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All Instruments Powered by LabOne

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Quantum Computing Control System

  • Compact and scalable to more than 100 qubits

  • Productivity-boosting LabOne® software

  • Low noise, high resolution and large bandwidth

  • Fast and flexible quantum feedback

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Lock-in Amplifiers

  • Instruments from DC to 8.5 GHz

  • Low input noise, high dynamic reserve

  • Tools including boxcar, PID, scope and FFT

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Impedance Analyzers

  • 1 mHz to 5 MHz, 1 mΩ to 1 TΩ

  • Measure fast and accurately

  • Ideal fit for DLTS, MEMS and ESR & ESL measurements

Powerful User Interface

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LabOne® stands as a high-quality user interface for an outstanding user experience, as it incorporates advanced instrumentation and flexible software architecture.

A configurable environment

  • Data capture with one mouse click onto local or remote storage

  • Iterative optimization of measurement parameters thanks to integrated tuning features

  • Real-time data analysis on still images through cursor control

  • Plot acquisition as PNG, SVG and CSV files

  • Offline access to measurements and data acquisitions

LabOne – Instrument Control Software

LabOne® stands for platform-independent instrument control with proven measurement methodologies. The browser-based user interface comes with an outstanding toolset for time- and frequency-domain analysis as well as sophisticated support to set up control loops, perform noise measurements, and interpret measurement data. Interfaces to the most popular programming languages are also available.

The computer is the cockpit

Software-driven instruments present many advantages compared to instruments with arrays of buttons on their front panels. Buttons are easy to use, but they do not facilitate instrument reconfiguration. Integrated touch screens can provide a somewhat improved user experience, and yet they generally lack resolution.

The test and measurement industry has been moving towards larger screens and fewer buttons on the instrument's front panel. With the LabOne user interface, Zurich Instruments omits buttons entirely and supports multi-screen, feature-rich operation with full computer control.

MFLI 500 kHz / 5 MHz Lockin Amplifier

LabOne® is the instrument control software enabling efficient workflows for simple and complex experiments thanks to

  • Browser-based user interface with support for common programming languages
     

  • Advanced signal processing tools for time- and frequency-domain data analysis - Multi-channel signal acquisition across multiple instruments in real time
     

  • Excited to help you with your signal processing needs

Zurich Instruments offers lock-in amplifiers for every frequency range up to 8.5 GHz. Each instrument is equipped with the control software LabOne®. In addition, a range of upgrade options fulfill the requirements of the most demanding applications.

Lockin Amplifiers

Lock-in amplifiers play a crucial role in research labs specializing in optics, photonics, nanotechnology, materials science, quantum technologies, scanning probe microscopy, and sensing. These amplifiers can detect small signals hidden in noise, enabling scientists to discover new science and broaden the scope of their experiments. The lock-in amplifier works by mixing the measured signal with a reference frequency and then filtering it through a low-pass filter, a process known as demodulation or phase-sensitive detection.

Key Benefits

  • Measure from DC up to 8.5 GHz
     

  • Precisely measure current and voltage
     

  • Fast measurement times and low noise floor
     

  • Configurability with multiple auxiliary input/outputs
     

  • LabOne® toolset including Scope, Sweeper, & Spectrum Analyzer
     

  • Expand your toolset with upgrade options

VHFLI 

GHFLI 

MFLI 

UHFLI

SHFLI

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Maximum Frequency

500 kHz / 5 MHz

50 kHz / 200 MHz

600 MHz

1.8 GHz

8.5 GHz

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VHFLI 50 MHz / 200 MHz Lock-in Amplifier

Key Features

  • Analyze, generate, and control from DC to 50 MHz (200 MHz with the VHF-F200M option)
     

  • Precisely measure up to two current and voltage signals
     

  • Fast measurement time and low noise floor
     

  • Orchestrate complex CW and pulsed measurement sequences with the LabOne® Timeline Module
     

  • LabOne toolset including Scope, Sweeper, and Spectrum Analyzer
     

  • Expand your toolset with upgrade options

VHFLI

MFLI 500 kHz / 5 MHz Lockin Amplifier and Impedance Analyzer

MFLI-500: Lockin Amplifier, Zurich Instruments
MFLI-500: Lockin Amplifier, Zurich Instruments
MFIA: Impedance Analyzer,  Zurich Instruments

Key Features

  • Measure from DC to 500 kHz or 5 MHz
     

  • Precisely measure current and voltage
     

  • Fast measurement time and low noise floor
     

  • Configurability with multiple auxiliary input/outputs
     

  • LabOne toolset including Scope, Sweeper, and Spectrum Analyzer
     

  • Expand your toolset with upgrade options

MFlA

HF2LI 50 MHz Lockin Amplifier

Fit9
HFLI 50 MHz: Lockin Amplifier, Zurich Instruments
HFLI 50 MHz

Key Features

  • Measure from DC to 50 MHz
     

  • Precisely measure two differential voltage signals
     

  • Demodulate up to 6 harmonics simultaneously
     

  • Fast measurement time and low noise floor
     

  • Configurability with multiple auxiliary input/outputs

  • LabOne® toolset including Scope, Sweeper, and Spectrum Analyzer
     

  • Expand your toolset with upgrade options

UHFLI 600 MHz Lock-in Amplifier

Fit6
UHFLI 600 MHz: Lockin Amplifier with Boxcar Option, Zurich Instruments
UHFLI 600 MHz

Key Features

  • Measure from DC to 600 MHz
     

  • Precisely measure up to two voltage signals
     

  • Demodulate up to 8 harmonics simultaneously
     

  • Fast measurement time and low noise floor
     

  • LabOne® toolset including Scope, Sweeper, and Spectrum Analyzer
     

  • Expand your toolset with upgrade options

UHFLI
Fit5

GHFLI 1.8 GHz Lock-in Amplifier

GHFLI 1.8 GHz: Lockin Amplifier

Key Features

  • Frequency range: DC - 1.8 GHz
     

  • Minimum demodulator time constant: 14 ns
     

  • 2 independent lock-in units with signal generators
     

  • 4 independent demodulators per lock-in unit
     

  • 4 high-speed and 4 high-precision auxiliary outputs

  • LabOne® toolset

GHFLI
SHFLI 8.5 GHz
Fit3

SHFLI 8.5 GHz Lock-in Amplifier

Key Features

  • Frequency range: DC - 8.5 GHz
     

  • Minimum demodulator time constant: 14 ns
     

  • 2 independent lock-in units with signal generators
     

  • 4 independent demodulators per lock-in unit
     

  • 4 high-speed and 4 high-precision auxiliary outputs
     

  • LabOne® toolset

SHFLI
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