Integrated Instruments

Extract a signal of known frequency from a noisy environment. The user interface provides an intuitive block diagram view of the signal processing chain.

Produce user-defined, custom waveforms by uploading the waveform from a file or inputting it as a piecewise mathematical function.

Monitor changes in an electrical signal over time, and measure characteristics such as voltage, time and frequency, pulse width, rise time, and phase shift.

Characterize the frequency response of a device under test by generating a Bode plot. Take impedance measurements or characterizes filters, power supplies, and more.

Produce waveforms of varying shapes, amplitudes, and frequencies. Available waveform shapes include sine, square, ramp, and pulsed.

Use control loop feedback to control process variables. Design your control system's frequency response using the interactive Bode plot and make real-time adjustments to your system.

Log and track the phase, amplitude, and frequency of input signals with great precision and make use of live spectral analysis tools.

Acquire and share data seamlessly in various acquisition modes. Monitor your data through the visual timeline on the user interface.

Display and analyze the various frequency components present in a signal. Monitor and record key metrics by dragging measurement cursors onto features of interest.

Capture multiple signals from a digital system or digital circuit. Use the embedded pattern generator to generate digital signalings.

Create custom Infinite Impulse Response (IIR) filters, including lowpass, highpass, bandpass, and bandstop filter shapes and multiple fully configurable filter types.

Stabilize a laser's frequency to a cavity or atomic transition. Supported locking techniques include PDH locking, Heterodyne offset phase-locking, RF locking, and Dither locking.

Create a custom finite impulse response (FIR) filters and use the user interface to fine-tune the filter's response in the frequency and time domain to best suit the application.