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Products
Multitone & Chirp AWG Plug-in

Notch out frequencies setting the start and end frequency of choice. When generating chirps, set high-to-low or low-to-high frequency sweeps and define chirp characteristics by sweep time or sweep rate.

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Last Update: Thursday, April 20, 2023
Software - Application
Multitone and Chirp V4.0

Both the AWG70000 and the AWG5200 series create clean, precise signals that can be easily built with the Multitone Plug-in. Notch out frequencies setting the start and end frequency of choice

P/N 066179603 | Date: Thursday, November 04 2021
Software - Application
Multitone and Chirp V2.0

The Multitone plug-in is a waveform creation plug-in to create multitone or continuous chirp waveforms. Multitone plug-in can be installed on a PC which has SourceXpress application or on AWG 70000 instrument with v5.3 or later. Multitone waveforms …

P/N 066179602 | Date: Tuesday, April 18 2017
Technical Document - Whitepaper
Impulse Response as a Measurement of the Quality of Chirp Radar Pulses

Impulse response, or time-sidelobe, is qualitative indicator of a chirp radar performance. This technical paper introduces and describes the implementation on the Tektronix Spectrum Analyzer and SignalVu software applications.

37W-25531-0 | Date: Friday, June 25 2010
Technical Document - Whitepaper
Amplitude Correction for Impulse Response Measurement of Radar Pulses

This technical paper discusses the implementation of amplitude correct and the elimination of amplitude errors in the (IPR) impulse response measurement. This measurement can be performed using a signal analyzer on the RF output of a radar while using the radar’s own chirp as the internal measurement reference.

37W-25527-0 | Date: Wednesday, June 23 2010
Blog Entry
Analyzing a Raspberry Pi as a RF Transmitter

This hardware/software pair provides many ways to characterize RF signals up to 6.2 GHz, well beyond the output capabilities of the Raspberry Pi. Let's look at a few common RF measurements to get an …

Last Update: Tuesday, March 21, 2023
Technical Document - Primer
Understanding Radar Signals Using Real-Time Spectrum Analyzers

This Primer will cover measurements methods, choosing your measurement parameters, how to find the pulse, estimating the carrier frequency and phase, timing measurements, frequency and phase measurements and chirp measurements.

76W-61318-2 | Date: Wednesday, December 13 2017
Videos, Webinars and Demos
Spread Spectrum Clock Analysis With RF vs Time Triggering

See how to stabilize a hardware trigger on the up-down chirp pattern of a spread spectrum clock using a Frequency Deviation vs. Time trigger. The Spectrum View capability on the 4, 5 and 6 Series MSO oscilloscopes can perform edge, pulse width and …

| Date: Monday, May 11 2020
Videos, Webinars and Demos
Radar and EW Measurements with the Tektronix RSA5000

The RSA5000 is a great tool for characterization of pulsed systems like radars. In this video, key measurement capabilities for radar analysis are demonstrated. Basic spectrum analysis is used to capture the pulse envelop of a chirped linear FM …

| Date: Wednesday, September 18 2013
Blog Entry
Analyzing modern radar signals requires careful attention to test set-up

The transient nature of radar pulses combined with modern pulse compression schemes demand carefully designed test setups. Another important consideration is the fact that most fundamental pulse …

Last Update: Tuesday, March 21, 2023