NLCV32T-4R7M-EF - Footprints & 3D Models with Customizable Preferences

2 MILLION+ intelligent footprints & 3D models, easily customizable with your preferences - or simply use the IPC or manufacturer defaults. You have unprecedented control of your CAD library features with no limit on number of preference files!
Parts on POD must be used with the latest Footprint Expert.

TDK searched for Part Number: "NLCV32T-4R7M-EF"


(4 Total Parts Found)  
     

       
Manufacturer:
Part Number:
Case Code:
Datasheet:
Footprint Name:
 TDK
NLCV32T-4R7M-EFD
NLCV32-2.4
Download PDF - login required
INDM320X250X240L55_55X190

customer login required - 1 credit

Status:  Active
Updated:  9/12/2017 8:20:00 PM
Mounting Type:  Surface Mount
Logical Description:
    Inductor, Decoupling, 4.7uH, 620mA, 260 mOhm
Physical Description:
    Inductor, Molded Body; 2.60 mm L X 2.50 mm W X 2.40 mm H body
Manufacturer:
Part Number:
Case Code:
Datasheet:
Footprint Name:
 TDK
NLCV32T-4R7M-EFRD
NLCV32-2.4
Download PDF - login required
INDM320X250X240L55_55X190

customer login required - 1 credit

Status:  Active
Updated:  9/12/2017 8:20:00 PM
Mounting Type:  Surface Mount
Logical Description:
    Inductor, Decoupling, 4.7uH, 900mA, 240 mOhm
Physical Description:
    Inductor, Molded Body; 2.60 mm L X 2.50 mm W X 2.40 mm H body
Manufacturer:
Part Number:
Case Code:
Datasheet:
Footprint Name:
 TDK
NLCV32T-4R7M-EF
NLCV32-2.4
Download PDF - login required
INDM320X250X240L55_55X190

customer login required - 1 credit

Status:  Active
Updated:  9/12/2017 8:20:00 PM
Mounting Type:  Surface Mount
Logical Description:
    Inductor, Decoupling, 4.7uH, 620mA, 260 mOhm
Physical Description:
    Inductor, Molded Body; 2.60 mm L X 2.50 mm W X 2.40 mm H body
Manufacturer:
Part Number:
Case Code:
Datasheet:
Footprint Name:
 TDK
NLCV32T-4R7M-EFR
NLCV32-2.4
Download PDF - login required
INDM320X250X240L55_55X190

customer login required - 1 credit

Status:  Active
Updated:  9/12/2017 8:20:00 PM
Mounting Type:  Surface Mount
Logical Description:
    Inductor, Decoupling, 4.7uH, 900mA, 240 mOhm
Physical Description:
    Inductor, Molded Body; 2.60 mm L X 2.50 mm W X 2.40 mm H body