Videos

Principles of Lock-in Detection

Principles of Lock-in Detection

See our page on the principles of lock-in detection and the state of the art or download the white paper as PDF.

Tutorials

LabOne quick start guide

LabOne Quick Start Guide

LabOne Spectrum Analyzer

LabOne Spectrum Analyzer Tutorial

LabOne Sweeper

LabOne Sweeper Tutorial

LabOne Scope

LabOne Scope Tutorial

LabOne time-domain tools

LabOne Time Domain Tools Tutorial

What makes a great impedance analyzer?

What makes a great Impedance Analyzer?

6 tips to improve your lock-in measurements

6 tips to improve your lock-in measurements

Low-pass filter settings done right

Low-pass filter settings done right

Choose the best tool to acquire lock-in data

Choose the best tool to acquire Lock-In data

Getting started with Lock-in amplifiers and LabView

Getting started with Lock-in amplifiers and LabView

What Makes a Great Lock-in Amplifier?

What Makes a Great Lock-in Amplifier?

Products

MFLI Lock-in Amplifier overview

MFLI Lock-in Amplifier Overview

HF2LI Lock-in Amplifier overview

HF2LI Overview

UHFLI Lock-in Amplifier overview

UHFLI Lock-in Amplifier Overview

UHFAWG Arbitrary Waveform Generator overview

UHFAWG Arbitrary Waveform Generator Overview

MFIA Impedance Analyzer overview

MFIA Impedance Analyzer Overview

HDAWG Arbitrary Waveform Generator overview

HDAWG High-Density Arbitrary Waveform Generator

LabOne overview

LabOne Overview

QCCS Quantum Computing Control System

Zurich Instruments Quantum Computing Control System

PID/PLL upgrade options

PID/PLL Upgrade options

AWG Real-time precompensation

AWG Real-time precompensation