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       DC chokes are passive components utilized in electronic circuits that mitigate sudden voltage fluctuations. Their high inductance values help limit inrush current variations, protecting other circuit elements from potential damage.

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       MECHANISM OF OPERATION

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    Inductance Property: The primary characteristic of chokes is their inductance, which inherently resists alterations in the current passing through them. When there is a change in current, the coil induces a voltage that counteracts these sudden fluctuations. This mechanism ensures that abrupt voltage changes do not adversely impact other components within the circuit.

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       KULLANIM AMAÇLARI

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       Noise Filtering:

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       These coils effectively filter out high-frequency noise generated in electronic circuits, enhancing overall circuit stability.

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       Protection Against Voltage Surges:

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        DC chokes prolong the lifespan of the circuit by safeguarding it against unexpected voltage spikes

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       Electromagnetic Interference (EMI) Attenuation:

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    They are crucial in reducing interference with adjacent electronic devices by diminishing high-frequency signals contributing to EMI..

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DC CHOKES FIND EXTENSIVE APPLICATIONS ACROSS VARIOUS DOMAINS:

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       Motor Drivers:

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They are integral to circuits that require managing high inrush currents, such as those found in motor drivers.

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       Power Supplies:

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Chokes help stabilize voltage fluctuations in power supply systems' input and output stages.

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       ​Supply Circuits of Electronic Devices:

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They provide essential noise filtering and protective functions in computers and mobile phones.

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       Communication Systems:

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These coils enhance signal integrity and minimize interference in communication networks.

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       Important Note: It is imperative to select an appropriate choke coil based on specific parameters, including voltage, current, and frequency. An erroneous coil chosen may fail to deliver the intended protection or damage the circuit.

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OPTIONAL SELECTABLE TECHNICAL SPECIFICATIONS:

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• Nominal Voltage: 12 V to 1000 V

• Rated Frequency: Optional

• Insulation Class: F155 °C – H 180°C

• Thermal Class: Class F, with a temperature range between 40°C/F and 60°C/F.