WW2074 4-Channel AWG

WW2074 4-Channel AWG

The Tabor WW2074 4-Channel AWG is a high-performance four-channel arbitrary waveform generator designed for fast, precise, and synchronized signal generation. With a 200MS/s sample rate, 16-bit resolution, and up to 4M waveform memory, it delivers reliable and accurate multi-channel outputs for demanding laboratory, research, and industrial applications. Ideal for MEMS actuators, three-phase power simulation, radar testing, and advanced waveform experiments.

Key Features

  • Four synchronized output channels for precise multi-channel signals
  • 200MS/s maximum sample rate with 16-bit amplitude resolution
  • Output bandwidth: sine up to 80MHz, square up to 50MHz
  • Up to 4M waveform memory for long or segmented waveforms
  • 10 Vpp output into 50Ω, double in open circuit
  • Multiple run modes: trigger, timer, and trigger delay
  • Sequence generator storing up to 10 sequence tables per channel
  • 3.8” high-resolution color LCD for easy operation
  • LAN, USB, and GPIB interfaces for remote control
  • Multi-instrument synchronization for larger systems
  • ArbConnection software for waveform creation and editing

 

REQUEST A QUOTE
SKU: WW2074_4_Channel_AWG Categories: ,



Description

High-Speed Four-Channel Waveform Generator

The Tabor WW2074 4-Channel AWG is engineered for precise, high-speed waveform generation. Its four synchronized channels share a common reference and sample clock, allowing accurate phase control and multi-channel coordination. Users can produce both standard and custom waveforms with unmatched fidelity, making it suitable for MEMS micro-actuators, three-phase power simulations, radar testing, and advanced research applications.

Signal Integrity and Resolution

Equipped with 16-bit DACs, the WW2074 delivers high-resolution outputs with sine wave bandwidths up to 80MHz and square waves up to 50MHz. This ensures accurate reproduction of even the most demanding test signals, maintaining fidelity across complex waveform sequences.

Advanced Memory and Sequence Management

With up to 4M waveform memory, users can store long waveforms or divide memory into multiple segments for simultaneous output. Each channel has an independent sequence generator, enabling the creation of complex multi-channel signals with linked and looped memory segments. This advanced sequencing maximizes flexibility and reduces memory usage.

User-Friendly Operation and Remote Access

A 3.8” backlit color LCD combined with intuitive front panel controls allows easy navigation and setup of waveform parameters. Remote operation via LAN, USB, or GPIB interfaces provides fast and reliable control for automated test systems. ArbConnection software offers full waveform design, editing, and management capabilities, ensuring efficient test workflows.

Multi-Instrument Synchronization

Multiple WW2074 units can be synchronized in a Master-Slave configuration, expanding capabilities while maintaining precise phase alignment. Remote calibration through interfaces ensures long-term accuracy without opening the device, while support for LabVIEW, MATLAB, C/C++, VB, and SCPI commands enables flexible integration into various programming environments.

Technical Specifications

Parameter Specification
Model WW2074
Channels 4 synchronized outputs
Maximum Sample Rate 200MS/s
Amplitude Resolution 16-bit
Output Waveforms Sine, square, triangle, pulse, ramp, sinc, user-defined
Output Bandwidth Sine up to 80MHz, Square up to 50MHz
Waveform Memory Up to 4M
Maximum Output Voltage 10 Vpp into 50Ω, 20 Vpp open circuit
Run Modes Trigger, timer, trigger delay
Sequence Generator Up to 10 sequence tables per channel
Display 3.8” high-resolution color LCD
Interfaces LAN, USB, GPIB
Software ArbConnection for waveform design
Multi-Instrument Sync Yes, Master-Slave configuration
Remote Calibration Supported via interfaces
Programming LabVIEW, MATLAB, C/C++, SCPI

 

 

Click here to learn more about similar products from Tabor Electronics Ltd.

Additional information

Weight 9 lbs
Dimensions 415 × 212 × 102 mm
Download Data Sheet
Get in touch with us to inquire about our tailored consulting services.