PA4308.823NLT

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Fixed inductors are electromechanical components that are used in electronic circuits for their inductance properties. The PA4308.823NLT is a fixed inductor designed for use in power supply and load interface circuits. It is commonly used in radio frequency applications including RF transmitters, receivers, and amplifiers.

The PA4308.823NLT is constructed from a high-performance permalloy material and consists of heat-resistant windings with a 10.5-ohm resistance and a maximum temperature rating of 225°C. This low-profile, low-cost inductor also boasts a very low profile and is rated for operation up to a frequency of 6 GHz.

The main application field for this device is in power supply applications. Due to its low profile, it can be used in SMPS, DC-DC converters, as well as load line applications. The device can also be used in high speed circuit designs, such as those for radio transmitters/receivers. In addition, it is particularly suitable for use in high frequency and high power setting.

The working principle of the PA4308.823NLT is based on MagnaMax technology. This technology uses an artificially created magnetic field caused by a permanent magnet to increase the inductance of the component. The magnetic field is generated by radio frequency signals and, when combined with the existing inductor configuration, increases the inductance of the device.

The increased inductance provides enhanced performance on modulation and amplification signals. In addition, the PA4308.823NLT is able to withstand higher temperatures and higher frequencies without becoming unstable. This allows for greater efficiency in RF and power supply applications.

The PA4308.823NLT is a high-quality, high-performance device that is designed to meet the needs of power supply and load line applications. Its low-cost and high-capacity makes it an ideal choice for applications that require an efficient, reliable inductor. In addition, its high frequency and high temperature rating makes it well suited for use in high speed circuits and radio applications.

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