CDRH8D38/ANP-150MC

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Fixed inductors, also known as chokes, store energy in an electromagnetic field and are designed to provide high impedance at a given frequency. Typically, a fixed inductor consists of a core material and a coil winding. A fixed inductor also incorporates an air gap to minimize the inductor’s inductance and to improve its Q factor. The CDRH8D38/ANP-150MC inductor is an example of a fixed inductor.

The CDRH8D38/ANP-150MC is a surface-mount, low-profile chip inductor that is designed for use in various electronic applications. This high-performance, low-loss, single-layer, low-profile chip inductor offers an extensive range of inductance values so that a variety of applications can be designed with a single component type. It can handle high-peak currents and has a high self-resonant frequency, making it suitable for high-frequency switching applications.

The CDRH8D38/ANP-150MC offers many advantages over other inductor types. Its low-profile design and lack of lead-frame allows it to fit easily into printed circuit boards (PCBs). This makes the CDRH8D38/ANP-150MC an ideal choice for high density PCB assembly. Additionally, its nickel-plated body and leadframe help to reduce electrical losses while its construction makes it resistant to high temperatures. Finally, the low profile design of the CDRH8D38/ANP-150MC makes it ideal for use in areas with limited space.

The CDRH8D38/ANP-150MC is typically used in DC/DC converter circuits, voltage regulator circuits, clock oscillator circuits, and automotive power circuits. It is also used in high frequency and high power converters, such as switching power supplies, isolating transformers, and DC/AC inverters. Its low DC resistance and high Q factor allow for small filter size, ensuring low ripple current and high efficiency on the output side.

The working principle of the CDRH8D38/ANP-150MC is based on Faraday’s law of induction. When an alternating current (AC) source is applied to a coil, a changing magnetic field is produced within the core material. This changing magnetic field induces a voltage in the windings of the inductor. As the frequency of the applied alternating current increases, the inductance of the inductor also increases.

The voltage induced in the inductor can be expressed as V = L (di/dt), where V is Voltage, L is inductance, and di/dt is the rate of change of current. Therefore, the higher the frequency, the higher the voltage induced in the coil and the higher the value of the inductor. The CDRH8D38/ANP-150MC is designed to handle higher frequencies, which, in turn, provides more voltage to the circuit.

In summary, the CDRH8D38/ANP-150MC is a versatile, low-profile, surface mount chip inductor that is designed for use in high-frequency switching applications. It has a low DC resistance and high Q factor, making it suitable for use in high-efficiency DC/DC converter circuits, voltage regulator circuits, clock oscillator circuits, and automotive power circuits. Its low-profile design and flexibility make it an ideal choice for high density PCBs. Finally, the working principle of the CDRH8D38/ANP-150MC is based on Faraday’s law of induction, and its increasing inductance as frequency increases makes it suitable for high frequency applications.

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