CKP20162R2M-T Inductors, Coils, Chokes

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Fixed Inductors are one of the most important components in electrical systems. They have been used in a wide range of applications such as in automobiles, aircraft, nuclear systems, and in circuit designs. The CKP20162R2M-T inductor, in particular, is a popular choice for engineers and designers in various industries because of its excellent properties and performance.

The CKP20162R2M-T fixed inductor is a popular choice for applications such as high frequency switched-mode power supplies, DC-DC converters, and pulsewidth modulation controllers. It is also ideal for current-mode control circuits, active power factor correction circuits, and even for voltage noise filtering.

The main feature of the CKP20162R2M-T inductor is its high current-handling capability. This inductor is designed to handle high currents up to 5.2 Amps at room temperature. In addition, its resistance is very low, allowing it to be used in high-efficiency circuits with minimal power losses.

The CKP20162R2M-T inductor also has a very low internal inductance and its self-resonant frequency remains relatively constant even when operating at temperatures up to 155°C. This low inductance value helps reduce oscillations and maximize performance in circuits with high switching speeds.

In addition, the CKP20162R2M-T inductor can be used in switching power supplies up to 200kHz. This is due to its low DCR value, which helps to reduce power losses in the converter. Furthermore, the inductor’s high current-handling capability and low DCR value make it ideal for use in high-efficiency DC-DC converters.

The working principle of a fixed inductor is relatively simple. An electric current passes through a coil, passing through an air gap, and creating a magnetic field as it does so. This magnetic field is what causes the inductance to be created. This inductance is then measured in henries (H). Depending on the type of inductor, this inductance can be either fixed (permanent) or variable (adjustable). Depending on its use, an inductor can then be used to store either energy or filter unwanted frequencies.

The CKP20162R2M-T fixed inductor is a great choice for high-efficiency and high-performance industrial, automotive, and aerospace applications. Its high current-handling capability, low internal inductance, and excellent self-resonant frequency make it an excellent choice for a wide range of applications.

The CKP20162R2M-T fixed inductor is also an ideal choice for various circuit designs, particularly those that require high-frequency switching. Due to its low DCR value and excellent current-handling capability, this inductor is ideal for circuits that need to switch at high frequencies. In addition, the CKP20162R2M-T inductor can also be used for voltage noise filtering, creating high-efficiency circuits with minimal power losses.

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