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Lock-in Amplifier (Moku:Lab)
Moku:Lab Lock-in Amplifier
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Overview
The digital Moku:Lab Lock-in Amplifier supports dual-phase demodulation (XY/Rθ) from DC to 200 MHz, with more than 120 dB of dynamic reserve. It also features an integrated 2-channel oscilloscope and data logger, enabling you to observe signals at up to 500 MSa/s and log data at up to 1 MSa/s.[/lq_Video_image_text_top_bottom]
Demodulate with frequencies ranging from 1 mHz to 200 MHz with 3.55 μHz resolution
Dynamic reserve
>120 dB
Adjustable time constant
From 32 ns to 0.537 s
Filter slopes
6, 12, 18, 24 dB/Oct
Ultra-fast data acquisition
• Snapshot mode up to 500 MSa/s
• Continuous mode up to 1 MSa/s[/features_specs_column][features_specs_column]Dual-phase demodulation
X/Y or R/θ
Phase shift precision
0.001°
Input impedance
50 Ω / 1 MΩ
Output gain range
-80 to +160 dB
Local oscillator output
Up to 200 MHz with variable amplitude[/features_specs_column][/features_specs_wrapper]
Measure signals obscured by noise with more than 120 dB dynamic reserve
Custom configuration and data acquisition
Built-in probe points for signal monitoring and data logging
Choose your output coordinate
Toggle between rectangular (X/Y mode) or polar coordinates (R/θ mode)[/features_specs_column][features_specs_column]Onboard PID controller
Real-time control over proportional, integral, and derivative gain profiles
Select from different demodulation modes
Internal, external (direct local oscillator input or phase-locked loop), with the option to bypass the mixer stage[/features_specs_column][/features_specs_wrapper]
Laser scanning microscopy (SRS, TA, etc)[/features_specs_column][features_specs_column]Magnetic sensing (magneto-optical Kerr effect)
Laser frequency stabilization[/features_specs_column][/features_specs_wrapper]
[xyz-ihs snippet=”Moku-Lab-Spec-Sheet-Lock-In-Amplifier-unstyled”]
Datasheet
[xyz-ihs snippet=”Datasheet-Lock-in-Amplifier-unstyled”]
User Manual
[xyz-ihs snippet=”Manual-Lock-in-Amplifier-unstyled”]
App Notes
[hubspot_link id=”b3a8a106-3d44-4c72-a8a4-24e06cb8ed5d” load=”3954510″ text=”Stimulated Raman Scattering Microscopy”][hubspot_link id=”811827d6-81ec-4ddb-8adc-6983eafaef1b” load=”3954510″ text=”Lock-in Configuration Guide”][hubspot_link id=”c075a41a-75fb-443e-9210-8839fe33bcbd” load=”3954510″ text=”1.9.1 Update Setup Guide”][hubspot_link id=”34a97b75-78c5-42ef-b85c-f68e567da663″ load=”3954510″ text=”Lock-in Frequency Sweep with LabVIEW”][/features_specs_column][features_specs_column]Videos
Moku:Lab’s Lock-in Amplifier — Overview
Making an AM Radio using a Lock-in Amplifier — Application
Sonar Application with Lock-in Amplifier
Moku:Lab’s Lock-in Amplifier Explained — Part 1
Moku:Lab’s Lock-in Amplifier Explained — Part 2
Configuring and Measuring with Moku:Lab’s Lock-in Amplifier — Technical Demo[/features_specs_column][/features_specs_wrapper]
Freedom in the lab when you need it
Observe the signal processing chain from an intuitive block-diagram with Moku software for iPad. Monitor in real time with the built-in oscilloscope while moving freely throughout the lab.
[liquid-button href=”/resources/software-utilities/ipad-app/” style=”filled blue”]Try it in demo mode[/liquid-button][/lq_image_text][lq_image_text image=”5073″]
Dual-phase demodulation
The Moku:Lab Lock-In Amplifier features a dual-phase demodulator with cascaded single pole low-pass filters to attenuate the second harmonic and suppress noise in each quadrature.
- Select between 6, 12, 18, and 24 dB / octave lowpass filter slopes
- Select between rectangular (X/Y) and polar (R/θ) coordinate modes
- View the demodulated in-phase and quadrature signals prior to the low-pass filters using the integrated Oscilloscope
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Internal and external references
Demodulate your input signal with an internal or external reference. In internal mode, the orthogonal reference signals are generated internally using a direct digital synthesizer (DDS). In external mode, you can select between either direct or phase-locked options. In direct external mode, the input signal is demodulated using the reference input signal for single-phase demodulation (X). The phase-locked loop option reconstructs two orthogonal references that are phase-locked to the reference input signal to support external dual-phase demodulation (XY/Rθ). Additionally, the mixer stage can be bypassed for additional closed-loop control applications.[/lq_image_text][lq_image_text image=”5074″]
Integrated PID controller, oscilloscope, data logger
Monitor up to two signals at a time using the Lock-In Amplifier’s integrated 2 channel, 500 MSa/s oscilloscope, and continuously log data at up to 1 MSa/s using its built-in data logger. Additionally, the PID controller provides real-time control over proportional, integral, and derivative gain profiles with configurable saturation.[/lq_image_text][lq_image_text image=”5086″ image_position=”Right”]
Available on Moku:Lab hardware
The digital signal processing power of an FPGA coupled with the high-quality analog front-end ensures that with Moku:Lab you never have to sacrifice performance for flexibility.[/lq_image_text]
Like the Moku:Lab Lock-in Amplifier?
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