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quality SMD Power Inductor Cybermax CMLO252010F1R0MTT Featuring Large Current Capability and RoHS Compliance factory
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quality SMD Power Inductor Cybermax CMLO252010F1R0MTT Featuring Large Current Capability and RoHS Compliance factory
>
Specifications
Mfr. Part #:
CMLO252010F1R0MTT
Package:
1008
Key Attributes
Model Number: CMLO252010F1R0MTT
Product Description

CMLO-F Series SMD Molding Power Inductor

The CMLO-F Series offers magnetically shielded construction with low DC resistance, ideal for DC-DC converter applications. Featuring a magnetic iron powder core for large current capability, low audible core noise, and a frequency range up to 3.0MHz, these inductors are suitable for various portable electronic devices. They are RoHS compliant.

Product Attributes

  • Brand: CMLO-F Series
  • Certifications: RoHS compliant

Technical Specifications

Part NumberInductance (Lo)ToleranceRdc (m) Typ.Rdc (m) MaxTest ConditionHeat Rating Current (Idc) DC AMPS1 (Typ.)Saturation Current (Isat) DC AMPS2 (Typ.)
CMLO201610FR24MTT0.24H20%16221MHz/1.0V4.605.50
CMLO201610FR33MTT0.33H20%22311MHz/1.0V3.705.15
CMLO201610FR47MTT0.47H20%33401MHz/1.0V3.263.81
CMLO201610FR68MTT0.68H20%41491MHz/1.0V3.153.38
CMLO201610F1R0MTT1.0H20%60691MHz/1.0V2.562.73
CMLO201610F1R5MTT1.5H20%1131281MHz/1.0V1.792.45
CMLO201610F2R2MTT2.2H20%1351501MHz/1.0V1.681.80
CMLO201610F3R3MTT3.3H20%2102541MHz/1.0V1.331.34
CMLO201610F4R7MTT4.7H20%3083761MHz/1.0V1.071.24
CMLO252010FR33MTT0.33H20%20271MHz/1.0V4.306.50
CMLO252010FR47MTT0.47H20%25331MHz/1.0V3.604.90
CMLO252010FR68MTT0.68H20%35461MHz/1.0V3.204.10
CMLO252010F1R0MTT1.0H20%44551MHz/1.0V2.703.46
CMLO252010F1R5MTT1.5H20%75921MHz/1.0V2.302.46
CMLO252010F2R2MTT2.2H20%981201MHz/1.0V1.732.27
CMLO252010F4R7MTT4.7H20%2102761MHz/1.0V1.221.69
CMLO252012FR47MTT0.47H20%19271MHz/1.0V4.225.10
CMLO252012FR68MTT0.68H20%27361MHz/1.0V3.504.73
CMLO252012F1R0MTT1.0H20%39501MHz/1.0V3.294.27
CMLO252012F1R5MTT1.5H20%62781MHz/1.0V2.393.17
CMLO252012F2R2MTT2.2H20%81991MHz/1.0V2.272.85
CMLO252012F4R7MTT4.7H20%1932371MHz/1.0V1.551.73

Notes:
1. DC current (Idc) that will cause an approximate T of 40.
2. DC current (Isat) that will cause Lo to drop approximately 20%.
3. All test data is referenced to 25 ambient.
4. Operating Temperature Range: -40 to +125.
5. The part temperature (ambient + temp rise) should not exceed 150 under the worst operating conditions. Part temperature should be verified in the end application.


2410121245_Cybermax-CMLO252010F1R0MTT_C438916.pdf

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