LQW04AN4N7D00D

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Fixed inductors are electronic components that provide a steady flow of electricity. The LQW04AN4N7D00D, specifically, is typically used in DC-DC converters, switch-mode power supplies, and other power applications. It offers low losses and high frequencies, meaning its applications are diverse and it meets even the most exacting of requirements. Let us take a look at this inductor, and what it can offer to those who use it.

LQW04AN4N7D00D Application Field and Working Principle

The LQW04AN4N7D00D fixed inductor is a four-pin component with an operating temperature range of -40℃-105℃ and rated voltage of 60V. It is rated at 4.7nH and has a low effective series resistance of 0.096 ohms. This makes it ideal for power applications, as the low equivalent resistance rating helps to reduce power losses and increase efficiency.

The LQW04AN4N7D00D fixed inductor is mainly used in converters and power supplies. Its low power consumption, frequency, and DC levels make it a great choice for a variety of applications. It\'s also capable of very high-frequency operation at 20MHz, allowing for smaller and more efficient switch mode power supplies.

In addition, the LQW04AN4N7D00D\'s low losses, high current capacity, temperature stability, and overall reliability make it an ideal choice for various power conversion applications. This fixed inductor is also resistant to vibration and shock, which eliminates the possibility of physical damage that can occur in other types of inductors.

Working Principle of LQW04AN4N7D00D

The working principle of the LQW04AN4N7D00D is based on the principle of inductance. In an inductor, when a current is applied to the device, an opposing magnetic field is generated which opposes the flow of the current. The opposition to the current flow creates a voltage, which is dissipated as energy, in the form of heat, in the coil. This energy can then be used to power the device.

The LQW04AN4N7D00D fixed inductor is designed to maintain a constant level of inductance even when subjected to variance in temperature or load conditions. Additionally, the coil\'s design helps to reduce power consumption while increasing its stability. This inductor is also designed with a high current capability that allows devices to source or sink current through the device without damaging it.

Conclusion

The LQW04AN4N7D00D fixed inductor is a high-performance component suitable for use in a variety of high power applications. With its low equivalent series resistance, high current capacity, temperature stability, and vibration and shock resistance, the LQW04AN4N7D00D is a great choice for power conversion applications and is ideal for those seeking top performance from their components. This four-pin component deserves attention for its level of performance and quality.

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