Flameproof Non Inductive Resistors DC100V 500V Wire Resistor
High Stability Flameproof Non-Inductive Wire Wound Resistors Advantages of resistors 1. Very low inductance ( less than 1 H ). 2. Flameproof painting, resistant to heat & solvents. 3. Super heat dissipation, small linear temperature coefficient. 4. Instant overload capability, low noise figure and low annual shift on resistance values. Product Parameter Table Parameter Item Description Inductance Value Very low inductance value (less than 1 μH), effectively reducing the
1. Very low inductance ( less than 1 H ).
2. Flameproof painting, resistant to heat & solvents.
3. Super heat dissipation, small linear temperature coefficient.
4. Instant overload capability, low noise figure and low annual shift on resistance values.
| Parameter Item | Description |
|---|---|
| Inductance Value | Very low inductance value (less than 1 μH), effectively reducing the influence of parasitic inductance |
| Fire-Resistant Coating | Utilizes a fire-resistant coating, providing excellent heat and solvent resistance, ensuring the resistor's safety in extreme environments |
| Heat Dissipation Performance | Superior heat dissipation performance with a small linear temperature coefficient, reducing resistance changes caused by temperature fluctuations |
| Instantaneous Overload Capacity | Excellent instantaneous overload withstand capability, able to withstand instantaneous high loads without damage |
| Noise Characteristics | Low noise characteristics, ensuring no interference is introduced in signal processing |
| Resistance Value Stability | Extremely low annual resistance deviation, ensuring stability after long-term use |
| Operating Temperature Range | Wide operating temperature range, adaptable to various extreme operating environments |
| Maximum Power | Maximum power handling capacity is available for different models to ensure resistors are not damaged under overload conditions. |
Fire-resistant, non-inductive wire-wound resistors are key components in high-precision circuits due to their high precision and reliability. Their low-noise design and small linear temperature coefficient allow them to maintain extremely high stability and minimal resistance variation even in environments with significant temperature variations.
Furthermore, these resistors possess excellent overload capacity, capable of withstanding instantaneous high-current surges without damage and maintaining stable operation under sudden load conditions. Their low-noise characteristics also contribute to higher reliability in high-frequency applications, effectively reducing interference with circuit performance.
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