- Products
- Inductors
- Molded Inductors
- MPL-AL Molded Low Resistance
- MPL-AL4020
- MPL-AL4020-1R5
MPL-AL4020-1R5
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Description
The MPL-AL Series offers flat-wire molded inductors with low DCR/ACR. The flat-wire design provides higher current ratings than round-wire molded inductors.
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Features & Benefits
- Size 4.1mmx4.1mmx1.9mm
- Low DCR
- Low AC Losses
- Low Audible Noise
- Molded Construction
- Soft Saturation
- Stable Over High Temperatures
- Max Operating Temp +155°C
- RoHS/REACH-Compliant; Halogen-Free
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Active Part Numbers:
MPL-AL4020-1R5
MPL-AL4020-1R5 Resources
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PRODUCT CATEGORY
MPL-AL4020PRODUCT CATEGORY -
PRODUCT
MPL-AL4020-R82PRODUCTLow-Resistance Molded Inductor 0.82µH
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PRODUCT
MPL-AL4020-4R7PRODUCTLow-Resistance Molded Inductor 4.7µH
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PRODUCT
MPL-AL4020-R47PRODUCTLow-Resistance Molded Inductor 0.47µH
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PRODUCT
MPL-AL4020-R68PRODUCTLow-Resistance Molded Inductor 0.68µH
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PRODUCT
MPL-AL4020-2R2PRODUCTLow-Resistance Molded Inductor 2.2µH
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PRODUCT
MPL-AL4020-1R2PRODUCTLow-Resistance Molded Inductor 1.2µH
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PRODUCT
MPL-AL4020-3R3PRODUCTLow-Resistance Molded Inductor 3.3µH
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PRODUCT
MPL-AL4020-1R0PRODUCTLow-Resistance Molded Inductor 1.0µH
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ARTICLE
WHEN IS IT BENEFICIAL TO PLACE A COPPER LAYER BENEATH DC/DC POWER SUPPLIES?ARTICLEEngineers often disagree on whether the inductive bottom of DC/DC power supplies should be laid with copper. The first argument is that laying copper under the inductor produces eddy currents on the ground plane. As a result, the eddy current affects the power inductor’s inductance and increases the system loss, and the ground plane noise impacts other high-speed signals. The second argument is th...
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