Top 3 Benefits for Circuit Performance
1. Higher Inductance in a Smaller Package Size
Stacked inductors can offer higher inductance values compared to a single inductor of the same size, which can be helpful in designs where space is limited.
2. Improved power efficiency
Stacked inductors with low DCR improve a circuit’s power efficiency by minimizing power loss due to resistance. Low DCR stacked inductors can also help reduce heat generation, which is beneficial in circuits where temperature needs to be controlled.
3. Enhanced EMI performance
Stacked inductors can offer improved electromagnetic interference (EMI) performance. The stacked cores create a more efficient magnetic path, which helps to reduce the amount of EMI emitted by the inductor. This can be especially beneficial in circuits sensitive to EMI, such as those found in medical or military applications.
The unique combination of high power efficiency and space-saving size makes stacked inductor technology a great choice for applications such as medical furniture, servers, electric cars, and more.
- High Power Density
- Low DCR
- High Saturation Current
- Space-saving Form Factor
- Consumer Electronics
- Industrial Automation & IIoT
- Networking & Telecommunications
- Power Supply
About Abracon, LLC | Innovation For Tomorrow's Designs
Headquartered outside of Austin, Texas, Abracon enables global customers to design next-generation products by offering innovative and high-performance Frequency Control & Timing, Inductors & Connectivity, and RF & Antenna solutions. Abracon accelerates customers’ time to market by focusing on technical expertise, service excellence, and providing reliable electronic components through a global distribution network. With service, quality, and technical knowledge at the company’s core, Abracon empowers innovative connected technology in markets spanning data communication, transportation, industrial, medical, aerospace, defense, and beyond.
Learn more at www.abracon.com
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