MPS Industries provides reliable custom magnetic designs that meet specific application requirements in industries including automotive, aerospace, medical, and telecommunications.
We are an industry-leading manufacturer of custom magnetic components like custom inductors, chokes, current sensors, and custom transformers. Learn more about our capabilities and our manufacturing process, along with some design considerations for custom magnetic components.
Magnetic components can be one of the largest, heaviest, and most expensive components on a system’s board. Optimizing these components for performance within a specific application often helps reduce overall system size, weight, and cost.
Custom magnetic solutions give you the functionality that’s needed without making adjustments or compromises associated with using a “close enough” off-the-shelf option. Some advantages include:
Adaptability
Custom designs can be modified as an application’s specifications, market demands, or performance goals change, without starting the design over from scratch or selecting a new stock component.
Improved Efficiency
Coils can be engineered to integrate seamlessly into a system. They can also be designed with custom connection points to make the assembly process faster and easier.
Meets Exact Specifications
Custom magnetic components can be developed to perform as required within the constraints of the system, instead of “shoehorning in” a stock component.
Precision Performance
Custom inductors and transformers meet the precise frequency and volume requirements of the application. They can also match impedance, frequency response, and power transfer ratios.
At MPS Industries we develop and manufacture these types of custom magnetic products:
Chokes
Current Sensors
Custom Inductors
Custom Transformers
Our custom magnetics design and manufacturing includes these steps:
MPS Industries provides top-quality, dependable custom magnetic components for customers in many industries, including:
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Reverse engineering capabilities to create obsolete components when specified for some military applications.
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A wide variety of components for standard and electric vehicles, advanced driver-assistance systems (ADAS), and charging systems.
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Custom solutions for power management, control systems, and automation.
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Magnetics for diagnostic devices, imaging equipment, patient monitoring systems, and surgical equipment.
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Magnetics for communication systems, networking equipment, and signal processing.
Custom magnetic components play a key role in advanced electronics systems, including the following applications:
Sensors provide precise current measurements for control and monitoring purposes.
Filters and chokes mitigate electromagnetic interference (EMI) in sensitive electronics.
Custom inductors manage the flow and stability of power in an energy storage system.
Custom transformers and inductors effectively transfer energy in converters and power supplies.
These components maintain signal integrity and prevent interference in communication systems.
Custom inductors and transformers are both magnetic components with unique design considerations and distinct functions.
Transformers rely on electromagnetic induction to transfer electrical energy between circuits, often for voltage isolation or conversion purposes. They are designed to maximize coupling and typically require at least two windings.
Inductors usually only require a single winding and are used for things like:
A transformer ensures efficient energy transfer and minimizes losses. An inductor, on the other hand, manages thermal performance and core saturation, with an emphasis on energy storage capacity.
Material choice directly affects how custom inductors and transformers perform in a system. The most common magnetic materials used for these include:
Ferrite: This reliable material has low electrical conductivity and high magnetic permeability, making it a good choice for high-frequency applications.
Iron Powder: Distributed air gaps in this material make it ideal for applications requiring low core losses and high energy storage.
Nanocrystalline: This material offers low core losses and high saturation flux density, which is desirable for compact magnetic component designs that operate at high frequencies.
These materials have properties that influence the size, efficiency, and thermal performance of the finished magnetic components. It’s important to understand how different materials will behave within your application and the advantages and potential downsides of each.
At MPS Industries, we design and manufacture custom magnetics components including chokes, transformers, inductors, and current sensors for the automotive, energy, medical, communications, and other OEM industries. Our experienced engineers and design team work with you to understand your application, then develop, refine, and manufacture custom components that meet your requirements.
Contact us to request a quote today to learn more about our capabilities and start your next design.