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An AWG and oscilloscope form the foundation of a versatile stimulus-response measurement system capable of addressing a wide range of characterization and validation challenges. This application note reviews the critical specifications that influence measurement performance, such as vertical resolution, waveform memory depth, and signal integrity. It then illustrates how these instruments work together in real-world test scenarios, providing practical examples that highlight the advantages of stimulus response testing for component, circuit, and system analysis.
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This application note analyzes the architectural differences between Function Generators and Arbitrary Waveform Generators, focusing on DDS-based FG designs versus true-arb AWG implementations using high speed DACs and deep memory. It examines key parameters such as bandwidth, sampling rate, resolution, and signal fidelity, and identifies optimal use cases. The T3AWG series integrates both FG and AWG modes within a single platform, enabling operation across a wide range of test requirements.
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The detailed simulation of unrepeatable physical events is a frequent need. The combination of an oscilloscope and an arbitrary waveform generator is often a winning combination. This brief summary illustrates how and why.
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Signal generators are not born equal. This brief summary illustrates the two main architectures used in modern signal generators with an example of the characterization of Automotive Ethernet receivers.
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The T3AWG3k-series High-Definition (HD) Arbitrary Waveform Generator with the Waveform Editor SW Utility combined with the High-Definition (HD) Teledyne LeCroy Oscilloscopes provides a far superior insightful High Definition stimulus-response measurements set-up. The ability to generate a multiple carrier testing scenario with 16-bits vertical resolution (HD), Output Voltage swing up to ±12 Vpp (into 50Ω) and waveform memory up to 1 GPts. points can be an invaluable tool in troubleshooting complex signal transmission systems.
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Troubleshooting low-speed serial data buses can be quite challenging. At times, an engineer may want to capture a particular frame, and re-transmit it. This is made possible with Teledyne LeCroy's WaveStation waveform generator.
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There are too many advantages to a two-channel waveform generator to ignore their consideration. Here is why two channels are better than one.
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The WaveStation 3000 waveform generator is a versatile tool for design and debugging. Here is how to use it to create FM-modulated waveforms.
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Debugging sometimes requires transfer of signals from oscilloscope to waveform generator. This document describes how to transfer signals from the WaveAce oscilloscope to the WaveStation waveform generator and vice versa.
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Some engineers need to qualify audio devices for the Windows logo while others are designing theatre-quality sound devices for stage shows or for less expensive (but still good quality) automotive audio systems.
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