SMT/SMD Integrated Inductors Coils & Chokes MHCC MHCI Fixed Inductors

MODEL NO: MS0640-150M

Designed to revolutionize electronic systems, our integrated inductors offer unparalleled efficiency and compactness, making them perfect for a variety of applications.

Our integrated inductors are designed to optimally store and release energy in electronic circuits. By integrating the inductor directly onto the substrate or chip, we eliminate the need for bulky external inductors, significantly reducing the overall system size. This compact form factor opens up the possibility for smaller, more portable devices without compromising performance.

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1) The unique design of our integrated inductor also improves its efficiency. With its low power consumption, it enables electronic systems to operate with minimal energy consumption, thereby extending battery life and reducing electricity costs. This efficiency is critical in today's energy-conscious world as it enables longer-lasting, environmentally friendly equipment.

2)our integrated inductors provide superior performance over a wide frequency range. Whether used in high-frequency applications such as wireless power transmission, or in low-frequency applications such as audio amplifiers, our integrated inductors provide stable and reliable inductance values, ensuring excellent performance and signal integrity.

3) Durability is also a key aspect of our integrated inductors. Our inductors are designed using high-quality materials and manufacturing processes to withstand demanding operating conditions and harsh environments. This durability guarantees a long product life, giving customers peace of mind and confidence in their chosen solution.

4) their technical properties, our integrated inductors are easy to integrate into various electronic systems. Its compatibility with standard manufacturing processes allows seamless integration into a variety of electronic circuits and designs. This ease of integration significantly reduces development time and costs, making it an attractive solution for electronic device manufacturers.


(1). All test data is based on 25℃ ambient.

(2). DC current(A)that will cause an approximate △T40℃

(3). DC current(A)that will cause L0 to drop approximately 30%Typ

(4). Operating temperature range: -55℃~+125℃

(5).The part temperature (ambient + temp rise)should not exceed 125℃ under worst case operating

conditions. circuit design, component.PWB trace size and thickness,airflow and other cooling

provision all affect the part temperature. Part temperature should be verified in the den application

(6)special request :(1)Lettering 150 on top of the body


svsdfb (1) svsdfb (2)


(1)Low profile,high current power supplies.

(2)Battery powered devices.

(3)DC/DC converters in distributed power systems.

(5)DC/DC converters for field programmable gate array.

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