
ORDERING CODE
APPLICATIONS
FEATURES
262
F B M J 3 2 1 6 H S 8 0 0 _ T
6
5
7
8
4
3
2
1
9
FB
6A
FBMJ
HS
HM
HL GHz
FBMH
RECTANGULAR FERRITE CHIP BEADS
(HIGH CURRENT)
FB SERIES M TYPE
OA
USB
1
OPERATING TEMP.
40
85
4
L W
mm
6
330
33
111
110
132
1300
8
T
9
5
HS
HM
HL
M
2
7
25
N
30
FB
Ferrite bead
1
Type
4
1608 0603
1.6 0.8
2125 0805
2.0 1.25
2012 0805
2.0 1.25
2016 0806
2.0 1.6
3216 1206
3.2 1.6
3225 1210
3.2 2.5
4516 1806
4.5 1.6
4525 1810
4.5 2.5
4532 1812
4.5 3.2
External Dimensions L W mm
6
5
Material code
M
Rectangular chip
Shape
2
7
Impedance Tolerance
25
N
30
Nominal Impedance
1608 0603
1.6 0.8
2125 0805
2.0 1.25
2012 0805
2.0 1.25
2016 0806
2.0 1.6
3216 1206
3.2 1.6
3225 1210
3.2 2.5
4516 1806
4.5 1.6
4525 1810
4.5 2.5
4532 1812
4.5 3.2
example
330
33
111
110
132
1300
Deals with power line radiated and conducted noise.
Provides waveform correction of digital signals and high frequency noise
countermeasures in various types of digital equipment.
Automotive
Computer Peripherals
Differential transmission line on USB and similar products
Mobile devices which require lower power consumption
Power supply units:
Large withstand voltage allowable current: up to 6 A
Resistance to high energy
High reliability
There are several variations of the FBMJ type
HS: For broadband applications
HM: For upper MHz range applications
HL: For GHz range applications
The FBMH type are optimal for circuit designs which require high imped-
ances and large currents to combat radiated noise on power lines, etc.
Refer to impedance
curves for material dif-
ference
HS
HM
HL
8
Packaging
T
Tape&Reel
9
Internal code
Standard product
Blank space
3
J
H
3
J
Standard type
H
High Impedance type
Product characteristics