Awg4000 is the first integrated waveform generator in the industry and supports both full-function AFG (basic) mode and AWG (Advanced) mode. The basic mode has a special user interface similar to the traditional AFG. Functions and arbitrary waveforms can be generated by pressing a few buttons. The menu level is very simple. The large touch screen displays all relevant parameters at a glance. You can directly click on the place to be changed. Through DDS based technology, users can rotate the knob or click the button to switch from one frequency to another without worrying about the sampling rate and waveform length. In advanced mode, users can configure complex waveforms. Up to 16384 analog waveforms and digital code type items are supported in a sequence, including loops, jumps and conditional branches. Unparalleled performance, multiple functions, outstanding ease of use and upgrade capability make the awg4000 an economic waveform generation platform to help you improve your design indicators to a new level.

Performance characteristics and application range of awg4000 arbitrary waveform generator

Main performance indexes:

Basic (DDS) mode

Two analog channels

600MHz sinusoidal waveform

2.5gs/s, 14 bits, 16kpts arbitrary waveform

Amplitude up to 5vp-p, 50 Ω load

Advanced (arbitrary waveform) mode

Two analog channels

16 / 32-bit digital channel (optional)

1 / 16 / 32 / 64mpts arbitrary waveform memory for each channel (optional)

Up to 750MHz bandwidth


Main features and advantages:

Variable sampling rate, 100s / S ~ 2.5gs/s, 14 bit vertical resolution, ensuring signal integrity in all aspects

Designed for 100% user upgrades and configurations, all options are activated by software keys

-Optional upgrade of arbitrary waveform memory, up to 64mpts for each analog channel and 32mbit for each digital channel, storing long waveforms

-Optional 16 ~ 32 channel digital output. Digital probe accessories will be included when purchasing software options.

Two operating modes – basic mode (ddsafg mode) and advanced mode (arbitrary AWG mode), achieve a perfect balance between ease of use and flexibility

Dual analog channel and up to 32-bit digital channel, especially suitable for mixed signal circuit design

Synchronous input interface and synchronous output interface, synchronize multiple instruments in the daisy chain, and expand the number of output channels

Digital output provides data rates up to 1.25gb/s and creates high-speed digital patterns in parallel

Each analog channel has a marker output, which supports triggering and synchronization

Three output paths that can be configured with software are suitable for all test situations

-Direct DAC mode: 750mh bandwidth, differential output

-AC coupling mode: 750MHz bandwidth, single ended output, suitable for RF applications

-Amplification mode: 5vp-p amplitude, 400MHz bandwidth, differential output

Full function sequence, up to 16384 user-defined waveforms, can generate complex signals, make the most effective use of memory, and support loop, jump and conditional branch forms

Channel 1 and channel 2 (and corresponding digital output channels) can operate independently on different sampling clocks and sequences

Directly with RFXpress? Communication, easy to generate waveform in RF application

Windows based platform, 10.1-inch touch screen, front panel buttons, keyboard and mouse

Compact in shape, it can be conveniently placed on the workbench or carried

Removable hard disk to ensure the security of confidential data

USB3.0 and LAN interface, supporting remote control


Baseband and and intermediate frequency modulation for wireless communications and defense electronics

Analysis and verification of components and circuit characteristics

Embedded circuit design and testing

Design and test of mixed signal circuit

Clock and system synchronization

Reproduce real world signals


General signal generation

Responsible editor: GT

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