3094-153KS

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Introduction to 3094-153KS Fixed Inductors

The 3094-153KS is a fixed inductor which is designed to meet a wide range of application requirements primarily in the communications, computing, appliance, and consumer markets. This inductor provides the user with high current capabilities, low EMI/RFI emissions, low profile packaging, and superior frequency response. As an important component of the circuit, the inductor is used to store energy, filter signals, reduce noise, or pass specific frequencies.

3094-153KS Application Field

The 3094-153KS inductor is mainly used in the communications, computing, appliance and consumer markets. It can be used for various purposes such as noise suppression, signal filtering, high current carrying capacity, inductor applications related to clock signal distribution, as well as DC/DC converters, AC mains power supplies, and other power management circuits.

3094-153KS Working Principle

The 3094-153KS works by utilizing two coils wound around a ferromagnetic core. When an alternating current voltage is applied to one coil, it creates a changing magnetic field that induces an electric current in the other coil. This is known as inductance and can be used to filter, store, and transmit electrical signals in the circuit. The current in the toroidal coils is determined according to the frequency of the applied voltage and the inductance of the core material.

3094-153KS Performance Ratios

The 3094-153KS has excellent performance ratios. It has low DC resistance, high current switching capability, wide frequency response, and low EMI/RFI emissions. Its core material is made from high-quality ferrite which is heat-resistant and provides high inductance for better signal transfer. It is also resistant to thermal shock, vibrational shock, and EMC interference.

Conclusion

The 3094-153KS Fixed Inductor is an excellent choice for applications that require high current capabilities, low EMI/RFI emissions, low profile packaging, and superior frequency response. With its core material, wide frequency response, and high inductance, it is an ideal component for use in the communications, computing, appliance, and consumer markets.

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