Start 2024 with an Upgrade: The v2.1 Release of SignalCalc 900 Series Software

We’ve been working hard to create even more features, advancements, and enhancements – designed to improve your test and measurement performance.

Here’s a brief overview of what's new:

General Enhancements

Trace Color Management adds the ability to auto-assign trace colors based on channel number or type
Save a screenshot on test end automatically
Improvements to searching, and general improvements when using a shared database
The Data Server can be run on a different network than the 900 Hardware. This allows a centralized Data Server on a company network, and the 900 Chassis on an isolated network, with the host PC connected to both
Merge Databases – The ability to move all tests/runs from one Data Server to another has been added
REST interface has been expanded significantly to allow changing test/output level, creating new tests, getting a list of existing tests, and more
Automation Scripting Language allows the creation of complex automation scripts in a text editor to control SignalCalc 900 or external devices/programs
Math equations (Math Channels) can be applied to multiple channels simultaneously (e.g. apply the same filter to all input channels)
Increased responsiveness of the GUI after a test has been run for several hours/days

Analyzer Enhancements

An output waveform’s parameters can be changed live during a test (e.g., changing frequency or amplitude of a sine wave)
A Time History Recording’s channel table can be linked to the primary measurement
Several enhancements to Stepped Sine
A Time History Recording’s Stop condition can be linked to the primary measurement (e.g. Stop when the Controller stops)
Recordings can be imported from Matlab data files
Synthesized octave data can be exported through the automated export functions

Controller Enhancements

Ability to import DP700 Sine, Random, or Shock tests from SignalStar Scalar/Vector into SignalCalc 900
Ability to Limit in a Mixed Mode test (limiting on Random PSD)
Several improvements to SRS Synthesis and Control
Higher block size in Shock/SRS
Resonance Dwell data (e.g., dwell level over the test) can be displayed with cycles on the X-axis instead of time
Multiple dwells for each resonance identified in a resonance sweep can be defined in a Resonance Search and Dwell test
External devices can be triggered at very precise times during a Sine/Random/Shock test (e.g., trigger a high-speed camera)
Ability to apply a high pass filter to an imported Classical Shock pulse

...plus many more improvements!

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