Products

The LSX2092R Dual Microwave is a 20GHz dual-channel modular signal generator designed for high-precision RF and microwave applications. Offering ultra-fast frequency switching under 10 µs, coherent dual-channel operation, and flexible AM, FM, PM, Sweep, and Pulse modulation, this 19″ 1U rack module provides unmatched signal integrity and reliability. Ideal for radar systems, electronic warfare, secure communications, and multi-channel testing, the LSX2092R combines compact design, versatile connectivity, and high-performance capabilities.

Key Features

• Dual RF channels up to 20 GHz
• Ultra-fast frequency switching <10 µs
• Coherent dual-channel frequency operation
• Phase noise: -133 dBc/Hz @1 GHz, 10 kHz offset
• AM, FM, PM, Sweep & Pulse modulation
• Pulse modulation with high on/off ratio (~70 dB)
• Compact 19″ 1U rack module
• LAN, USB, and SPI connectivity
• SCPI and VISA programmable control
• Optional low-power and extended power ranges

The LSX2094R Four Microwave is a 20GHz, four-channel modular signal generator designed for advanced RF and microwave applications. With ultra-fast frequency switching under 10 µs, coherent multi-channel operation, and versatile AM, FM, PM, Sweep, and Pulse modulation, this 19″ 1U rack module ensures unmatched signal fidelity and precision. Ideal for radar systems, electronic warfare, secure communications, and multi-channel testing, the LSX2094R combines compact design with flexible connectivity and high-performance capabilities.

Key Features

• Four RF channels up to 20 GHz
• Ultra-fast frequency switching <10 µs
• Coherent multi-channel frequency switching
• Phase noise: -133 dBc/Hz @1 GHz, 10 kHz offset
• AM, FM, PM, Sweep & Pulse modulation
• Pulse modulation with high on/off ratio (~70 dB)
• Compact 19″ 1U rack module
• LAN, USB, and SPI connectivity
• SCPI and VISA programmable control
• Optional modulation, low-power, and extended power ranges

The LSX4091D Microwave Generator from Tabor Electronics’ Lucid-X series delivers high-performance 40GHz single-channel microwave signals in a compact modular platform. Designed for demanding RF and microwave applications, it offers ultra-fast switching, precise phase control, and versatile modulation capabilities.

Key Features

• Frequency range up to 40GHz
• Ultra-fast frequency switching <10µs
• Coherent frequency switching for precise phase applications
• Supports AM, FM, PM, Sweep, and Pulse modulation
• Low phase noise: -133 dBc/Hz at 1 GHz, 10 kHz offset
• Compact modular design: Desktop, Benchtop, PXIe, Rackmount, Portable
• LAN, USB, and SPI interfaces for seamless integration
• Ideal for radar systems, electronic warfare, communications testing, and automated test setups

The LSX4091R 40GHz Single Channel Microwave Signal Generator is a high-performance, 1U, 19” rack-mounted unit designed for advanced RF and microwave testing. It features ultra-low phase noise, ultra-fast frequency switching under 10 µs, and versatile modulation options including AM, FM, PM, Sweep, and Pulse. Its compact rack format saves space without compromising precision, making it ideal for radar, electronic warfare, and automated test systems.

Key Features

• Single microwave channel up to 40 GHz
• Ultra-fast frequency switching <10 µs
• Low phase noise: -133 dBc/Hz @1 GHz, 10 kHz offset
• Supports AM, FM, PM, Sweep & Pulse modulation
• High pulse on/off ratio (~70 dB) with rise/fall time <15 ns
• Compact 1U, 19” rack-mounted design
• LAN, USB, and SPI connectivity for remote operation
• SCPI and VISA programmable control for automation
• Optional low-power or extended power range
• Ideal for precision RF and microwave applications

The LSX4092R 40GHz Dual Channel Microwave Signal Generator is a compact, 1U, 19” rack-mounted instrument designed for high-performance RF and microwave applications. It provides two phase-coherent channels with ultra-low phase noise, ultra-fast <10 µs frequency switching, and versatile modulation options including AM, FM, PM, Sweep, and Pulse. Ideal for radar, electronic warfare, and automated testing environments, it ensures precise signal generation while saving valuable rack space.

Key Features

• Dual microwave channels up to 40 GHz, independent or phase-coherent
• Ultra-fast frequency switching <10 µs
• Low phase noise: -133 dBc/Hz @1 GHz, 10 kHz offset
• Supports AM, FM, PM, Sweep & Pulse modulation
• High pulse on/off ratio (~70 dB) with rise/fall time <15 ns
• Compact 1U, 19” rack-mounted design
• LAN, USB, and SPI connectivity for remote operation
• SCPI and VISA programmable control for automation
• Optional low-power or extended power range
• Space-efficient solution for multi-channel RF setups

The LSX4094R 40GHz Four Channel Microwave Signal Generator is a compact 1U, 19” rack-mounted instrument delivering four high-performance, phase-coherent channels. Designed for demanding RF and microwave applications, it combines ultra-low phase noise, fast <10 µs frequency switching, and versatile modulation (AM, FM, PM, Sweep, Pulse) in a space-efficient design, ideal for radar systems, electronic warfare, and automated testing environments.

Key Features

• Four phase-coherent microwave channels up to 40 GHz
• Ultra-fast frequency switching <10 µs
• Low phase noise: -133 dBc/Hz @1 GHz, 10 kHz offset
• AM, FM, PM, Sweep & Pulse modulation
• Pulse modulation with high on/off ratio (~70 dB)
• Compact 1U, 19” rack-mounted design
• LAN, USB, and SPI connectivity
• SCPI and VISA programmable control
• Optional low-power and extended power range
• Rack space and cost-efficient solution for multi-channel testing

The LSX8081X Single PXIe is a compact 8GHz single-channel microwave signal generator designed for high-precision RF and microwave applications. With ultra-fast frequency switching (<10 µs), coherent operation, and versatile AM, FM, PM, Sweep, and Pulse modulation, it provides reliable performance for radar, electronic warfare, secure communications, and automated testing environments.

Key Features

• Single PXIe channel up to 8 GHz
• Ultra-fast frequency switching <10 µs
• Coherent frequency operation
• Phase noise: -133 dBc/Hz @1 GHz, 10 kHz offset
• AM, FM, PM, Sweep & Pulse modulation
• Pulse modulation with high on/off ratio (~70 dB)
• Compact modular PXIe form factor
• LAN, USB, and SPI connectivity
• SCPI and VISA programmable control
• Optional low-power and extended power ranges

• Reliable and Repeatable solid state signal generation
• Standard Internal/external pulse modulation
• USB/Ethernet Control
• 10 MHz external or internal reference
• 100 Hz Frequency Resolution
• Easily portable
• Sized to fit into a single rack unit for ATE applications

• Reliable and Repeatable solid state digital attenuation
• Includes GUI, Windows and Linux SDK, LabVIEW driver
• Programmable attenuation ramp and fading profiles
• Operate multiple devices directly from a PC or self-powered hub
• Easily portable USB powered device
• USB and Ethernet control interfaces

Quantify composite layer resistance and interface resistance in Li-ion battery electrode sheets

The RM2610 Electrode Resistance Measurement System is an advanced tool designed for precise quantification of composite layer resistivity and interface resistance in Li-ion battery electrode sheets. Using cutting-edge inverse problem analysis, the system isolates and calculates resistance values critical for optimizing battery performance. Its intuitive design includes a constant current source and a multi-probe setup, enabling rapid measurements and detailed analysis.

With the ability to measure resistance variations caused by material properties, composition, and manufacturing conditions, the RM2610 accelerates the development of high-performance batteries. This system supports both positive and negative electrodes and provides visual insights into uniformity and density effects. Ideal for research and manufacturing environments, the RM2610 ensures reliable, accurate measurements essential for advancing lithium-ion battery technology.

Rapid 6.4ms Super Megohm and Low Current Testing

Key Features

• 300 times better noise resistance
• Max. 1000 V output: SM7110
• Max. 2 × 10^19 Ω display
• Min. 0.1 fA resolution
• Built-in EXT I/O, RS-232C, GP-IB and USB
• Flexible, Multipurpose Design, High Resistance
• Meter/Electrometer/Picoammeter/IR Meter
• Measure resistance of materials by combining with optional electrode