0819R-26J

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Fixed induction coils are widely used in electronic and EE circuits under high frequency. Commonly used are the 0819R-26J coils which consist of an induction coil and a capacitor that are wound on a single plastic bobbin. These fixed inductors are used mainly for reducing the peak voltage and for filtering high frequency noise. The 083R-26J fixed inductor also has a few other unique properties such as its wide band and low losses.

The fixed inductor works by converting energy from electrical to magnetic and back again. A coil of wire wrapped around a ferromagnetic core, when energized by an alternating current, becomes an electromagnet. This electromagnet will then generate a magnetic field. When a magnetic field is produced, it creates a counter current back into the coil, which is called an induced current. This current creates a counter electromotive force that opposes the initial current, and thus reduces the voltage of the initial current.

The magnitude of the counter electromotive force depends on a few factors such as the number of turns of the coil, the strength of the magnetic field, and the frequency of the alternating current. The more the turns of the induction coil, the higher the inductance. This is why 0819R-26J fixed inductors consist of a single plastic bobbin with two inductor coils. The inductor creates a range of frequencies, allowing for a wide band of frequencies to be filtered. This increases the amount of noise reduction by allowing a wide range of frequencies to be filtered, while also reducing losses.

The capacitor that is wound onto the single plastic bobbin along with the inductor coil is also very important. This capacitor helps keep the inductor frequency response constant, and it also helps reduce losses. The capacitor also helps to reduce the peak voltage of the current entering the coil by reflecting its voltage back into the coil.

The relationship between the two components, the coil and the capacitor, is called a resonant circuit. A resonance circuit will oscillate in an efficient way by the exchange of energy between the inductor and the capacitor. This means that the inductor and the capacitor are both working together to reduce the voltage of the current entering the coil.

The 0819R-26J fixed inductor is a very useful component for power supply and noise reduction in many types of circuit designs. By combining the coil and capacitor, the inductor creates a large, wide-band range for filtering noise, reduces the peak voltage, and has low losses. This type of fixed inductor is widely used in electronics and EE circuits for reducing high-frequency noise, and for generating a range of frequencies for filtering.

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