Moku:lab- Multifunction Measuring Instrument

Voltage / Power consumption: AC220V/2.4W Output Channel count: 32 Main Chip: AD5372

Supply voltage [For Different Interfaces; Only One May Be Connected at a Time]: 12-24VDC or 5VDC for Different Interfaces; Only One May Be Connected at a Time Operating temperature: -40-+60° Operating humidity: 0-95%

Generates one PWM signal and a manual ON/OFF signal for laser testing. Connected to a laser's external-control input, it supplies a repetition-frequency signal or a light-switching signal. Suitable for applications requiring PWM signals.

Analog Input Channels: 4 Analog-to-Digital Converter [Analog Input]: 10-Bit and18-Bit Frequency-Dependent Hybrid Analog-to-Digital Converter Sampling Rate [Analog Input; Single Channel]: maximum 5

Moku Pro is a full-featured signal-control and measurement device with nine functions: lock-in amplifier, arbitrary waveform generator, spectrum analyzer, data logger, oscilloscope, phase meter, PID controller, spectrum analyzer, and waveform generator. The Moku:Pro digital lock-in amplifier supports dual-phase demodulation (XY/Rθ) from1 mHz to600 MHz with dynamic reserve exceeding120 dB. The PID controller can follow the demodulation stage in phase-locked-loop applications. An integrated4-channel oscilloscope and data logger allow observation at up to1.25 GSa/s and recording at up to1 MSa/s.

Demodulation Frequency Range: min:1 mHz Demodulation Frequency Range: max:DC-200MHz Sampling Rate: max:500 MSa/s

Moku: Lab was developed by Liquid Instruments using FPGA technology. The Mok u:Lab digital lock-in amplifier supports dual-phase demodulation (XY/Rθ), a DC-200 MHz frequency range, and dynamic reserve greater than 120 dB. An integrated dual-channel oscilloscope and data logger allow real-time signal observation at sampling rates up to 500 MSa/s and data recording at up to 1 MSa/s. It offers excellent value for pump–probe measurements, ultrafast spectroscopy, laser scanning microscopy (SRS, TA, etc.), magneto-optic Kerr effect measurements, laser frequency stabilization, cold atoms, and precision spectroscopy.