P9482M RF AWG

The Tabor P9482M RF AWG is a high performance RF arbitrary waveform generator module designed for advanced signal generation and demanding RF testing environments. With an ultra fast 9GS/s sampling rate, 16-bit resolution, and dual output channels, it delivers highly accurate waveform generation for Electronic Warfare simulation, radar system development, and next generation wireless communication research.

Built on the powerful Proteus platform and advanced SDR architecture, the P9482M RF AWG provides more than waveform generation. It can listen to incoming signals, process them, and react instantly through its integrated FPGA feedback system. This intelligent design allows engineers to create responsive RF systems that adapt in real time to changing signal conditions.

Key Features

9GS/s ultra high sampling rate for advanced RF waveform generation
16-bit vertical resolution for exceptional signal fidelity
2 independent RF output channels for synchronized signal creation
8 programmable markers for precise timing and signal control
8GS waveform memory for storing long and complex waveform sequences
Fast PCIe data transfer architecture for high speed data movement
Integrated digital IQ modulators and demodulators
Real time FPGA feedback system for conditional waveform generation
Excellent phase noise and spurious performance for RF testing
Task table sequencing for dynamic waveform switching
Optional streaming capability for long waveform playback
Compatible with Python, MATLAB, C, and LabVIEW programming environments

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Description

P9482M RF AWG Performance and RF Signal Generation

The Tabor P9482M RF AWG delivers exceptional RF waveform generation for modern engineering and scientific research applications. With a 9GS/s sampling rate and high resolution 16-bit architecture, this module produces extremely accurate signals that replicate complex RF environments used in radar, communication, and Electronic Warfare testing.

The two independent RF output channels allow synchronized signal generation for multi channel testing scenarios. Engineers can create precise waveform patterns, modulated RF signals, and complex signal environments used to evaluate high frequency communication systems and radar platforms.

Modular Architecture and Scalability

The P9482M RF AWG is built on an industry standard PXI Express architecture that provides a compact and modular system design. This architecture allows laboratories and research facilities to scale their setups from a few channels to large multi channel signal generation systems while maintaining precise synchronization.

The modular approach helps reduce equipment footprint while delivering powerful RF waveform generation capabilities. This flexibility makes the system suitable for applications such as large scale radar simulations, massive MIMO research, and complex quantum computing control systems.

Real Time Feedback System

A major advantage of the P9482M RF AWG is its integrated real time feedback control capability. The system combines waveform generation and optional signal digitizing through a high speed FPGA processing platform.

This design allows the instrument to analyze incoming signals and instantly modify the generated waveform without sending data back to a host computer. By removing processing latency, the system supports extremely fast conditional waveform generation. This capability is important for closed loop Electronic Warfare systems, adaptive RF signal testing, and radar target simulation.

Intelligent Waveform Sequencing

The P9482M RF AWG also includes a sophisticated task table sequencing system that enables dynamic waveform control. Instead of running waveforms in a simple linear sequence, the system can switch waveform segments based on triggers or incoming signal conditions.

In radar simulation environments, this allows the instrument to function as a radar target simulator. The system can detect incoming radar pulses and generate delayed echoes or Doppler shifted signals to simulate moving targets. Engineers can easily program these intelligent waveform responses using Python, MATLAB, C, or LabVIEW for automated testing environments.

Technical Specifications

Parameter	Specification
Model	P9482M
Instrument Type	RF Arbitrary Waveform Generator Module
Sampling Rate	9GS/s
Resolution	16-bit
Output Channels	2
Markers	8
Standard Memory	8GS
Optional Memory	Up to 16GS
Architecture	Advanced SDR based RF platform
Data Interface	High speed PCIe
Streaming Capability	Up to 6GS/s optional
Digital IQ Modulation	Integrated
Feedback System	FPGA based real time feedback
Optional Digitizer	5.4GS/s single channel or 2.7GS/s dual channel
Trigger Input	10 MHz standard, optional 50 MHz
Programming Support	Python, MATLAB, C, LabVIEW
Warranty	3 years standard