PM1608-102M

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Fixed inductors refer to the components with some constant inductance, also known as Inductors. Inductors are widely used in radio frequency circuits for radio frequency isolation, radio frequency signal coupling, radio frequency filtering and other functions. The PM1608-102M fixed inductor is a high-frequency ceramic core fixed inductor, which has the advantages of small volume, high frequency and strong anti-interference ability.

The application field of PM1608-102M fixed inductor is mainly used in mobile phone chargers, mobile phone power adapters, digital cameras and other digital electronic products, as well as pagers, digital video cameras, communication devices, printed circuit boards and other devices. It plays an important role in radio frequency circuit tuning and dc current.

The working principle of PM1608-102M fixed inductor is that an inductor consists of a coil of wire, a core usually made of magnetic material and an insulating tube, with both ends unconnected. When the current passing through the coil changes, a magnetic field around the coil is generated. This will cause the current to be interrupted or delayed as it electromagnetic induction, resulting in the inductance of the coil. In the case of digital electronic products, the inductance of the inductor can be used to magnetically couple circuits, filter signals, provide voltage boost, or reduce ripple voltage.

The PM1608-102M fixed inductor is a high-frequency ceramic core inductor, which is usually made of ferrite material and has high frequency characteristics, making it suitable for use in high frequency circuits. Its main characteristics are small size, high Q value and low DCR, which can meet the requirements of power saving and small size of digital electronic products.

In summary, the PM1608-102M fixed inductor is a high-frequency ceramic core inductor with a wide range of applications, such as digital cameras, mobile phone chargers, digital video camera, printed circuit boards, and other devices. It has high frequency characteristics which is suitable for use in high frequency circuits. Its main features are small size, high Q value and low DCR, which make it an ideal component for small digital electronic products.

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