Engineering Library
Practical guidance for ceramic circuits, materials, manufacturing and design.
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Technology & Design
Design methods, materials, calculations, and engineering references.
- Resistive Sensor Output Curves: Breakpoints and Interpolation ErrorTechnology & DesignDesign guide
- Contact-Wear Data: Separating Track Loss from Wiper ChangesTechnology & DesignDesign guide
- Sensor-Card Media Exposure: Soak, Drying and Measurement TimingTechnology & DesignDesign guide
- Sensor Dead Zones: Electrical Continuity at Travel LimitsTechnology & DesignDesign guide
- Sensor-Card Terminals: Cable Loading and Contact-Resistance ErrorTechnology & DesignDesign guide
- Nonuniform tank area and sender kinematicsTechnology & DesignDesign guide
- Datum hierarchy between track, pivot and housingTechnology & DesignDesign guide
- Ingress path and electrical contact exposureTechnology & DesignDesign guide
- Fuel-Level Senders: Converting Tank Volume Targets to Resistance PointsTechnology & DesignDesign guide
- Contact-related error in the specified readout circuitTechnology & DesignDesign guide
- Dual Pedal Channels: Building Plausibility Windows from Supplied CurvesTechnology & DesignDesign guide
- Rotary Sensor Filtering: Joint Noise and Angular-Lag LimitsTechnology & DesignDesign guide
- Linear Position Tracks: Sampling Pitch and Output ResolutionTechnology & DesignDesign guide
- Unequal Dual Tracks: Calculating the Residual after Gain and Offset MappingTechnology & DesignDesign guide
- Contact Travel Accumulation: Converting Duty Cycles into Sliding DistanceTechnology & DesignDesign guide
- Exposure Drift: Comparing Sensor-Card Signal before and after Contact with MediaTechnology & DesignDesign guide
- Sensor Datum Stack-Up: Turning Assembly Offsets into Output ErrorTechnology & DesignDesign guide
- Harsh-Media Leakage: Calculating Remaining Readout MarginTechnology & DesignDesign guide
- Oil-Wetted Sensor Surfaces: Distinguishing Residue from Lubricating Film EffectsTechnology & DesignDesign guide
- Terminal Seal Interfaces: Linking Liquid Exposure to Electrical Leakage PathsTechnology & DesignDesign guide