PG0642.472NLT

Manufacturer :

Pulse Electronics

Product Category :

Fixed Inductors

DC Current :

9000(mA)

Operating Temperature :

-40°C~125°C

Military Standard :

Not Required

Material - Core :

-

Application :

Power

Current Rating (Amps) :

9A

Type :

Wirewound

Product Diameter (mm) :

Not Required(mm)

Inductance Frequency - Test :

100 kHz

DC Resistance (DCR) :

18.4mOhm

Size / Dimension :

0.311Lx0.299W 7.90mmx7.60mm

Depth :

7.6mm

Inductance Tolerance :

20

Shielding :

Shielded

Saturation Current :

10 A

Tolerance (+ or -) :

20%

Manufacturer :

Pulse

Subcategory :

Inductors, Chokes and Coils

Radiation Hardening :

No

Product Status :

Active

Product Width :

7.6

Series :

PG0642NL

Q @ Freq :

-

Packaging :

Tape and Reel (TR)

Rad Hardened :

No

Mounting Style :

PCB Mount

Failure Rate :

Not Required

Width :

7.5946mm

Frequency - Self Resonant :

-

Height - Seated (Max) :

0.197 (5.00mm)

Height :

5.0038mm

Test Frequency :

100kHz

Factory Lead Time :

9 Weeks

Height Seated (Max) :

0.197 5.00mm

Current - Saturation (Isat) :

10A

Max DC Current :

9A

Moisture Sensitivity Level (MSL) :

1 (Unlimited)

Length :

7.8994mm

Package :

Tape and Reel (TR)

Operating Temp Range :

-40C to 125C

Supplier Device Package :

-

Mounting Type :

Surface Mount

Product Category :

Power Inductors - SMD

Current Rating :

9A

Product Length (mm) :

7.9(mm)

Mount :

Surface Mount

Maximum Operating Temperature :

+ 125 C

Package / Case :

Nonstandard

Core Type :

Wirewound

Number of Terminals :

2

Minimum Operating Temperature :

- 40 C

Max Operating Temperature :

125°C

RoHS Status :

RoHS Compliant

Min Operating Temperature :

-40°C

Termination :

Standard

Brand :

Pulse Electronics

Product Depth (mm) :

7.6(mm)

Ratings :

-

Termination Style :

SMD/SMT

Inductance :

4.7μH

Features :

-

Technology :

Wirewound

Current - Saturation :

10A

Product Height (mm) :

5(mm)

Product Length :

7.9

Product :

Power Inductors

Product Type :

Fixed Inductors

Tolerance :

±20%