferes with other receivers.

Learn about how common stimulus-response measurements can maximise your product. Examine three steps to characterise and troubleshoot your RF designs.

Related White Papers

How to maximise the battery life on your IoT device

IoT device battery life can range from a couple of days to 30 years. To reduce energy...

High-density, modular PDNs optimise mobile robot performance

High-density, modular PDNs optimise mobile robot...

Digital printing for electronic enclosures & front panels

Learn about digital printing for electronic...

Content from other channels on our network

SailPoint updates its identity security platform

IBM and Red Hat patch 400 bugs in open source software

Most CIOs now more responsible for workforce redesign than for core IT: survey

Cybersecurity's next challenge: knowing what to trust

Vaisala launches scalable environmental monitoring for data centres

The next era of generative AI in industry

4 common causes of rotating asset failure and how to prevent them

Peacock Bros. and insignia to unite under one roof in Victoria

First prospective tenants identified for Western Defence Forge

80% of ANZ operational systems hit with a cyber attack in the past year

Overhauling fire pumps at a North Sydney skyscraper

Reducing electrical injuries in Australian workplaces

AEMC supports Commonwealth's $40m EV charging program

Construction ramps up on Project Marinus

Outdoor Electrical Enclosures: Balancing Protection, Thermal Performance and Scalability

All content Copyright © 2026 Westwick-Farrow Pty Ltd