LPA0618-251KL

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Fixed Inductors are electrical components used in many electronic products and systems, including power supply systems, DC converters, emitter-coupled logic (ECL) oscillators, push-pull and half-bridge converters, and core memory arrays. LPA0618-251KL is a type of fixed inductor designed to meet the requirements of the automotive and consumer markets. It is suitable for use in non-critical applications where inductance stability with temperature is not essential. This product line offers excellent values in the very low-frequency range (from 10 kHz to 0.3 MHz). The working architecture of this part reinforces the need for fixed inductors in many of the applications mentioned above.

The LPA0618-251KL part is constructed using a core material of iron-silicon alloy, which ensures that it will sustain tough electrical conditions without the need for frequent replacements. The winding is sealed within the core to protect it from damage during transport and installation. This also optimizes the inductance values that are relevant for the applications of this part. The winding is made from multilayer copper, which provides excellent electrical characteristics across wide temperature ranges. The core and the winding are vacuum baked for improved temperature stability. This also ensures very low resistance levels, which allow the part to perform efficiently in applications requiring currents up to 3A.

The LPA0618-251KL part is ideal for applications requiring good ESR and stable inductance values in the frequency range of 10 kHz - 0.3 MHz. It is available in different inductance values from 22 μH to 120 μH. This makes the part suitable for a range of applications including power supply systems, DC converters, ECL oscillators, push-pull and half-bridge converters, and core memory arrays. The part is also designed to be compact and to reduce the overall area required for installations. The self-leaded construction makes it easy to install and replace, and it is also RoHS compliant. All these features make the LPA0618-251KL an ideal solution for many electronic applications.

One of the main applications of the LPA0618-251KL is in power supply systems. The part has excellent performance at low voltages, making it ideal for use in applications requiring repeated start-up, such as switch-mode power supplies. The low ESR characteristics and excellent stability across wide temperature ranges make it an ideal solution for domestic and automotive use. The part\'s small size also allows it to be mounted within tight power supply enclosures. The low inductance values of the part also make it suitable for use in other applications, such as DC converters and ECL oscillators, where good magnetic shielding and low stray inductance are essential.

The LPA0618-251KL part is also suitable for use in push-pull and half-bridge converters. The part\'s low resistance values ensure that current is transferred efficiently in both configurations. The sealed construction also means that the inductance values of the part remain stable across wide temperatures. The part\'s size also makes it ideal for use in applications with limited mounting spaces. The part\'s RoHS compliant construction also ensures that it can be used in many of the latest applications.

Finally, the LPA0618-251KL is suitable for use in core memory arrays, which require strong magnetic fields and low stray inductance. The self-leaded construction and small size of the part mean that it can be easily integrated into a densely-packed array. The vacuum-baked construction ensures that the inductance values of the part remain stable across wide temperature ranges, ensuring that data is stored accurately in the array.

The LPA0618-251KL part is an ideal solution for many applications requiring fixed inductors. Its low resistance and inductance values, excellent temperature stability, RoHS compliance, and small size make it suitable for use in non-critical applications where inductance stability with temperature is not essential. Its use in power supply systems, DC converters, ECL oscillators, push-pull and half-bridge converters, and core memory arrays will also ensure that it meets the requirements of the automotive and consumer markets.

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