WLAN
Delivering confidence to confront the most challenging RF designs.
Wireless connectivity and reliability is challenging in uncontrolled and unlicensed spectrum environments with co-existing wireless technologies. Tektronix has integrated support for the widest variety of industry standards, and with DPX™ Live RF spectrum display you gain the insight necessary to ensure your designs will operate successfully.
Videos
- Introducing RTSA with DPX Technology Demo
This tutorial describes the DPX™ Spectrum display and how it addresses situations involving brief, intermittent, complex and coincident signals. Also covered are the methods for achieving its key performance specifications: 1 Detection and measurements on a signal as short as 24 ms and 2 48,828 spectral transforms per second, compressed into a display that is even easier to read than a conventional spectrum trace.
View All RF Videos
These videos range from fundamentals to the latest in advanced signal generation and analysis capabilities required to overcome the most challenging microwave and RF design challenges with confidence.
Application Notes
- Worldwide Spectrum Allocations Poster
Real-Time Spectrum Analyzers Poster - DPX Acquisition Technology for Spectrum Analyzers Fundamentals
This primer describes the DPX® spectrum display and how it addresses situations involving brief, intermittent, complex and/or coincident signals. - WLAN Solutions Fact Sheet
This fact sheet identifies WLAN solutions from Tektronix to help with design, compliance, and field testing. - Real-Time Spectrum Analysis for WLAN and Combo Devices
This application note focuses on key measurement issues for WLAN and combo devices, how the real-time spectrum analyzer (RTSA) addresses those issues, and why traditional signal analyzers are not adequate - Modulation Analysis for Transient RF Signals
This technical brief examines several measurement challenges involved with modulation analysis for RF communications signals and the comprehensive set of tools that the Tektronix RTSA provides to address these problems. This includes a discussion of the unique triggering, capture, and analysis capabilities of the RTSA and a survey of examples drawn from a variety of common industry problems.
