6144deterministic rowsUNKNOWNInspect metric contract
384calibration configurationsUNKNOWNInspect metric contract
0physical temperature valuesUNKNOWNInspect metric contract
SIMULATION / SA-SENS-THERMOELECTRIC-CAL-002
Thermoelectric temperature-sensor calibration evidence map
A signal is not yet a calibrated temperature
Trace normalized thermoelectric response through series-junction scaling, reference-junction correction, drift, mechanical hysteresis, cross-sensitivity, repeatability, uncertainty, contradiction review, and owned replacement-evidence gates without importing a physical calibration function or measured sensor result.
EXPLORE
Start with the observable.
Use this page when the simulation is the primary artifact. The linked lesson explains the concept; the linked lab keeps the visual replay surface available.
- Hold reference, drift, mechanical, cross-sensitivity, and evidence posture fixed; increase the declared series-junction state and compare ideal with effective normalized slope.
- Compare ascending and descending outputs across all 16 normalized temperature-difference states; treat their gap as a review trigger, not a measured hysteresis loop.
- Switch the reference junction between tracked and untracked states to expose unresolved offset and traceability evidence requirements.
- Add drift, strain burden, or cross-coupling and read calibration residual, expanded uncertainty, contradiction flags, and evidence readiness together.
- Use the decision gate to name the owned calibration record, repeatability history, mechanical study, cross-sensitivity study, uncertainty budget, and review needed to replace the proxy.
BROWSER THERMOELECTRIC CALIBRATION LAB
Separate response, correction, burden, and evidence.
The chart redraws one saved 16-point normalized configuration. It does not calculate a physical temperature, evaluate an ITS-90 function, or operate a calibration instrument.
LoadingHysteresis baselineReference trackedPhysical units remain zero
normalized response
Ideal, ascending, and descending output
idealascendingdescending
Line separation is a deterministic mechanical-hysteresis burden. Distance from the ideal line combines the declared reference, drift, mechanical, and cross-sensitivity states; it is not a measured calibration error.
| Delta state | Normalized delta | Ascending | Descending | Residual | Expanded uncertainty | Gate |
|---|
RUN CARD
Conditions before conclusions.
The browser filters a saved CSV and redraws an original normalized chart. It does not evaluate ITS-90, a NIST/BIPM table or reference function, a thermocouple type, a material/device model, a calibration service, an instrument, a medical use, or a physical temperature.
Primary knobs
- 16 normalized temperature-difference states and four declared series-junction states
- three normalized Seebeck-contrast classes
- tracked or untracked reference-junction state
- baseline or burden states for drift, mechanical strain, and cross-sensitivity
- assumption-only or owned-calibration-slot-ready evidence posture
Saved outputs
- ideal and effective normalized slope and output proxies
- ascending and descending output, hysteresis gap, calibration residual, and repeatability burden
- combined and expanded uncertainty proxies, contradiction flags, readiness score, decision gate, and replacement evidence
EXPORT
Download the public artifacts.
These exports are the supported public files for review. PDK files and restricted third-party material are not redistributed.
Thermoelectric calibration evidence CSV
/data/thermoelectric-temperature-sensor-calibration-evidence-map-v105.csv
Open file ->Model card
/data/thermoelectric-temperature-sensor-calibration-evidence-map-model-card-v1.md
Open file ->Metric contract
/data/thermoelectric-temperature-sensor-calibration-evidence-map-metric-contract-v1.json
Open file ->Source spine
/data/thermoelectric-temperature-sensor-calibration-evidence-map-source-spine-v1.json
Open file ->Compact evidence manifest
/data/thermoelectric-temperature-sensor-calibration-evidence-map-manifest-v1.json
Open file ->METHODS
How the number was made.
Methods are written for citation discipline: the extraction rule matters as much as the plotted value.
Complete deterministic 16 x 4 x 3 x 2 x 2 x 2 x 2 x 2 Cartesian sweep with normalized temperature difference as the fastest-changing axis.
Keep this method attached when reusing the figure or metric.
Declared dimensionless transforms separate ideal slope, effective slope, reference correction, drift offset, cross contribution, hysteresis, residual, repeatability, and root-sum-square uncertainty burden.
Keep this method attached when reusing the figure or metric.
Seven source anchors map to seven Knowledge Atlas nodes as terminology and evidence lineage only; source values, functions, tables, figures, traces, and results remain outside every row.
Keep this method attached when reusing the figure or metric.
LIMITS
What this page does not claim.
The MVP is useful because the limits are visible. These statements prevent a teaching simulation from being cited as silicon evidence.
All numeric values are original dimensionless teaching assumptions.
Carry this boundary into any derivative note, paper draft, or slide.
No physical temperature, voltage, Seebeck coefficient, measured row, calibration function, or ITS-90 realization is present.
Carry this boundary into any derivative note, paper draft, or slide.
No body-temperature or medical guidance, clinical claim, instrument control, calibration service, recipe, product ranking, signoff, or live solver is present.
Carry this boundary into any derivative note, paper draft, or slide.
EVIDENCE
Trace the claim back to artifacts.
The evidence route remains the catalog-level browser; this page is the simulation-level reading card.
6144 rows across 384 configurations and 16 normalized temperature states with no random sampling, fitting, source calibration, or physical unit.
SA-SENS-THERMOELECTRIC-CAL-002
7 topic-specific claim maps and 7 primary or official source anchors remain separate from every generated coefficient and row.
SA-SENS-THERMOELECTRIC-CAL-002
1536 hysteresis-review rows, 1920 uncertainty-review rows, and 1048 residual-review rows keep burden states visible.
SA-SENS-THERMOELECTRIC-CAL-002
Independent Cartesian, equation, gate, zero-boundary, byte-identity, source-lineage, rights, reachability, model-card, and SHA-256 verification passed in the canonical experiment folder.
SA-SENS-THERMOELECTRIC-CAL-002
Source spine
These links anchor the public teaching model. They do not convert the replay into a qualified process recipe or signoff result.
Dual-doped all-graphene fiber for flexible, high-performance thermoelectric temperature sensingScope anchor for flexible thermoelectric sensing, series-junction scaling questions, calibration, repeatability, hysteresis, mechanical burden, and stability evidence.NIST 60: NIST ITS-90 Thermocouple DatabaseOfficial lineage anchor connecting thermocouple reference functions and tables to NIST Monograph 175 and ITS-90.NIST Monograph 175: Temperature-Electromotive Force Reference Functions and TablesHistorical official reference-functions-and-tables lineage and terminology only.Updated Uncertainty Budgets For NIST Thermocouple CalibrationsOfficial scope anchor for explicit calibration uncertainty budgets and evidence categories.NIST Thermocouples Calibration ServicesOfficial scope anchor for comparison/fixed-point calibration and ITS-90 traceability lineage.BIPM CCT Temperature ScalesOfficial ITS-90 and international temperature-scale lineage anchor.BIPM CCT Guides to ThermometryOfficial guide index for ITS-90 realization and secondary thermocouple thermometry evidence structure.
Public execution boundary
No server-side live ngspice execution, uploads, accounts, payments, comments, newsletter signup, or job/event submissions are active on this page.