HKQ0603S2N2C-T

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Fixed inductors, also known as “inductors” or “chokes”, are components used in electrical engineering and electronic engineering. They are passive two-terminal electronic components that store electrical energy and are commonly used in current-limiting circuits, voltage filtering and tuning circuits, and in oscillator circuits. The most common type of fixed inductor is an inductor coil. A new layer of innovation in the field of electrical components was brought in by the introduction of the HKQ0603S2N2C-T inductor in the market. The growing demand for better and higher quality components in the industry led to the development and manufacture of this model. Here, we examine the application field and working principle of the HKQ0603S2N2C-T.

Application field

The main application field of the HKQ0603S2N2C-T are the cellular phone, WiFi, shortwave radio antennas, CATV, wireless transceiver, antenna matching circuit, RF matching circuit, Bluetooth, audio, automotive electronic, consumer electronic, audio, outdoor water-proof, etc. The use of this inductor is also applicable to home entertainment facilities, power source, telephone, cell phone, laptop computer, home security, digital imaging, remote control, industrial equipment, communication, medical cabin, automobile control, home energy efficiency, game console, wireless broadcast, wireless router and other wireless application fields.

The HKQ0603S2N2C-T fixed inductor features low profile, low loss, wide range of current capability and low DC resistance. The inductors are designed to operate in the temperature range of -40 to +125 degrees Celsius. The inductor body is made of high-temperature resistant thermoplastic material, and the termination is made of pure copper wire, which is coated in aluminium for better conductivity. The inductor can be used in high temperature conditions due to the presence of high temperature material in it.

Working principle

A fixed inductor is an RLC circuit composed of an inductor and a capacitor. It is commonly used in AC circuits as an input filter. This increases the impedance of the AC circuit, making it more resistant to AC signals. The filter passes only certain frequencies of the AC signal while blocking or attenuating other frequencies.

The working of the HKQ0603S2N2C-T fixed inductor is based on the principle of Faraday\'s Law of Induction, which states that the induced voltage in a closed path is proportional to the time rate of change of the magnetic flux through the path. This means that when an AC current is applied to the windings of an inductor, it induces a voltage across it in the opposite direction. This allows the current to pass through the inductor with minimal losses from the RF current and power.

The HKQ0603S2N2C-T can support up to 1.2A DC current and 10MHz bandwidth with a low DC resistance. Additionally, the inductors have high power handling capability, low core loss and no audible noise.

In conclusion, the HKQ0603S2N2C-T fixed inductor is ideal for use in high temperature conditions and is a highly efficient component for various wireless applications. It is designed to provide optimal current and power handling capability while maintaining low DC resistance. The inductor can be used in a range of RF and AC applications, including filters, antennas, frequency matching circuits and oscillators.

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