Specifications

80 MHz analog bandwidth

32 generators and dual phase demodulators

Coherent signal synthesis and sampling

4 input and 2 output ports

4 auxilliary output ports

3 + 3 digital triggers

Powerful graphical software and Python API

Applications

Atomic force microscopy (AFM)

Quartz crystal microbalance (QCM)

Nonlinear systems analysis

Test and measurement

Physics research

The ultimate multipurpose laboratory instrument

Multifrequency Lockin

32 frequency lockin

Generate multifrequency continuous wave signals and demodulate IQ response from your Device Under Test.

32 generators and 32 demodulators

Individually controlled amplitude, frequency and phase

Phase coherence across all input and output ports

Gap-less demodulation

Programmable real-time feedback

Oscilloscope / DAQ

Quickly check your signals in time domain with high resolution and flexible triggering.

Sampling rates up to 250 MS/s

4 input channels (14-bit and 16-bit resolution)

Deep sample memory (up to 384 MSamples)

Internal or external triggering

AWQ

Arbitrary waveform generator

Generate arbitrary waveforms on 2 high-speed outputs.

Dual 250 MS/s output channels

16-bit DAC resolution

DC to 80 MHz analog bandwidth

Deep sample memory (up to 384 MSamples)

Seamless loop and trigger modes

Spectrum analyzer

Quickly check your signals in frequency domain with zero spectral leakage.

Full 80 MHz bandwidth analysis

Zero-leakage FFT (when tuned)

Ultra-low noise floor (< 7 nV/√Hz)

High frequency resolution (< 1 Hz)

 Programmable feedback

Close the loop your way.

User programmable real-time CPU

Access to all 32 demodulated frequencies

Program arbitrary calculations in C with parameters set via Python API

Set aux DC bias or generator parameters

Optionally feed result to PID prior to output

Sub-pixel moving window for high update rate and low latency