CSBX0640-R47M

CSBX0640-R47M

CODACA

2-SMD
PDF

Description

SMD HIGH CURRENT POWER INDUCTOR

Specifications

Inductance
0.47 µH
Current Rating
19 A
DC Resistance (DCR)
1.9Ohm Max
Dimensions
0.276 L x 0.272 W (7.00mm x 6.90mm)

Parameter Guide

Understand the key electrical and mechanical specifications for CSBX0640-R47M.

Inductance
0.47 µH

CSBX0640-R47M has an inductance value of 0.47 µH. This value indicates how much magnetic energy the component can store and is one of the first parameters to compare when selecting an inductor.

Current Rating
19 A

CSBX0640-R47M is rated for 19 A. Current rating helps determine whether the part can carry the expected DC or RMS current without excessive heating or saturation risk.

DC Resistance (DCR)
1.9Ohm Max

CSBX0640-R47M lists a DC resistance of 1.9Ohm Max. Lower DCR usually reduces conduction loss and improves efficiency in power circuits.

Package / Case
2-SMD

CSBX0640-R47M uses a package or case of 2-SMD. Package size affects PCB footprint, height clearance, thermal behavior, and compatibility with automated assembly.

Quick Tools

Use these calculators to help with your inductor design

Explore Related Datasheet Paths

Continue from CSBX0640-R47M to manufacturer, series, and broader datasheet collections.

Alternative Solutions

Compare possible alternatives with similar specifications. Verify every electrical and mechanical requirement before use.

Product Attributes

Datasheet record
Source documentLast updated: 9/19/2026
Inductance0.47 µH
Tolerance±20%
Current Rating19 A
DC Resistance (DCR)1.9Ohm Max
Saturation Current35A
Operating Temperature-55°C ~ 150°C
Dimensions0.276 L x 0.272 W (7.00mm x 6.90mm)
Case / Size2-SMD
Package / Case2-SMD
SupplierCODACA
DescriptionSMD HIGH CURRENT POWER INDUCTOR
SeriesCSBX0640
Product StatusActive
Type / ConstructionWirewound
Core MaterialComposite
ShieldingShielded
RatingsAEC-Q200
Inductance Test Frequency100 kHz
Mounting TypeSurface Mount
Supplier Device Package0640
Height - Seated (Max)0.146 (3.70mm)
FeaturesLow DCR, Low Loss, Soft Saturation

Preview

Open PDF