With its integrated up-conversion function (RF MODE), signals up to 6 GHz can be generated. The AWG5000 is also extremely competitive in analog performance: a fast rise time of 110ps can be achieved with a maximum amplitude of 5Vpp

The option of up to 32 digital channels combined with 2, 4 or 8 analog channels makes the AWG5000 a fully functional mix signal generator. It is now possible to generate up to 8 analog signals fully synchronized with 32 digital lines (in LVTTL or LVDS standard).

A dedicated synchronization bus inside the chassis, allows synchronization of multiple instruments up to 4 units: 32 analog and 128 digital channels to the world's most powerful mixed-signal generator.

Key features

2, 4 or 8 analog channels
6.16 GS/s (12.32 GS/s in RF mode)
16-bit vertical resolution
Output frequency up to 6 GHz
< 110ps Rise/fall time
Minimum pulse width 230ps
Single ended output with max. 5 Vp-p at 50 Ω with hardware offset ±2.5V per 50 Ω. Total output voltage window of ±5 V (10 Vp-p) at 50 Ohms
Differential output up to 3 Vp-p at 100 Ohm with common mode voltage ±2 V at 50 Ohm.
Memory of up to 4 Gpts per channel
Up to 32 digital channels in sync with analog generation
Synchronization of multiple instruments

Selected parameters

Model	Number of channels (analog)	Number of channels (digital)	Sampling	Memory	Resolution	Bandwidth	Max output voltage	Output voltage window
AWG5062	2	8	6.16 Gs/s	2 or 4 Gpts	16 bit	2 GHz	5Vpp at 50 Ohms	10Vpp
AWG5062D	2	8	6.16 Gs/s	2 or 4 Gpts	16 bit	2 GHz	1.5Vpp at 50 Ohms	5.5Vpp
AWG5064	4	16	6.16 Gs/s	2 or 4 Gpts	16 bit	2 GHz	5Vpp at 50 Ohms	10Vpp
AWG5064D	4	16	6.16 Gs/s	2 or 4 Gpts	16 bit	2 GHz	1.5Vpp at 50 Ohms	5.5Vpp
AWG5068	8	32	6.16 Gs/s	2 or 4 Gpts	16 bit	2 GHz	5Vpp at 50 Ohms	10Vpp
AWG5068D	8	32	6.16 Gs/s	2 or 4 Gpts	16 bit	2 GHz	1.5Vpp at 50 Ohms	5.5Vpp

Feature presentation

Wide selection of pulse types
Whether generating a complex pulse train, a series of radar pulses, pulsed RF signals with interference, Gaussian pulses, multi-level pulses, dual pulses for IGBT/Mosfet experiments, pulses for advanced research and quantum computing, the AWG-5000 is the ideal partner for all the most complex tests and state-of-the-art applications.

Highlights:

Up to 5Vpp at 50 Ohm pulse amplitude with ± 2.5V hardware offset
Rise and fall time of 110 ps
Minimum pulse width: 230 ps
Easy shaping of transitions between pulses

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Quantum computing and RF wireless communication
The AWG5000 is the right choice for experiments at the frontier of science and technology and breakthrough challenges such as quantum computing, high energy physics, optical and wireless RF communications.

The AWG5000 series can produce virtually any signal - analog or digital, ideal or distorted, standard or custom. Users can also easily build complex RF/IF/IQ waveforms or generate serial data streams on a computer and send them to the AWG.

Highlights:

Minimal delay between trigger input and analog output
Full synchronization of up to 32 analog and 128 digital channels
Built-in sequencer with conditional/non-conditional/dynamic jump functions, two independent trigger inputs, up to 4 Marker outputs

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Radar, LiDAR and EW
Broadband radar and hi-fi systems need high-fidelity signals to map real-world situations in complex environmental scenarios.

In addition, today's automotive solutions need to create accurate and reliable tests to prove safety under various test conditions: LiDAR is one of the strategic components for such solutions.

Highlights:

Generate radar test signals with excellent interference performance
Create complex Electronic Warfare scenarios with up to 16384 sequencer entries and advanced sequencer conditional/ unconditional jumps.
Create LiDAR signal tests for aerospace and defense, automotive, and mobile devices
Create test runs using Waveform Editor software or import them using third-party applications such as MatLab, Labview, .NET languages, etc.

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Easy and functional Waveform Editor
Waveform Editor allows you to easily create the most complex shapes for radar pulses, physical test pulses, real signals and complex environmental signals. It is included in the standard software package.

Highlights:

Easily generate the most complex analog and digital signals
Create waveforms remotely on a PC
Full integration with True-Arb software

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Synchronization of multiple instruments
You can synchronize up to 4 instruments to build a system of 32 analog and 128 digital channels fully synchronized and integrated with True-Arb software.

Highlights:

Synchronize up to 4 devices: 32 analog and 128 digital channels
Affordable price per channel
Easy-to-use control of multiple instruments via True-Arb software

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Intuitive user interface: Simple Rider AFG and Simple True ARB

SimpleRider UI is designed as a quick interface to impose simplicity in signal generator operation by optimizing today's modern technology, used in tablets or smartphones, capacitive touch screen.

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Product Overview

Key features

Selected parameters

Feature presentation

DataSheet_AWG5000_NDN