470kΩ Resistor

Ultra-high resistance for sensitive analog and precision circuits

E12 Series
±5%, ±1% Tolerance
0.25W, 0.5W Power
Color Code Configurations

3-Band Configuration

1st2nd×

3-band: Yellow-Violet-Yellow

Yellow
Violet
Yellow

4-Band Configuration

1st2nd×±

4-band: Yellow-Violet-Yellow-Gold (±5%)

Yellow
Violet
Yellow
Gold

5-Band Configuration

1st2nd3rd×±

5-band: Yellow-Violet-Black-Yellow-Brown (±1%)

Yellow
Violet
Black
Yellow
Brown

6-Band Configuration

1st2nd3rd×±TC

6-band: Yellow-Violet-Black-Yellow-Brown-Brown (±1%, 100ppm/°C)

Yellow
Violet
Black
Yellow
Brown
Brown
Practical Applications

Sensitive Analog Circuits

Ultra-sensitive analog measurement and processing circuits

High-impedance Buffers

Input stages of very high-impedance buffer amplifiers

Precision Instruments

Professional measurement and test equipment

Ultra-low Power

Extreme low-power consumption applications

Detailed Information

The 470kΩ resistor represents ultra-high resistance values used in the most sensitive analog circuits and precision applications. It's essential in high-impedance buffer circuits, precision instrumentation, and applications where even microampere currents could affect circuit performance. This value is also used in specialized timing circuits and ultra-low power designs.

💡 Pro Tips

  • Used in ultra-sensitive circuits
  • Excellent for precision measurements
  • Minimal circuit loading
  • Common in professional test equipment
Specifications
Resistance:
470
Tolerance:±5%, ±1%
Power Rating:0.25W, 0.5W
Temp. Coeff.:±100 ppm/°C
Voltage Rating:Up to 250V
Series:E12
Circuit Calculations
Current At5 V:
0.011mA
Power At5 V:
0.00005W
Input Impedance:
470kΩ

Why Choose 470 Resistors?

Key Benefits

  • Standard E12 series value for universal compatibility
  • Available in multiple tolerance and power ratings
  • Cost-effective and widely available
  • Suitable for both hobbyist and professional applications

Technical Advantages

  • Stable performance across temperature ranges
  • Low noise characteristics for sensitive circuits
  • Multiple package sizes available
  • Compatible with automated assembly processes