LFB090050-000 Laird Technologies, LFB090050-000 Datasheet

FERRITE BEAD CORE L/F EMI 5.00MM

LFB090050-000

Manufacturer Part Number
LFB090050-000
Description
FERRITE BEAD CORE L/F EMI 5.00MM
Manufacturer
Laird Technologies
Series
Stewardr
Type
Core-Solidr

Specifications of LFB090050-000

Filter Type
Round Cable, Solid
Shape
Cylindrical
Frequency
5MHz
Impedance
36 Ohm
Package / Case
9.00mm O.D. x 5.00mm I.D. x 7.00mm L
Dimensions
9 mm Dia. x 7 mm L
Shielding
Unshielded
Test Frequency
1 MHz
Product
Ferrite Cores
Operating Temperature Range
- 40 C to + 125 C
Termination Style
Axial
Diameter, Cable
0.197 "
Impedance, At 5 Mhz
3477 Ohms
Material, Core
LF
Number Of Turns
10
Special Features
Low Frequency
Termination
Cable
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Lead Free Status / RoHS Status
Lead free / RoHS Compliant, Lead free / RoHS Compliant
Other names
240-2135

Available stocks

Company
Part Number
Manufacturer
Quantity
Price
Part Number:
LFB090050-000
Manufacturer:
ST
Quantity:
21 000
Laird Technologies
Item # LFB090050-000 Low Frequency Ferrite Cores
Specifications
Dimension A
Dimension B
Dimension C
Net Z at 500 KHz (1 Turn)
Net Z at 500 KHz (2 Turn)
Net Z at 500 KHz (3 Turn)
Net Z at 500 KHz (5 Turn)
Net Z at 500 KHz (10 Turn)
Net Z at 1 MHz (1 Turn)
Net Z at 1 MHz (2 Turn)
Net Z at 1 MHz (3 Turn)
Net Z at 1 MHz (5 Turn)
Net Z at 1 MHz (10 Turn)
Net Z at 5 MHz (1 Turn)
Net Z at 5 MHz (2 Turn)
Net Z at 5 MHz (3 Turn)
Net Z at 5 MHz (5 Turn)
Net Z at 5 MHz (10 Turn)
Material Type
Product Type Code
Part Size Code
Additional Description
9.00 mm
5.00 mm
7.00 mm
12
58
132
370
1474
21
90
200
558
2200
36
140
320
867
3477
Low Frequency Material
Round Cylindrical Cores
090050
Standard Part

Related parts for LFB090050-000

LFB090050-000 Summary of contents

Page 1

... Laird Technologies Item # LFB090050-000 Low Frequency Ferrite Cores Specifications Dimension A Dimension B Dimension C Net Z at 500 KHz (1 Turn) Net Z at 500 KHz (2 Turn) Net Z at 500 KHz (3 Turn) Net Z at 500 KHz (5 Turn) Net Z at 500 KHz (10 Turn) Net MHz (1 Turn) Net MHz (2 Turn) ...

Page 2

...

Related keywords