5500-396K

DC Resistance (DCR):	29.7 Ohm Max
Height - Seated (Max):	0.520" (13.21mm)
Size / Dimension:	1.080" L x 0.510" W (27.44mm x 12.96mm)
Supplier Device Package:	--
Package / Case:	2-SMD
Mounting Type:	Surface Mount
Inductance Frequency - Test:	1kHz
Operating Temperature:	-55°C ~ 130°C
Ratings:	--
Frequency - Self Resonant:	--
Q @ Freq:	--
Series:	5500
Shielding:	Unshielded
Current - Saturation:	90mA
Current Rating:	180mA
Tolerance:	±10%
Inductance:	39mH
Material - Core:	Ferrite
Type:	--
Part Status:	Active
Packaging:	Tape & Reel (TR)

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Introduction to Fixed Inductors

Fixed inductors are coil components used to increase or decrease voltage and current in electronic circuits. An inductor works as an electrical component that stores energy in the form of a magnetic field. When a current flows through the coil, a magnetic field is generated which, in turn, induces a electric current. In a simple circuit loop, an inductor will try to maintain a constant current flow, even when there is variation in voltage.

What Is the 5500-396K Application Field and Working Principle?

The 5500-396K is a fixed inductor manufactured by the Yageo Corporation. It is a large-sized inductor suitable for use in a variety of electronic applications, including switch-mode power supplies, voltage regulators, and audio power amplifiers.The 5500-396K is a high-value inductor capable of operating in a wide frequency range from 10 kHz to 1 MHz. It is constructed using a two-layer coil with ferrite core. This design results in a relatively low stray magnetic field and a high inductance value.The working principle of the 5500-396K is based on the idea of inductance. When a current passes through a winding coil of wires, a magnetic field is generated. This magnetic field changes in proportion to the current passing through it. When the current is turned off, the magnetic field collapses, which induces a voltage in the wire. This voltage is known as the inductive voltage and is proportional to the original current. This property is exploited in the 5500-396K, and when used in combination with other components, can be used to modify or shape the voltage and current running through the circuit.

Benefits of the 5500-396K

The 5500-396K offers various advantages over other types of inductors due to its design and material composition.The two-layer coil design results in a lower stray magnetic field, meaning less interference with other components in the circuit. This reduces the risk of circuit malfunction due to interference from other components. The ferrite core also increases the performance and efficiency of the inductor, allowing it to handle higher frequencies and currents.In addition, the 5500-396K is a high-value inductor, meaning it is capable of handling larger currents than other types of inductors. This is ideal for use in high-powered electronics where a large amount of current is required. The 5500-396K also has a low profile design, making it suitable for use in tight spaces. This allows for a greater degree of flexibility in circuit design.

Disadvantages of the 5500-396K

Like all technology, the 5500-396K has some limitations.Due to its high inductance value, the 5500-396K may experience voltage or current loss over a long period of time. This could result in the inductor needing to be replaced more frequently.The 5500-396K also has limited temperature tolerances. This could cause it to malfunction or become damaged at high temperatures, causing the circuit to malfunction. Finally, due to its large size, the 5500-396K may take up a large amount of space in a circuit. This could limit the range of designs available in a circuit.

Conclusion

In conclusion, the 5500-396K is a high-value fixed inductor with several benefits. It has a two-layer coil with a ferrite core, which allows for a lower stray magnetic field and increased efficiency. The inductor offers high current capacity and is ideal for use in high-powered electronics. The 5500-396K also has a low profile design, which can help save space in a circuit. However, it has limitations in temperature tolerance and long-term voltage or current loss.

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