Moku:Pro’s Arbitrary Waveform Generator

Compare all arbitrary waveform generators

Overview

Moku:Pro’s Arbitrary Waveform Generator can generate custom waveforms with up to 65,536 points at sample rates of up to 1 GSa/s. Waveforms can be loaded from a file or input as a piece-wise mathematical function with up to 32 segments, enabling you to generate truly arbitrary waveforms. In burst mode, waveform generation can be triggered from input channels with start or n cycle modes. In pulsed mode, waveforms can be output with more than 250,000 cycles of dead time between pulses.

Specs

Maximum sample rate
1 GSa/s

Output bandwidth
500 MHz

DAC resolution
16 bits

Independent triggering
Burst/Pulsed

Independent channels
4

Output voltage
2 Vpp or 10 Vpp (50 Ω)

Custom waveforms
Sine, Gaussian, Exponential fall, Exponential rise, Sinc, equation editor, and custom (from file)

Equation mode
Up to 32 segments

DC offset
Up to ± 5 V with 100 μV resolution

Phase offset
0° to 360° with 0.001° resolution

Maximum output rate
• 250 MSa/s with 65,536 points
• 500 MSa/s with 32,768 points
• 1 GSa/s with 16,384 points

Key features

Configure output phase synchronization
Phase-synchronized output between the four channels

Select from normal or pulsed output
Configure pulsed output with up to 250,000 cycles of dead time between pulses

Option for preset or custom waveforms
Choose between one of the preset waveforms, including sine, Gaussian, exponential fall, exponential rise, sinc. Or load points from a file or input an equation directly

Applications

Random pattern scanning

System response simulation

Additive manufacturing

Quantum optics

Documentation

Specs

Datasheet

User Manual

App Notes
Moku:Lab's AWG with MATLAB

AWG Dual Channel Synchronization

Software & APIs

Control your Moku hardware through an intuitive iPad interface. API integrations with Python and MATLAB allow for straightforward automation of Moku:Pro in complex setups or for repetitive tasks.

Intuitive software and API integration

Moku: app for iPadOS provides a clear and dynamic user experience, making configuring, modifying, and debugging your setup easy.

API integration with Python and MATLAB allows straightforward automation of Moku:Pro in complex setups or for repetitive tasks.

Try the software

Live equation editor

Edit complex equations live and apply instantly to your experimental setup

Choose from custom or predefined waveforms

Select from 6 pre-defined waveforms or upload custom waveforms from a loaded file or as a piece-wise mathematical function

Available on Moku:Pro hardware

Our most powerful hardware platform to date, Moku:Pro harnesses the power of a Xilinx Ultrascale+ FPGA with higher bandwidth, lower noise, more channels, and more output power than ever before.