Bundle Up and Save!
Now through 12/31/25 save up to 30% on UNI-T MSO/UPO3000 or MSO/UPO2000 series oscilloscopes with Free Software bundles. 
Learn More Here

MSO8000HD-AWG Arbitrary Waveform Generator Option

$699.00
Save {price}%

Description

Dual-channel 60 MHz, 625 MSa/s generator for creating standard and arbitrary waveforms with modulation and sweep functions—ideal for stimulus/response testing.


Top Specifications

16-bit resolution, >200 built-in waveforms, modulation (AM/FM/PM) and sweep capability.

Register today for a 15% EDU Discount

Guarantee safe & secure checkout

trust2

UNI-T MSO8000HD Options Series

OVERVIEW

DOCUMENTATION

UNI-T MSO8000HD-AWG | 60MHz Dual-Channel Arbitrary Waveform Generator

Overview

The MSO8000HD-AWG transforms your oscilloscope from a passive measurement instrument into a complete test solution by integrating a high-performance 60MHz dual-channel arbitrary waveform generator. With 625MSa/s sample rate and comprehensive waveform synthesis capabilities, this upgrade eliminates the need for external signal sources in most applications while ensuring perfect timing synchronization with your measurements.

Essential for stimulus-response testing, device characterization, and system validation, the MSO8000HD-AWG provides precisely controlled test signals that enable comprehensive analysis of circuit behavior under realistic operating conditions. The integrated design ensures optimal signal integrity and eliminates setup complexity associated with external generators.

MSO8804HD connectivity
Integrated AWG outputs on rear panel

Key Benefits

  • All-in-One Test Solution — Combines precision measurement and signal generation in a single instrument.
  • Perfect Timing Synchronization — Eliminates trigger delays and timing uncertainties inherent with external generators.
  • 60MHz Bandwidth — Supports high-frequency signal generation for advanced test scenarios.
  • Arbitrary Waveform Creation — Generate custom waveforms tailored to specific device requirements.
  • Dual Independent Channels — Enable differential stimulus or multi-signal test scenarios.
  • 625MSa/s Sample Rate — Ensures high-fidelity waveform reproduction with minimal distortion.

Complete Your Test Solution

Combine this AWG option with the MSO8000HD-BND Protocol Analysis & Jitter Suite for stimulus-response testing of serial protocols. The AWG provides signal generation capabilities for creating test patterns, while the bundle delivers comprehensive protocol analysis and jitter measurement.

This powerful combination enables closed-loop testing of communication interfaces, allowing you to both generate protocol traffic and analyze the response in a single instrument. Both feature perpetual licensing with zero recurring fees, potentially saving $10,000+ over the instrument's lifetime.

UNI-T MSO8000HD-AWG Integrated Stimulus-Response Testing

Traditional test setups require multiple instruments—oscilloscopes for measurement, function generators for stimulus, and complex timing synchronization systems to coordinate their operation. This approach introduces timing uncertainties, setup complexity, and potential signal integrity degradation that can mask real device behavior or create measurement artifacts.

The MSO8000HD-AWG eliminates these compromises by integrating precision waveform generation directly into the oscilloscope platform. The shared timebase ensures perfect synchronization between stimulus and measurement, enabling accurate characterization of device response times, settling behavior, and dynamic performance parameters that external setups cannot reliably capture.

MATLAB embedded programming
Integrated stimulus-response testing with perfect timing correlation

UNI-T MSO8000HD-AWG Advanced Waveform Synthesis

Beyond standard function generation, the MSO8000HD-AWG provides comprehensive arbitrary waveform capabilities that enable testing with realistic signal conditions. Engineers can create custom waveforms that replicate actual operating environments, including power supply ripple, communication protocols, sensor outputs, or any other signal profile required for thorough device validation.

The built-in waveform editor allows point-by-point waveform construction, mathematical synthesis, and import of captured signals for replay. This flexibility enables testing scenarios that standard function generators cannot address, such as reproducing intermittent fault conditions, simulating aging component behavior, or generating protocol-compliant test patterns for communication interface validation.

Advanced filter design interface
Advanced waveform synthesis and custom signal generation

Compatibility Information

Compatible Models: MSO8804HD, MSO8504HD (planned release)

Installation: Software license activation - no hardware modification required

Output Connectors: Dedicated BNC connectors on rear panel

Synchronization: Fully synchronized with oscilloscope timebase and triggering

Technical Specifications

Parameter Specification
Number of Channels 2 independent channels
Maximum Frequency 60 MHz
Sample Rate 625 MSa/s
Vertical Resolution 14-bit DAC
Waveform Memory 1M points per channel
Output Impedance 50Ω
Output Amplitude 1 mVpp to 5 Vpp (into 50Ω load)
DC Offset ±2.5V (into 50Ω load)
Frequency Resolution 1 μHz
Amplitude Accuracy ±1% (1 kHz, 1Vpp)
Phase Noise <-110 dBc/Hz @ 10 kHz offset
Spurious Free Dynamic Range ≥60 dBc

Standard Waveforms & Modulation

Waveform Type Available Options
Basic Waveforms Sine, Square, Triangle, Ramp, Pulse, Noise, DC
Advanced Waveforms Sinc, Exponential Rise/Fall, Cardiac, Gaussian
Modulation Types AM, FM, PM, FSK, ASK, PWM
Sweep Functions Linear, Logarithmic frequency sweep
Burst Mode Triggered burst, gated burst, manual burst
Arbitrary Waveforms User-defined, imported, mathematical synthesis

Application Examples

Power Supply Response Testing

Generate precise load transients to characterize switching power supply response, stability margins, and recovery times. The synchronized measurement capability captures complete transient behavior including overshoot, settling time, and regulation accuracy under dynamic load conditions.

Amplifier Characterization

Create complex multi-tone test signals for intermodulation distortion analysis, or generate swept-frequency stimuli for automated frequency response measurements. The high sample rate and 14-bit resolution ensure accurate representation of test signals across the full audio and RF spectrum.

Communication System Testing

Generate protocol-compliant test patterns, modulated carrier signals, or custom communication waveforms. The arbitrary waveform capability enables creation of realistic communication signals including noise, interference, and protocol violations for comprehensive system validation.

Sensor Simulation

Replicate sensor outputs for testing control systems, data acquisition hardware, or signal conditioning circuits. Custom waveforms can simulate temperature profiles, vibration signatures, or any other sensor-specific signal characteristics.

Related Options

Option Synergy with MSO8000HD-AWG
MSO8000HD-MAT MATLAB scripting for automated stimulus-response testing
MSO8000HD-JITTER Clock generation for jitter analysis and eye diagram testing
MSO8000HD-PWR Power supply load testing and transient analysis
MSO8000HD-MD2G Extended capture of stimulus-response sequences

Installation & Activation

  • Software-only upgrade - no hardware modification required
  • License key provided upon purchase
  • Activation through instrument menu system
  • AWG outputs available on dedicated rear-panel BNC connectors
  • Immediate functionality after activation
  • Comprehensive waveform library and editor included

Frequently Asked Questions

Can the AWG be synchronized with oscilloscope triggering?

Yes, the MSO8000HD-AWG is fully integrated with the oscilloscope triggering system. Waveform generation can be triggered by the same events that trigger acquisition, ensuring perfect timing correlation between stimulus and measurement.

What is the maximum waveform length for arbitrary waveforms?

Each AWG channel supports up to 1M points of arbitrary waveform memory, allowing creation of complex, long-duration custom waveforms or high-resolution signal reproduction.

Can I import waveforms from other sources?

Yes, the AWG supports standard waveform file formats and includes tools for importing captured signals, mathematical constructions, or externally generated waveform data.

Is this option included in the MSO8000HD-BND Protocol Analysis & Jitter Suite?

No, this option is not included in the MSO8000HD-BND Protocol Analysis & Jitter Suite. The bundle focuses specifically on protocol analysis capabilities (15 protocol decoders) and advanced jitter analysis. However, this option complements the bundle perfectly for engineers requiring both protocol analysis and Arbitrary Waveform Generation. Both can be purchased together to create a comprehensive solution, and like all UNI-T software options, they feature perpetual licensing with zero recurring fees.


Warranty & Support

The MSO8000HD-AWG option is covered under UNI-T's Exclusive 3+2 Warranty program when installed on a qualifying MSO8000HD instrument—3 years standard coverage plus an additional 2 years at no charge when you complete our free product registration.

Complete Your Test Solution

The MSO8000HD-AWG upgrade transforms your oscilloscope into a comprehensive test platform that eliminates the complexity, cost, and timing uncertainties of multi-instrument setups. Whether performing device characterization, stimulus-response testing, or system validation, this integrated solution provides the precision and convenience that modern engineering demands.

Ready to integrate stimulus generation with your measurements? Order the MSO8000HD-AWG or explore the comprehensive MSO8000HD-BND Complete Suite for maximum capability and value.

DATA SHEET
Not Currently Available. Contact us with questions.
USER MANUAL
Not Currently Available. Contact us with questions.
PROGRAMMING MANUAL
Not Currently Available. Contact us with questions.

Customer Reviews

Be the first to write a review
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)