Products

The LSX8084R 8GHz Signal Generator is a high performance four channel microwave source designed for advanced RF and microwave testing. Housed in a compact 19 inch 1U rackmount chassis, it delivers outstanding phase noise performance, ultra fast 10 µs frequency switching, and flexible analog and pulse modulation. With four coherent channels up to 8 GHz, the LSX8084R 8GHz Signal Generator is ideal for phased array systems, radar development, electronic warfare, and high throughput production testing.

Key Features

• Frequency range up to 8 GHz
• Four independent microwave channels
• Ultra fast frequency switching under 10 µs
• Coherent frequency switching across channels
• Low phase noise of -133 dBc per Hz at 1 GHz, 10 kHz offset
• AM, FM, PM, Sweep, and Pulse modulation
• Pulse modulation with typical 70 dB on off ratio
• Rise and fall times under 15 ns
• LAN, USB, and SPI interfaces
• SCPI and VISA remote programming
• Compact 19 inch 1U rackmount design

The Model 3180 PXI Amplifier is a high voltage, wideband signal amplifier designed for PXI systems that demand more power and performance. Delivering up to 180Vp-p output with selectable gain and strong current drive, it solves common voltage limitations found in PXI environments.

Key Features

• Single width PXI card format
• High voltage output up to 180Vp-p ±90V
• Output current up to 150mA
• Large signal bandwidth up to 300kHz
• Small signal bandwidth up to 1MHz
• Slew rate up to 120V per microsecond
• Selectable gain up to x50
• Compatible with Tabor waveform generators
• Integrated safety latch and high voltage switch
• Red visual indicator for high voltage status

The Model 3201 RF Amplifier is a high frequency, high power single channel amplifier in a compact PXIe form factor. Operating from 100kHz to 20GHz, it delivers up to 30dBm output power into 50Ω, making it an ideal power extension solution for advanced RF and microwave applications.

Key Features

• Wide bandwidth from 100kHz to 20GHz
• Up to 30dBm saturated output power
• +27dBm typical output power at P1dB
• Single slot PXIe module
• Designed for 50Ω systems
• Reverse polarity protection
• Over voltage and under voltage protection
• Cascade capability for up to 25dB gain
• Compact and cost effective RF solution
• Compatible with Tabor waveform and RF generators

The Model 3202 RF Amplifier is a high frequency, high power dual channel amplifier built in a compact single slot PXIe form factor. Operating from 100kHz to 20GHz and delivering up to 30dBm output power into 50Ω, it provides reliable and stable RF amplification for demanding test environments.

Key Features

• Wide bandwidth from 100kHz to 20GHz
• Dual channel RF amplification
• Up to 30dBm saturated output power
• +27dBm typical output power at P1dB
• Cascade channels for up to 25dB gain
• Single slot PXIe module
• Designed for 50Ω systems
• Reverse polarity protection
• Over voltage and under voltage protection
• Compatible with Tabor waveform and RF generators

The Model 3222 Signal Amplifier is a 3U single slot PXI power amplifier designed for clean and stable signal amplification from DC to over 20MHz. With up to 40Vp p output into high impedance and flexible configuration options, it solves common PXI voltage limitations while maintaining exceptional signal purity.

Key Features

• 3U single width PXI card
• Wideband operation from DC to over 20MHz
• High output amplitude up to 40Vp p into high impedance
• Up to 20Vp p into 50Ω
• Fixed gain x10 standard
• Custom gain configuration available
• Low distortion and high signal purity
• Configurable input and output impedance
• Configurable output polarity
• Floating or grounded signal option up to 250Vdc
• Draws current only from +5V rail

The Model 9160 Signal Amplifier is a high bandwidth, high current single channel amplifier built for demanding signal amplification tasks. Designed in a compact 2U half 19 inch rack metal enclosure, it provides powerful output, fast transition time, and stable performance for laboratory and industrial environments.

Key Features

• 45MHz wide bandwidth
• 34Vp-p output into 50Ω
• Up to 1A peak output current
• Continuous power output up to 10W
• Fast transition time under 10ns
• Low distortion signal amplification
• Custom gain options x10, x15, x20
• Configurable input impedance 50Ω, 75Ω, 1MΩ
• DC or AC coupling options
• Rear auxiliary and DC offset inputs
• Rack mount compatible 2U half 19 inch design

The Model 9250 Signal Amplifier is a high-performance 30MHz differential and dual-channel amplifier designed for precision, flexibility, and high-voltage wide bandwidth applications. Built in a compact 2U half 19 inch rack metal enclosure, it is ideal for laboratory benches and rack-mounted systems.

Key Features

• Dual-channel or differential configuration
• Large signal bandwidth up to 15MHz
• Small signal bandwidth up to 30MHz
• Output amplitude up to 40Vp-p into high impedance
• Slew rate up to 200V per microsecond
• Low distortion signal amplification
• Custom gain options from x10 to x20
• Configurable input impedance: 50Ω, 75Ω, 1MΩ
• Configurable output impedance: 50Ω, 75Ω, 600Ω
• DC or AC coupling options
• Stackable design compatible with Tabor instruments
• Rack mount ready with optional 19 inch kit

The Model A10150 Signal Amplifier is a compact, high speed 150MHz single channel amplifier designed for low distortion and precise signal boosting. With ultra fast transition time and strong output capability, it is the perfect companion for high frequency signal sources that require additional voltage drive.

Key Features

• 150MHz wide bandwidth
• Up to 16Vp-p into 50Ω standard
• Optional 20Vp-p into 50Ω configuration
• Fast transition time under 1.8ns
• DC coupled wideband design
• Low distortion signal amplification
• Compact all metal enclosure
• Standard gain x5
• Optional gain x10
• Ideal snap on accessory for Tabor WaveXciter and WS8351 or WS8352 models
• Standalone compatible with any signal source

The Model A10160 Signal Amplifier is a compact, high current 45MHz single channel amplifier built for high voltage and wide bandwidth signal amplification. Designed with a small footprint and rugged metal enclosure, it delivers powerful output and fast signal transitions for demanding laboratory and industrial environments.

Key Features

• 45MHz wide bandwidth
• 34Vp-p output into 50Ω
• Peak output current up to 1A
• Continuous current up to 750mA
• Continuous power up to 7.5W and peak power up to 10W
• Fast transition time under 10ns
• DC coupled wideband architecture
• Custom gain options x10, x15, x20
• Compact all metal enclosure
• Compatible snap on accessory for Tabor WaveXciter and WS8351 or WS8352
• Standalone operation with any signal source

The Tabor P12812B RF AWG is a high-performance 12-channel arbitrary waveform generator designed for RF, Electronic Warfare (EW), and quantum research. With 16-bit resolution and 1GS memory, it delivers precise, adaptive waveform outputs. Its PXI Express modular architecture supports ultra-fast PCIe data transfer, real-time feedback, and scalable multi-channel configurations.

Key Features

• 1.25GS/s sampling rate for accurate waveform generation
• 16-bit vertical resolution for high-fidelity signals
• 12 output channels with 12 programmable markers
• 1GS standard memory, expandable up to 8GS
• Real-time FPGA-controlled feedback for adaptive waveforms
• Integrated Digital IQ modulation and demodulation
• Modular PXI Express architecture for scalable multi-channel systems
• High-speed PCIe transfer for uninterrupted waveform streaming
• Excellent phase noise and spurious performance
• Programmable via Python, MATLAB, C, or LabVIEW

The P1282B RF AWG Module is designed for precision signal generation and advanced RF experimentation. Built on the Proteus SDR architecture, it delivers high performance waveform control for research and communication systems.

Key features:

• 1.25 GS/s sampling rate with 16-bit resolution for high signal accuracy
• 2-channel RF AWG module supporting synchronized waveform output
• 1 GS internal memory for flexible waveform storage and replay
• 4 integrated markers for advanced timing and trigger control
• SDR-based architecture enabling real-time waveform responsiveness
• PCIe high-speed data transfer for ultra-fast system communication
• Integrated IQ modulation and demodulation support
• Low latency feedback system for adaptive waveform generation
• Scalable modular design for multi-channel expansion
• Suitable for EW simulation, wireless testing and quantum control

The Tabor P1282M AWG is a powerful arbitrary waveform generator and transceiver platform designed for advanced signal generation and real time processing. With a 1.25GS/s sampling rate, 16-bit vertical resolution, and two independent output channels, this instrument delivers high fidelity waveform generation for Electronic Warfare simulation, quantum control experiments, and wireless communication research.

Built on an advanced SDR architecture within the Proteus instrument family, the P1282M AWG goes beyond traditional signal generation. It can listen to incoming signals, process them instantly, and react in real time through its integrated FPGA based feedback system. This makes it an excellent solution for laboratories and engineers who need flexible waveform generation with intelligent system response.

Key Features

• 1.25GS/s sampling rate for accurate waveform generation
• 16-bit vertical resolution for high signal precision
• 2 independent output channels for dual channel waveform control
• 4 programmable markers for precise signal synchronization
• 1GS waveform memory for storing complex signal sequences
• High speed PCIe data transfer architecture
• Real time FPGA feedback for conditional waveform generation
• Integrated digital IQ modulation and demodulation support
• Excellent phase noise and spurious signal performance
• Task table sequencing for dynamic waveform transitions
• Optional streaming capability for long waveform playback
• Compatible with Python, MATLAB, C, and LabVIEW programming

The Tabor P1282M Proteus AWG is a powerful 1.25GS/s, 16-bit arbitrary waveform generator and transceiver platform built for engineers who demand precision, scalability, and real-time responsiveness. Designed on advanced SDR architecture, it delivers intelligent waveform generation for Electronic Warfare, quantum research, radar simulation, and next-generation wireless testing.

Key Features

• 1.25GS/s sample rate with 16-bit vertical resolution
• 1GS memory standard, expandable up to 16GS
• Dual-channel output with 4 markers
• Advanced PXI Express modular architecture
• Integrated digital IQ modulators and demodulators
• Optional 5.4GS/s RF ADC digitizer for transceiver capability
• Real-time feedback control for conditional waveform generation
• Ultra-fast PCIe data transfer and streaming
• Task-driven non-linear waveform sequencing
• Excellent phase noise and spurious performance

The Tabor P1284B RF AWG is a high-performance arbitrary waveform generator designed for advanced RF, Electronic Warfare (EW), and quantum control applications. With 4 output channels, 16-bit resolution, and 1GS memory, it provides precise waveform generation and rapid response through FPGA-controlled real-time feedback. Its modular PXI Express design supports expansion, high-speed PCIe data transfer, and uninterrupted signal streaming.

Key Features

• 1.25GS/s sampling rate for fast and accurate waveform generation
• 16-bit vertical resolution for precise signal output
• 4 output channels with 4 programmable markers
• 1GS standard memory, expandable up to 8GS
• FPGA-controlled real-time feedback for adaptive waveform responses
• Integrated Digital IQ modulation and demodulation
• Modular PXI Express architecture, scalable for multi-channel systems
• Ultra-fast PCIe data transfer for uninterrupted streaming
• Excellent phase noise and spurious performance
• Programmable via Python, MATLAB, C, or LabVIEW

The Tabor P1284M AWG is a high precision arbitrary waveform generator designed for demanding signal generation and RF testing applications. With a sampling rate of 1.25GS/s, 16-bit vertical resolution, and four independent output channels, it provides accurate waveform generation for Electronic Warfare simulation, quantum research, radar development, and next generation wireless communication testing.

Part of the advanced Proteus instrument family, the P1284M AWG is built on a modern SDR architecture that allows the system to not only generate signals but also analyze and respond to them in real time. Its integrated FPGA based feedback system enables conditional waveform generation, making it a powerful solution for engineers and researchers working with complex RF environments.

Key Features

• 1.25GS/s sampling rate for accurate waveform generation
• 16-bit resolution for high signal fidelity
• 4 independent output channels for multi channel testing
• 4 programmable markers for precise signal timing
• 1GS waveform memory for storing complex sequences
• High speed PCIe data transfer architecture
• Integrated digital IQ modulators and demodulators
• Real time FPGA feedback for conditional waveform generation
• Excellent phase noise and spurious signal performance
• Task table sequencing for dynamic waveform control
• Optional streaming capability for long waveform playback
• Compatible with Python, MATLAB, C, and LabVIEW

The Tabor P1284M Proteus AWG is a high performance 1.25GS/s, 16-bit arbitrary waveform generator built for advanced RF, Electronic Warfare, radar, and quantum applications. With four synchronized channels, deep memory, and real-time FPGA feedback, it delivers intelligent waveform generation that responds instantly to changing conditions.

Key Features

• 1.25GS/s sample rate with 16-bit vertical resolution
• 1GS memory standard, expandable up to 16GS
• Four fully synchronized output channels
• Four standard markers with expansion options
• Advanced PXI Express modular architecture
• Integrated digital IQ modulators and demodulators
• Optional 5.4GS/s RF ADC for transceiver capability
• Real-time FPGA feedback for conditional waveform generation
• Ultra-fast PCIe data transfer and streaming
• Excellent phase noise and spurious performance