CDC5D23BNP-470KC

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Fixed inductors are electronic components, most commonly made of a coil of stock material, like copper wire, which is usually wound around a core. In essence, they are devices which store energy in the form of a magnetic field and then release it when the conditions are right. As such, they are commonly used in a wide variety of electronic applications.

The CDC5D23BNP-470KC is a type of fixed inductor, and these are used for special purpose circuits requiring a certain range of inductance without being too large. This type of fixed inductor is also known as a pancake coil due to its close-stacked design. The CDC5D23BNP-470KC has a 470nH inductance and an 822mOhm DC resistance at a 10MHz frequency.

There are many applications for this type of fixed inductor, from driving voltage regulated circuits to RF induction applications. Its primary function is to couple inductively signals to one another, but it can also be used for energy extraction, filtering and resonant circuit applications. The CDC5D23BNP-470KC also finds use as an amplifier stabilize for current, allowing the inductor to regulate the output of the amplifier.

The working principle of the fixed inductor is relatively simple. As an electrical current passes through the coil, the magnetic field that is created induces a voltage which is proportional to the amount of current flowing. This voltage is then combined with the input voltage to produce the output voltage, which can be regulated by adjusting the current in the coil. By doing this, the inductor can be used to generate a specific frequency.

In conclusion, the CDC5D23BNP-470KC is a type of fixed inductor and is mostly used for coupling inductively signals. It is also used for energy extraction, filtering and resonant circuit applications as well as amplifier stabilization. Its working principle is based on the induction of a voltage due to the magnetic field generated by the electrical current passing through the coil.

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