Performance characteristics and application scope of AWG4000 arbitrary waveform generator

The AWG4000 is the industry's first comprehensive waveform generator that supports both full-featured AFG (Basic) mode and AWG (Advanced) mode. Basic mode has a dedicated user interface similar to traditional AFG. Functions and arbitrary waveforms can be generated with just a few button presses, and the menu hierarchy is very simple. The large touch screen displays all relevant parameters at a glance, and you can click directly on the areas you want to change. With DDS-based technology, users can turn a knob or click a button to switch from one frequency to another without worrying about sample rate and waveform length. In advanced mode, users can configure complex waveforms, supporting up to 16,384 analog waveforms and digital pattern items in a sequence, including loops, jumps, and conditional branches. Unparalleled performance, multiple functions, outstanding ease of use and upgrade capabilities make the AWG4000 an economical waveform generation platform, helping you raise your design specifications to a new level.

Main performance indicators:

Basic (DDS) mode

Two analog channels

600MHz sine waveform

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

Amplitude up to 5Vp-p, 50Ω load

Advanced (arbitrary waveform) mode

Two analog channels

16/32-bit digital channel (optional)

1/16/32/64Mpts arbitrary waveform memory per channel (optional)

Up to 750MHz bandwidth

SFDR《-60dBc

Key features and benefits:

Variable sampling rate, 100S/s~2.5GS/s, 14-bit vertical resolution, ensuring signal integrity from all aspects

Designed for 100% user upgrades and configuration, all options activated via software key

- Optional upgradeable arbitrary waveform memory, each analog channel can reach 64Mpts, each digital channel can reach 32Mbit, and can store long waveforms

- Optional 16~32 channel digital output will come with digital probe accessories when purchasing the software option.

Two operating modes - basic mode (DDSAFG mode) and advanced mode (any AWG mode), providing the perfect balance between ease of use and flexibility

Dual analog channels and up to 32-bit digital channels, ideal for mixed-signal circuit design

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

Digital outputs provide data rates up to 1.25Gb/s to create high-speed digital patterns in parallel

One marker output per analog channel, supporting triggering and synchronization

Three software-configurable output paths to suit 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-featured sequence, up to 16384 user-defined waveforms, can generate complex signals, make the most efficient use of memory, and support loops, jumps, and conditional branching forms

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

Directly with RFXpress? Communications, easy waveform generation in RF applications

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

Compact appearance, can be conveniently placed on the workbench or carried easily

Removable hard drive to keep confidential data safe

USB3.0 and LAN interface, support remote control

application:

Baseband and intermediate frequency modulation for wireless communications and defense electronics

Component and circuit characterization and verification

Embedded circuit design and testing

Mixed Signal Circuit Design and Test

Clock and system synchronization

Reproduce real-world signals

Research

Universal signal occurs