(SHH-xxxx) Multilayer Chip Ferrite Beads - Sumida Corporation
Description
Multilayer Chip Ferrite Beads ——SHH-4516,4532,5750
Features
1.
Effective in suppressing noise at high frequencies.
2.
Suited for preventing the abnormal oscillation from high frequency amplifying circuits.
3.
Excellent solder heat resistance for soldering.
4.
High reliability in the circuits of high current.
5.
Lead Free (RoHS Compliance)
PAGE 1/3
Applications
1.
Noise suppression in digital equipments.
2.
Computers and peripheral devices, VCR and camera.
3.
Noise suppression in automotive electronic equipment, car stereo, car engine controller.
www.
DataSheet4U.
com 4.
Noise suppression for OA electronic instruments.
Ordering Information
SHH (1)
1
M
(2)
4516
(3)
-
600
(4)
J
(5)
T
(6)
(4) Impedance (at 100MHz) First two digits are impedance values.
Last digit is the number of zeros (5) Termination J : Nickel barrier (6) Packaging B : Bulk package T : Tape & Reel (Φ178㎜ [ 7 inches ]) L : Tape & Reel (Φ254㎜ [ 10 inches ])
(1) Series SHH : For high current(~3.
0A)
(2) Material & Design B : For high speed M : For high impedance type T : For Low speed (3) Dimension First two digits : length (㎜) Last two digits : width (㎜)
Shape and Dimensions
Unit : mm [inches] Type
T W
L 4.
5±0.
25
W 1.
6±0.
20
T 1.
3±0.
20
C 0.
50±0.
30
SHH-1□4516-
〔.
177±.
010〕 〔.
063±.
008〕 〔.
051±.
008〕 〔.
020±.
012〕 4.
5±0.
25 3.
2±0.
25 1.
3±0.
25 0.
70±0.
40
C© û
L
SHH-1□4532-
〔.
177±.
010〕 〔.
126±.
010〕 〔.
051±.
010〕 〔.
027±.
016〕 5.
7±0.
30 5.
0±0.
30 1.
6±0.
25 0.
80±0.
50
SHH-1□5750-
〔.
225±.
012〕 〔.
198±.
012〕 〔.
063±.
010〕 〔.
031±.
020〕
*All specifications are subject to change without notice.
Multilayer Chip Ferrite Beads ——SHH-4516,4532,5750
Electrical Parameters
Part No.
SHH-1M4516-600□□ SHH-1M4516-111□□ lZl at 100MHz(Ω) Typ.
60 110 min.
45 83 DC Resistance (Ω) max.
0.
02 0.
02 Rated current (mA) max.
4000 4000
PAGE 2/3
Part No.
SHH-1M4532-121□□ www.
DataSheet4U.
com SHH-1M4532-601□□ SHH-1M4532-132□□ SHH-1T4532-121□□ SHH-1B4532-132□□
lZl at 100MHz(Ω) Typ.
120 600 (at 50MHz) 1300 (at 60MHz) 120 1300
min.
90 450 ...
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