This surface mount design allows for easy integration into a variety of circuit boards, maximizing layout flexibility and space efficiency.

Dual-ended terminals provide secure connections and better mechanical stability in applications, ensuring reliable performance.

A low test frequency indicates that this inductor can effectively operate at lower frequencies, making it suitable for specific low-frequency applications.

The cylindrical construction offers a compact form factor, which is advantageous for space-constrained designs.

Embossed tape reels ensure safe and efficient handling during manufacturing, contributing to streamlined production processes.

Designed specifically as a power inductor, it efficiently handles energy transfer in power applications, enhancing circuit performance.

The cylindrical package shape allows for easy assembly and fitting, facilitating optimal layout design in electronic devices.

With only two terminals, this inductor simplifies the electrical connections, reducing complexity for circuit design.

Surface Mount Technology (SMT) enables high-density circuit designs, making this product a great choice for modern electronic applications.

A nominal inductance of 100 μH is ideal for various power supply applications, ensuring suitable impedance levels.

One surface terminal shape enhances contact integrity and simplifies soldering processes during assembly.

A high maximum operating temperature ensures reliability and stability in demanding environments, making it suitable for wide-ranging applications.

A maximum rated current of 0.52 A supports a variety of power needs, offering adequate performance for many electronic applications.

The low minimum operating temperature expands the usability range in colder environments, ensuring functionality in diverse conditions.

The silver nickel tin finish provides enhanced conductivity and corrosion resistance, ensuring long-term performance and reliability.

Being a general-purpose inductor makes it versatile, suitable for various applications across different electronic devices.

A self-resonance frequency of 9 MHz indicates the inductor can effectively handle high-frequency signals, making it adaptable for many applications.

Low DC resistance ensures minimal power loss during operation, contributing to overall energy efficiency in electronic circuits.

Ferrite core material provides excellent inductive properties, enhancing performance characteristics such as energy storage and loss minimization.

A tolerance of 10% allows for good precision in inductance value, making it reliable for various applications where exact values are critical.

Compact dimensions of 4.8 mm allow for space-saving designs, making this product suitable for modern miniaturized electronics.

A diameter of 5.8 mm ensures that this inductor fits into a wide range of applications while maintaining mechanical robustness.