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    Explore Proteus AWG & Transceivers Series

    Experience unmatched flexibility with Proteus platform — integrating high-speed waveform generation, IQ modulation, and signal processing in one scalable system.

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    Discover Lucid RF Signal Generator Series

    Explore Lucid Series – offering 3, 6, and 12 GHz models with exceptional signal purity, rapid switching, and versatile modulation options.

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    Explore Lucid Series - offering 3, 6, and 12 GHz models with exceptional signal purity, rapid switching, and versatile modulation options.

    Test pm - 1

    Explore Lucid Series - offering 3, 6, and 12 GHz models with exceptional signal purity, rapid switching, and versatile modulation options.

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Knowledge Center

Tailored Solutions

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Related Videos

5GHz Wireless LAN beacon generation, using the Proteus AWG

5GHz Wireless LAN beacon generation, using the Proteus AWG

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Advanced Microwave Topics for Quantum Physicists - Tabor webinar
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Advanced Direct Digital RF Waveform Generation & Acquisition for Operating Quantum Computing
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Resource Hub

Tutorials
How to Simply Generate a Frequency Hop Modulation

Frequency Hop Modulation is a method of transmitting radio signals by rapidly switching a carrier wave over a series of distinct frequency channels. Frequency hop modulation causes the output waveform to “hop” from frequency to frequency in a table-defined sequence. Tabor Arbitrary Waveform Generators (AWGs) allow you to easily generate a frequency hop modulation. Here's a quick guide on how to do it.

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Professional tips
How to Define possible waveforms in advance or calculate waveforms in real-time

How to Define possible waveforms in advance or calculate waveforms in real-time according to the hardware implemented

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White Papers
Proteus AWT, Radar Primer
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Solution Notes
Proteus Radar Target Simulator
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Case Studies
Nuclear Magnetic Resonance (NMR) Spectroscopy Case study, UC Berkeley in California, 2020

Nuclear Magnetic Resonance (NMR) Spectroscopy is a technique used for determining the structure of organic compounds. Traditionally an LO, mixer (upconverter), an AWG and an RF receiver or lock-in amplifier would be used to achieve the needed measurement.

Using the Proteus Arbitrary waveform Transceiver allows a simpler, more accurate, and cost-effective instrument.

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FAQs

All of the WW, WS and WX units as well as all of the PXI and PCI units can be programmed using Matlab, Labview, and C++. Our IVI driver is on the installation CD provided with the instrument or you can download it from our online download center .

The memory on the units can be upgraded after purchase but please be aware that extra costs such as re-work and shipping will be added to the cost of the memory option.

IVI Shared Components must be installed on the system before Driver installation.

Here is an example:

//Arb wave data
unsigned short waveBuffer[16]={0x0000,0x2000,0x4000,0x6000,0x8000,0xA000,0xC000,0xE000,0xFFFF,0xE000,0xC000,0xA000,0x8000,0x6000,0x4000,0x2000};

//Define Arb segment
strcpy(cmd_str,"TRAC:DEF 1,16\n");
viWrite(InstrSession,(unsigned char *)cmd_str,strlen(cmd_str),0);

//Arb wave header
strcpy(cmd_str,"TRAC:DATA#232");
viWrite(InstrSession,(unsigned char *)cmd_str,strlen(cmd_str),0);
//Write arb wave viWrite(InstrSession,(unsigned char *)waveBuffer,32,0);

Upcoming Events

A Case Study in Radar Target Generation Seminar March 15, 2023
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Webinar with Instrumentos de Medida, Spain
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