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Quality Electronic multilayer inductors Cybermax CMLM1608C4R7MIT providing power management in various devices factory
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Quality Electronic multilayer inductors Cybermax CMLM1608C4R7MIT providing power management in various devices factory
>
Specifications
Current - Saturation (Isat):
-
Mfr. Part #:
CMLM1608C4R7MIT
Package:
0603
Key Attributes
Model Number: CMLM1608C4R7MIT
Product Description

Product Overview

The CMLM1608C4R7MIT series Multilayer Power Inductors are designed for various electronic applications requiring efficient power management. These inductors are built with advanced multilayer technology, offering reliable performance and durability. They are suitable for use in a wide range of operating temperatures and are manufactured under strict quality control standards.

Product Attributes

  • Brand: Not Specified
  • Origin: Not Specified
  • Material: Multilayer Ferrite
  • Color: Not Specified
  • Certifications: ISO/TS16949, IECQ QC 080000

Technical Specifications

Part NumberInductance (uH)Inductance Tolerance (%)Rated Current (mA) MaxDC Resistance () MaxOperating Temp. Range ()Self-Resonant Frequency (MHz)
CMLM1608C4R7MIT4.720%Not Specified0.6520%-55 ~ +125Not Specified
Test ItemTest ConditionsPerformance Specification
High Temperature ResistanceTemp: 1252, Time: 100012hrsAppearance: no mechanical damage, Inductance: 20% of initial value
Biased Humidity ResistanceHumidity: 85 5%RH, Temp: 85 2, Time: 1000 12 hoursAppearance: no mechanical damage, Inductance: 20% of initial value
Temperature Cycle-55 5 (30 min) to 125 5 (30 min), 1000 cyclesAppearance: no mechanical damage, Inductance: 20% of initial value
Vibration Test10-2000-10Hz, X,Y,Z directions, 4 hours/directionAppearance: no mechanical damage, Inductance: 20% of initial value
Mechanical Shock TestPeak acceleration: 100 g's, Duration: 6 ms, Waveform: Half-sineAppearance: no mechanical damage, Inductance: 20% of initial value
Operational LifeTemp: 1252, Time: 100012hrsAppearance: no mechanical damage, Inductance: 20% of initial value
Electrostatic Discharge TestESD voltage: 15k volts (Mode 1: 150 pF/330 Ohm, Mode 2: 150 pF/2000 Ohm)Appearance: no mechanical damage, Inductance: 20% of initial value
SolderabilitySolder Temp: 2405, Immersion time: 31 sec95% min. coverage of all metallized area
Substrate Bending TestBend 3mm, hold 10sInductance: 20%, DC resistance: satisfied
Solder Heat ResistanceSolder Temp: 2653, Immersion time: 61 secInductance: 20%, DC resistance: satisfied
Terminal StrengthConsult standard J-STD-002No visible damage
Peeling Strength of Cover TapePeel angle: 165~180, Peel speed: 300mm/minNot Specified

2410121819_Cybermax-CMLM1608C4R7MIT_C778460.pdf

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