LHL06TB220K Datasheet, PDF (1/26 Pages) Taiyo Yuden (U.S.A.), Inc – RADIAL LEADED INDUCTORS

ϥδΞϧϦʔυΠϯμΫλ
RADIAL LEADED INDUCTORS
OPERATING TEMP.
K25VJ105Cʢ੡඼ࣗൃݾ೤ؚΉʣ
fIncluding self-generated heatg
ಛ௕ɹFEATURES
YLHL08ʙLHL16γϦʔζ͸έʔεfLHFGGGBB͸ϕʔεgλΠϓͰ͋Δͷ
Ͱɺج൘্Ͱͷཱࣗ҆ఆੑʹ༏ΕΔ
Yখిྲྀ༻ʹ͸LAV35/LHL06͕ରԠ
Yେిྲྀ༻ʹ͸LHLC06/LHLZ06/LHL08/LHL10/LHL13/LHL16/LHFGGGBB
͕ରԠ
YLHFGGGBBҎ֎͸ࣗಈૠೖରԠ
YLHFP13/15BB͸େిྲྀ༻ͷ࣓ؾγʔϧυλΠϓ
YThe LHL08~LHL16 series radial inductors are encapsulated in a resin hous-
ing which adds to the stability of the mounted part on a printed circuit
board.
YThe LAV35 and LHL06 series are for small current applications.
YThe LHLC06/LHLZ06/LHL08/LHL10/LHL13/LHL16/LHFGGGBB series are
for high current applications.
YAll items can be packaged for automatic insertion except the LHFGGGBB
type.
YThe LHFP13/15BB series are shielded type for high current applications.
༻్ɹAPPLICATIONS
YҰൠຽੜfςϨϏɺϏσΦ౳ͷՈిgɺ࢈ثػ༻ػͷి༻ݯνϣʔΫίΠϧ
Y֤छϑΟϧλ༻ϐʔΩϯάίΠϧ
YIdeal for use as a power choke coil in general household appliances (TV
sets, video appliances, etc.) and industrial equipment
YCan also be used as a peaking coil in filtering applications
໊ܗදه๏ɹORDERING CODE
12
ࣜܗ
LA
LH
ΞΩγϟϧΠϯμΫλ
ϥδΞϧΠϯμΫλ
2
ܗঢ়߸ه
FQ
୯඼ͷΈ
FP ؾ࣓γʔϧυλΠϓ୯඼
LQ
ςʔϐϯάରԠ඼
LC
େిྲྀλΠϓ
ɹ L Zɹ େిྲྀɺ௿ RDC λΠϓ
VQ ϥδΞϧϑΥʔϛϯά
QW εϖʔε
3
ੇܗ֎๏ hmm ҎԼ i
06 L06 6.8, LC06 7.5, LZ06 7.8
08
9.0
10
11.0
13 LHL 14.0, LHFP 14.5
15 LHF 18.0, LHFP 16.0
16
17.0
35
6.0fLAVg
LH L Q08
1
2
3
4
แ૷
BB
୯඼ fLHFg
NB
୯඼ fLHLg
TB ͭͮΒંΓςʔϐϯά fLHLg
VB ͭͮΒંΓςʔϐϯά fLAVg
5
ެশΠϯμΫλϯε hAHi
ྫ
1R0
1.0
150
15
102
1000
FR= খ਺఺
6
ΠϯμΫλϯεڐ༰ࠩhLi
J
M5
K
M10
M
M20
N
M30
7
౰ࣾ؅ཧ߸ه
QQQ
ඪ४඼
QW εϖʔε
T B 1 0 1 K ZZZ
4
5
6
7
1
Typeɹɹ
LA
Axial inductor
LH
Radial inductor
2
ɹCoɹnfiguration
FQ
Bulk only
FP Shielded type Bulk only
LQ Standard type Taping available
LC
High current type
LZ High current, low RDC type
ɹVQ
Radial formed lead
QWBlank space
3
External dimensionshmm maxi
06 L06 6.8, LC06 7.5, LZ06 7.8
08
9.0
10
11.0
13
14.0
15
18.0
16
17.0
35
6.0fLAVg
4
Packaging Code
BB
BulkfLHFg
NB
BulkfLHLg
TB
Ammo packagingfLHLg
VB Ammo packagingfLAVg
5
Nominal InductancefAHg
example
1R0
1.0
150
15
102
1000
FR=Decimal point
6
Inductance Tolerances (%)
J
M5
K
M10
M
M20
N
M30
7
Internal code
QQQ
Standard product
QWBlank space
308