Transformers/Inductances With Temperature Compensation TRIZ Cases
- Current Transformer Core Gap Tuning for Stable Output Voltage
Bonded E-type and I-type cores enable precise gap tuning to stabilize current transformer output voltage against thermal expansion.
- Ceramic Tube Inductor With Zero Temperature Coefficient
A ceramic tube, internal metal rod, and external coil are tuned to hold inductance across temperature swings and enable remote LC signal processing.
- Current Transformer Core Assembly for Stable Output Voltage
An integrated E-type and I-type core assembly reduces gap variation to stabilize current transformer output voltage across temperature changes.
- Ceramic Tube Inductor With Zero Temperature Coefficient
A ceramic tube, outer coil, and fixed metal rod offset thermal drift, enabling accurate passive inductance in harsh environments up to 200°C.
- Current Transformer Magnetic Circuit Thermal Gap Control
A current transformer magnetic circuit incorporates a temperature-responsive device to vary magnetization and limit flux.