Bourns CVH160808 Multilayer Power Chip Inductors

Bourns CVH160808 Multilayer Power Chip Inductors are developed with a ferrite-based core material that offers low magnetic radiation and high current in a small package. These chip inductors adopt advanced multilayer technology to achieve its low profile and provide sufficient current handling capability for power applications. Bourns CVH160808 Multilayer Power Chip Inductors offer low DC resistance with an operating temperature range of -40°C to 85°C. These chip indicators provide level-one moisture sensitivity. The CVH160808 multilayer power chip inductors are ideal for use in voltage regulators for smartphones, tablets, solid-state drives (SSDs), hard disk drives (HDDs), and various mobile electronic devices.

Features

  • Monolithic construction offers high reliability
  • -40°C to +85°C operating temperature range
  • 0.24µΗ to 2.2µΗ inductance values
  • Developed with ferrite-based core material
  • Magnetically shielded construction provides low radiation
  • Provides high current capability
  • Available with Low DC resistance and low profile
  • Provides level one moisture sensitivity
  • RoHS compliant

Applications

  • Smart phones
  • Digital still cameras/digital video cameras
  • Tablets
  • SSDs
  • HDDs
  • Various mobile electronic devices
View Results ( 4 ) Page
Dalies Numeris Duomenų Lapas Aprašymas Induktyvumas tolerancija Didžiausia nuolatinė srovė Didžiausia nuolatinės srovės varža Savasis Rezonansinis Dažnis
CVH160808-1R0M CVH160808-1R0M Duomenų Lapas Maitinimo Induktoriai - SMD 1 UH 20% 1 uH 20 % 950 mA 200 mOhms 60 MHz
CVH160808-2R2M CVH160808-2R2M Duomenų Lapas Maitinimo Induktoriai - SMD 2.2 UH 20% 2.2 uH 20 % 750 mA 300 mOhms 50 MHz
CVH160808-R24M CVH160808-R24M Duomenų Lapas Maitinimo Induktoriai - SMD Ind,1.6x.8x.8mm,0.24uH+/-20%,1.2A,Shd,SMD 240 nH 20 % 1.2 A 100 mOhms 90 MHz
CVH160808-R47M CVH160808-R47M Duomenų Lapas Maitinimo Induktoriai - SMD Ind,1.6x.8x.8mm,0.47uH+/-20%,1.2A,Shd,SMD 470 nH 20 % 1.2 A 100 mOhms 70 MHz
Paskelbta: 2019-05-31 | Atnaujinta: 2023-03-22