Inductor 4.7 mH 55 mA EB1695067155 — axial/chip component

Axial/chip inductor EB1695067155 provides an inductance of 4.7 mH with a rated current of 55 mA. This passive component is intended for use in low-current electronic circuits where a compact choke is required for filtering, energy storage in small-signal power paths, or suppression of electromagnetic interference. The component's axial/chip package allows flexible mounting in tight spaces and on small boards in prototypes, repairs, and compact assemblies.

Advantages

The 4.7 mH inductance combined with a low rated current of 55 mA offers predictable impedance at low frequencies and reliable performance in signal and power filtering tasks. Its axial/chip form factor supports both through-hole-style placement and surface-compatible assembly in space-constrained designs. The component is passive and maintenance-free, providing long-term stability when used within specified current limits.

Suitable for

• Low-current filter circuits and decoupling in analog or digital devices
• Energy storage in small-signal power stages
• EMI/RFI suppression in compact electronic assemblies
• Prototype boards and repair of consumer electronics with low supply currents

Key specifications

• Inductance: 4.7 mH
• Rated current: 55 mA
• Package type: axial/chip configuration suitable for compact mounting
• Function: choke/inductor for filtering and energy storage
• Typical application frequency range: low-frequency filtering and decoupling

How to use

Install the inductor in series with the signal or supply line where inductance is needed for filtering or energy storage. Ensure the operating current does not exceed the 55 mA rating to avoid saturation or thermal stress. Observe proper polarity-independent placement, secure mechanical mounting according to board layout constraints, and allow adequate spacing from heat sources and high-current traces to maintain performance.

Usage recommendations

Verify the inductor's impedance at the intended operating frequency and confirm the 55 mA current rating suits the application. For circuits with higher currents or where lower DC resistance is required, consider selecting an inductor with a higher rated current. During prototyping, test thermal behavior under expected load and verify EMI performance in final enclosure conditions.