sourcing map 25pcs 4700uH 0512 DIP Color Wheel Choke Coil Inductance 1W
sourcing map 25 pieces 4700 uH 0512 DIP color wheel choke coil inductance 1 watt
Functions: Color rings: The first two represent a two-digit significant number. The third band represents the multiplier. Inductance is calculated by multiplying the significant number by the power of the third band value. The fourth band represents tolerance. Small, high-Q inductors with low distributed capacitance. Excellent for applications where space, weight and size are important. Axial leaded inductors with a 10% tolerance, suitable for a variety of applications including decoupling, filtering and RF blocking. A solid inductor uses multiple coils made of a conductive material to store energy using a magnetic field. For low current and low power, resistors are used in molded packages. This can be either a simple (phenolic) core or a ferrite core. An ohmmeter easily distinguishes them from similarly sized resistors by indicating the low resistance of the inductor. Specification: Inductance: 4700uHPower: 1WTolerance: 10% Maximum DC current: 0.252AMaximum DC resistance: 70 OhmSelf-resonance frequency: - HzBody size: 5 x 12 mm Package contents: 25 x Axial inductor
Product Features
- Color rings: The first two represent a two-digit significant number. The third band represents the multiplier. The inductance is calculated by multiplying the significant number by the power of the third band value. The fourth band represents tolerance.
- Small inductors with high Q and low distributed capacitance. Excellent for applications where space, weight and size are a concern.
- Axial leaded inductors with a 10% tolerance, suitable for a variety of applications including decoupling, filtering and RF blocking. li>
- These stationary inductors are coated with epoxy resin to ensure long moisture life. The stationary inductor uses multiple coils made of a conductive material to store energy using a magnetic field.
- For low current and low power, resistors are manufactured in molded housings. This can be either a simple (phenolic) core or a ferrite core. An ohmmeter easily distinguishes them from resistors of similar size by indicating the low resistance of the inductor.