Clarify the question and run the analysis
Consult software usage, obtain processing suggestions, then execute approved operations in the current project
TD SENSE 1.0 / FROM SIGNAL TO INSIGHT
See the signal
and understandwhat it means.
Bring acquisition, calibration, analysis and AI assistance into one workflow.
Record the signal and keep a traceable source for every result.
Windows desktop software·Local engineering project·Optional AI services
SIGNAL FIELD01 / LIVE DEMO
THINK BEYOND THE WAVEFORMSignal. Calibrate. Understand.
Source and results are always connected
ORIGINAL → CALIBRATED → ANALYZEDConceptual animation · non-measured
01 / ONE CONNECTED WORKFLOW
Keep your work connected
from acquisitionto analysis.
Keep device readings, calibration relationships, analysis parameters and final charts in the same project. Reopen the project to continue the analysis and review results.
01
Acquire
Configure devices and channels, watch live curves and record the data the test requires.
SIGNAL02
Calibrate
Use reference values to relate the signal to the engineering quantity. Check residuals before saving the calibration.
CALIBRATION03
Analyze
Choose a method, adjust parameters and compare previews while viewing the curve. Keep the results you need.
ANALYSIS04
Present
Combine values, units and curves into clear charts and shareable reports.
PRESENTATION05
Reproduce
Save sources and processing steps so you can reopen the project and resume work.
TRACEABILITYONE PROJECT
Original data · Parameters · Derived results · Charts
02 / INTERACTIVE ENGINEERING LAB
Change the parameters
and see how the data responds.
Change parameters and see the result immediately. Use synthetic data to try calibration, signal processing and frequency-domain analysis.
Local real-time calculation
CALIBRATION CURVE
READYFrom a millivolt signal to a force measurement.
reference pointfitting relationship
Establish Relationships, Not Just Draw a Line
Compare fit orders and see how outlier reference points affect the calibration and residuals.
Current calculation relationship
Fit error and instrument accuracy are separate. Actual calibration also requires suitable reference equipment, measurement conditions and stability checks.
Clean noise, also see the processing cost
How do methods and window settings change the result for the same noisy signal with spikes?
local detailsgreater smoothness
A smoother curve does not automatically mean higher accuracy. Observe peak changes to determine if parameters are suitable for your signal.
Find frequency components from time-domain variations
Adjust the main frequency to update the spectrum in real time. The demonstration signal includes a main component and a second harmonic component.
5 Hz40 Hz
demonstration sampling conditions256 S/s · 1024 points
Single-sided amplitude spectrum, including window function amplitude correction. Frequency resolution is determined by the sampling rate and data length together.
Synthetic data interaction demonstrationIt is used for understanding the analysis method, not for evaluating measurement accuracy or hardware performance.
BEYOND THE DEMO
Formal software brings these judgments back to the real working area: select data, preview parameters, retain results, and save the source and processing process together.
03 / AN ASSISTANT THAT WORKS WITH YOU
Work through the question.
Then carry out the analysis.
From 'how to handle' to 'help me handle and leave the result'. AI assistant is connected with software objects, operations, and data workflows.
Use code when the method calls for it
For custom analysis requirements, an interactive HTML processing page can be generated to complete tasks in a software-managed local computing environment.
Review the workflow and approve its actions
View the plan and operation status, confirm formal changes according to permission strategies. This can be verified through actual results in the software.
AI is an optional feature, requiring model service configuration. Model requests may include selected data and context; whether to send, the scope of sending, and costs should be confirmed according to actual configuration.
TD Sense AI workflow demoPredefined Demonstration DEMO FORCE · 1024 POINTS · N
I will first verify the data, then compare the processing results; before saving, it will be confirmed by you.
analysis plan0 / 4
- 1read source and valid rangewait
- 2Smoothing and comparing peak values during calculationwait
- 3Generate processing page for adjustable parameterswait
- 4Confirm and retain analysis resultswait
waiting to start
confirm retention of the demonstration results
The derived results will be added, the original demonstration curve remains unchanged. This demonstration will not be written to the local project.
✓
Demonstration results are prepared
Pre-set task status demonstration, does not call real model, does not read your files
04 / THE REAL WORKSPACE
Keep curves visible
while youwork.
When selecting methods, do not lose the curves; when comparing, do not lose the context. The following is a real work area of the desktop software, with curves using example data.
05 / ENGINEERING FIRST
Make results useful
andtraceable.
Clearly record data gaps, processing methods and units, so that each analysis result can be traced and verified.
Keep the original evidence
Analysis produces derived results, retaining source and processing parameters. Preview and formal save are separated to avoid exploratory operations overwriting existing work.
Handle missing data and data types explicitly
Complete waveform, sampled points, and statistical results have different meanings. Use quality markers and segmented boundaries to clearly define the assumptions of interpolation and reconstruction.
Keep units with the numbers
Units, derived physical quantities, and sources are managed together. From force to rate of change, from parameters to residuals, results are not just a series of numbers.
WHERE IT FITS
Work on practical engineering questions.
Sensor and measurement system calibration
Reference points, fitting, residuals, and saving for use form a complete engineering quantity conversion process
Joint loads and assembly testing
Organize around axial force, torque, and other signals, record the loading process, and compare curves and key features
Laboratory data analysis
Preprocessing, spectrum, cycle statistics, and chart expression reduce data transfer between tools.
The desktop application runs on Windows and connects to supported ADM2404 and ADM2408 models with compatible firmware. Confirm channel configuration, sample rate, and measurement accuracy for the actual hardware, sensors, and test conditions. Offline analysis can run with the acquisition card disconnected.
Use measured data to answer joint engineering questions.
TD Sense is responsible for data acquisition, calibration, processing, and analysis. When included in the kit, it provides a measurement and testing perspective, retaining the relationship between curves, conditions, and processing procedures.
- Clarify the measurement method
- TD Atlas Provide measurement principles, calibration methods, and knowledge basis. Sense organizes data around actual channels, units, and test conditions, retaining the analysis methods and parameters used.
- to organize evidence for design and simulation
- TD Axiom Focus on standard design verificationTD Forge Focus on local thread response,TD Nexus Focus on complex structures and connection groups. Comparison between tests and analysis requires verification of the measurement object, loading path, and boundary conditions first.
- fastened joint assembly and in-service observation
- TD Cadence Faced with assembly process and qualityTD Sentinel Face service and maintenance. Sense's measurement and analysis capabilities provide methods and data references for assembly tests and subsequent retests.
Cross-product data collaboration belongs to the kit planning direction, specific integration is subject to official release notes.
MAKE YOUR NEXT MEASUREMENT COUNT
Plan your next measurement
with a complete workflow.
Understand how TD Sense integrates into your calibration, testing, and data analysis work.
haoyuruilianTJ@163.com