EXL High Performance Pressed Powder Inductors
1:08
Eaton EXL1V next generation pressed powder inductors provide higher power density, higher current ratings, and better thermal performance than traditional pressed power inductors, enabling smaller and more efficient designs in computing, industrial, energy, and medical applications. EXL1V inductors use the latest high efficiency magnetic materials and advanced manufacturing processes that enable up to 30% higher current ratings and up to 50% lower DCR in the same package size. The inductors are rated to carry up to 28A, with 4 footprints and package heights ranging from 2mm to 7mm. The pressed powder construction provides a soft saturation characteristic, magnetic shielding for low EMI, and stability over a wide temperature range. The EXL1V inductors use bottom exit SMT terminals, which shrinks the PCB area while allowing for larger terminals that provide improved thermal and mechanical performance.
Eaton EXL1V next generation pressed powder inductors provide higher power density, higher current ratings, and better thermal performance than traditional pressed power inductors, enabling smaller and more efficient designs in computing, industrial, energy, and medical applications. EXL1V inductors use the latest high efficiency magnetic materials and advanced manufacturing processes that enable up to 30% higher current ratings and up to 50% lower DCR in the same package size. The inductors are rated to carry up to 28A, with 4 footprints and package heights ranging from 2mm to 7mm. The pressed powder construction provides a soft saturation characteristic, magnetic shielding for low EMI, and stability over a wide temperature range. The EXL1V inductors use bottom exit SMT terminals, which shrinks the PCB area while allowing for larger terminals that provide improved thermal and mechanical performance.
Electronic components Similar Videos
-
EV fuses from Eaton
1:34
Circuits in EV applications all require cost effective and highly reliable fuses that are coordinated with other protection components in downstream circuits. Designers are also faced with the need for smaller components to fit in tighter spaces
-
The power of supercapacitor-based modules for high power applications
1:00
Our spotlight shines on the integration of XLHV supercapacitor modules within high-power applications such as STATCOMs, revolutionizing power quality management.
-
Navigating overvoltage protection-ITD2024
49:20
Safeguarding circuits from overvoltage events is paramount to ensuring reliability and longevity in electronics design. This video explores the operational principles, application scenarios, and performance characteristics of each technology.
