S0603-68NH1S

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The S0603-68NH1S Fixed Inductor is a small, high-performance, multi-layer, planar inductor common to many printed circuit assembly systems. It is designed to provide excellent electrical parameters for wide frequency range applications.

Features

• Excellent performance over a wide range of frequencies.
• Very low DCR.
• Very low thermal resistance.
• Nicely shielded to prevent interference.
• Tight tolerance on inductance.
• Very low inter-winding capacitance.
• Custom designs for special applications.

Application Fields

The S0603-68NH1S is an ideal choice for a variety of circuit designs and can be used in a variety of different applications. Typical usage scenarios of this inductor include:

• RF filters in two-way radios.
• Power supply lines in computers and telecommunications systems.
• Data transmission networks.
• Radar systems.
• Analog and digital signal processing.
• Power amplifiers.

The S0603-68NH1S has outstanding high frequency characteristics enabling the designer to achieve superior power and data transmission performance. It is an ideal choice for applications requiring low DCR and high Q.

Working Principle

The basic working principle of the S0603-68NH1S is based on Faraday’s Law of Induction. This law states that when a conductor moves through a magnetic field, current will flow in the conductor. This current, known as the induced current, is proportional to the rate of change of the magnetic field. In the case of a fixed inductor, such as the S0603-68NH1S, the field is created by the presence of ferromagnetic materials in the core of the inductor and is not changed, so no induced current is produced. Instead, the induced current is created by the presence of electric current in the conductor, causing the magnetic field to circulate around the core.

This circulating magnetic field then induces an EMF (electromotive force) in the conductor, and the resulting flow of current is the function of the inductor. This current is determined by the inductance of the inductor, which is determined by the core material and its geometrical shape. The higher the inductance, the higher the current that will be produced. The core also has a certain amount of resistance, known as the DCR (direct current resistance) of the inductor, which will affect the current\'s performance.

Conclusion

The S0603-68NH1S is a very versatile inductor that has excellent performance over a wide range of frequencies. Its low DCR and high Q enable the designer to achieve superior power and data transmission performance in high frequency applications. It is an ideal choice for RF filters in two-way radios, power supply lines in computers and telecommunications systems, data transmission networks, radar systems, analog and digital signal processing, and power amplifiers.

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