PM1608-681M

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Fixed Inductors are passive components, also known as fixed coils, used to store energy as a magnetic field in an electric circuit. Fixed inductors have many uses in a broad range of applications, and are especially useful in high frequency circuits, such as radio frequency (RF) circuits. One of these versatile fixed inductors is the PM 1608-681M.

The PM 1608-681M is a fixed ceramic magnetic device made of metal, ceramic, and molded plastic components. It features a 13.2 MHz frequency, an inductance of 6.8 uH, with an allowed range of 5.6-8.0 uH, and a rated current of 430 mA at 25°C. Additionally, it is lead-free, boasts a peak reflow temperature of 260°C, and is RoHS compliant. Furthermore, this inductor comes in a 9.2 mm x 10.2 mm x 4.7 mm package.

The PM 1608-681M can be used in numerous applications, from switching power supplies, LCD television LED/LCD backlight inverters, and solar cell converters to power amplifiers, medical equipment, and various consumer applications. Plus, the PM 1608-681M offers a low profile, allowing it to fit into projects with space restrictions. It also has a high current rating, allowing it to be used in higher current applications.

The working principle of the PM 1608-681M is based on Faraday\'s law of induction. When there is an electric current passing through the inductor, it builds up a magnetic field around the component. Then, as the current in the electric circuit increases or decreases, the magnetic field also increases or decreases accordingly. Thischanging magnetic field induces an electrical current within the inductor, which opposes the original electric current and dampens its rate of change. This is the phenomenon of inductance.

In summary, the PM 1608-681M is a high performance fixed inductor. It has a wide operating temperature range, is RoHS compliant, and features a high current rating and low profile. It can be used in multiple applications, such as switching supplies, LCD televisions, LED/LCD backlight inverters, solar cell converters, power amplifiers, medical equipment, and various consumer applications. Plus, its working principle is based on Faraday\'s law of induction.

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