Achieve exceptional measurement accuracy and signal integrity with this 0.25W EE high precision resistor. Featuring a tight 0.1% tolerance and a low temperature coefficient, it provides stable, reliable resistance from 1 ohm to 10 megohms, making it ideal for critical circuits where precision is non-negotiable. Features and Benefits
- 0.1% Tolerance - Ensures highly accurate resistance values for precise voltage division, current sensing, and calibration.
- Low Temperature Coefficient - Minimizes resistance drift with temperature changes, maintaining circuit stability across operating conditions.
- Non-Inductive EE Construction - Eliminates parasitic inductance, perfect for high-frequency, audio, and pulse applications without signal distortion.
- 0.25W (1/4W) Power Rating - A reliable, industry-standard power handling capacity suitable for a wide range of low-power circuit designs.
- Wide Resistance Range (1R to 10MR) - A versatile single component solution for diverse projects, from very low to very high impedance needs. Applications
- Precision Measurement Equipment - Use as a sampling or reference resistor in multimeters, bridges, and lab-grade instrumentation.
- Audio and Signal Processing Circuits - Ideal for non-inductive load applications in amplifiers, filters, and DAC/ADC interfaces.
- Voltage Division and Calibration - Provides accurate ratio matching for sensor circuits, voltage references, and calibration fixtures.
- Prototyping and Repair - A reliable, high-precision component for breadboarding, repairing test gear, or upgrading existing designs.
Lead Material: Tinned Copper. Power Rating: 0.25 W. Inductance: Non-Inductive Design. Lead Diameter: 0.6 mm (Standard). Lead Length: 25 mm (Standard). Operating Temperature Range: -55 °C to +155 °C (Typical for Metal Film). Package / Form Factor: EE (Axial Lead). Resistance Range: 1 Ω to 10 MΩ. Temperature Coefficient: Low (Typically <25 ppm/°C). Tolerance: ±0.1%. Body Diameter: 2.3 mm (standard for 1/4W axial). Body Length: 6.3 mm (standard for 1/4W axial). Lead Diameter: 0.6 mm (standard for 1/4W axial). Lead Length: 25 mm (standard for 1/4W axial). Construction: Axial lead, EE core (inferred from "EE"). Lead Material: Tinned Copper. Power Rating: 0.25 Watts (1/4W). Voltage Rating: 250V (typical maximum for 1/4W). Operating Temperature Range: -55°C to +155°C (typical for precision metal foil). Resistance Range: 1 Ohm to 10 Megohms (1R - 10MΩ). Temperature Coefficient: Low (typically <25 ppm/°C for this class). Application: Precision measurement, sampling, feedback circuits. Inductance: Non-inductive design. Long-Term Stability: High (typically <0.05% per year). Mounting Type: Through-hole. Resistor Type: Metal Foil (inferred from high precision, low TC, non-inductive). Tolerance: ±0.1%. Q: What are the exact specifications and dimensions of this 0.25W EE high precision resistor? A: This is a 1/4W (0.25W) resistor with a tolerance of 0.1% and a low temperature coefficient drift. It is a non-inductive, high-precision sampling resistor available in resistance values ranging from 1 Ohm (1R) to 10 Megaohms (10MR).. Q: How durable and reliable is this 0.1% tolerance resistor for long-term use? A: This resistor is designed for high reliability and stable performance. The non-inductive construction and low temperature coefficient drift ensure minimal value change over time and temperature, making it suitable for demanding measurement and sampling applications.. Q: Can this 1/4W non-inductive resistor be used in audio amplifier circuits? A: Yes, its non-inductive design makes it an excellent choice for audio applications, including amplifier feedback networks and crossover circuits. The high precision and low temperature drift help maintain signal integrity and circuit stability.. Q: Does this high precision sampling resistor come with any warranty or guarantee? A: This product is backed by a standard manufacturer's warranty that covers defects in materials and workmanship. Please refer to the seller's specific policy page for detailed warranty duration and claim procedures.. Q: Is this 0.1% precision resistor a good value compared to standard 1% resistors? A: Yes, this offers excellent value for DIY enthusiasts and professionals seeking quality without premium brand pricing. It delivers reliable, high-precision performance for measurement, sampling, and other critical circuits where accuracy is paramount..