リニアリティ
コイル
LINEARITY COIL
OPERATING TEMP.
回路記号例
Example circuit symbol
K25VJ105 C（½品自己発熱含む）
-25V+85C
fIncluding
self-generated heatg
特長 FEATURES
1.豊富な商品群f11．13．16．タイプg
2.磁歪振動½減対応fPAg
3.自動挿入対応fPAg
1.Available in several sizes and types to provide various DC bias inductance
characteristics.
2.Special material minimizes expansion and contraction of ferrite core.
3.PA types are available in packaging for automatic insertion.
用途 APPLICATIONS
カラーテレビ及びコンピューター用モニター等の各種モニター類の水平偏向
回路の補正
Used in compensating circuits for TV sets, monitors etc. to correct
horizontal distortion.
½名表記法 ORDERING
CODE
1
½式
LH
リニアリティコイル
2
コア外½寸法
hmmi
11
13
16
18
20
9.0V10.9
11.0V12.9
15.0V15.9
16.0V17.9
18.0V20.0
3
構造
JL
PA
塗装品
四角½ケース
4
½社管理記号
L H 1 6 J L
Z Z Z Z Z Z Z Z Z
1
2
3
4
1
Type
LH
Linearity coil
2
Core dimensionshmmi
11
13
16
18
20
9.0V10.9
11.0V12.9
15.0V15.9
16.0V17.9
18.0V20.0
3
Structure
JL
PA
Coated
Square case
4
Internal code
388
外½寸法 EXTERNAL
DIMENSIONS
JL
PA
Fig
D
H
C
F
d
P1
P2
LH11
16max
f0.630maxg
26max
f1.02maxg
5M1
f0.197M0.039g
7.5M1.5
f0.295M0.039g
0.8
f0.031g
LH13
16max
f0.630maxg
28max
f1.10maxg
5M1
f0.197M0.039g
7.5M1.5
f0.295M0.039g
0.8
f0.031g
LH16
20max
f0.787maxg
31max
f1.22maxg
5M1
f0.197M0.039g
10M10
f0.394M0.039g
1.0
f0.039g
LH13
20max
f0.787maxg
24max
f0.945maxg
5M1
f0.197M0.039g
15M15
f0.591M0.039g
0.8
f0.031g
.10M0.5
f0.394M0.020g
.10M0.5
f0.394M0.020g
LH16
24max
f0.945maxg
28max
f1.10maxg
5M1
f0.197M0.039g
20M10
f0.787M0.039g
1.0
f0.039g
.10M0.5
f0.394M0.020g
7.5M0.5
f0.295M0.020g
LH20
30max
f1.18maxg
42max
f1.65maxg
5M1
f0.197M0.039g
24.2M15
f0.953M0.039g
1.0
f0.039g
.10M0.5
f0.394M0.020g
.10M0.5
f0.394M0.020g
5
FERRITE PRODUCTS
UnitDmm
finchg
特性図 ELECTRICAL
CHARACTERISTICS
Yご用½の際は下記項目をご指定ください。
1直流重畳特性
2許容電流
3½用周波数
YPlease
specify the following when ordering
1DC
bias characteristics
2Allowable
current
3Operating
frequency
測定回路
Measuring Circuit
PBタイプを除く
PBタイプのみ
LCR meter
10000 F
L1
1H
L2
DC1
+
-
DC2
セレクションガイド
Selection Guide
アイテム一覧
Part Numbers
特性図
Electrical Characteristics
梱包
Packaging
信頼性
Reliability Data
½用上の注意
Precautions
P.10
etc
※
P.389
P.390
P.402
※
※営業窓口に御相談ください。Please
contact our Sales Department.
389
梱包 PACKAGING
最小受注単½数
Minimum Quantity
Type
LH11JL
LH13JL
LH16JL
LH13PA
LH16PA
LH20PA
箱づめ
Box
600
500
400
400
280
200
390
RELIABILITY DATA
1/6
Specified Value
Item
CMKRA/
BUKRA Type
1.Operating Temperature
Range
2.Storage temperature range
3.Rated current
K40VJ85C
Within the specifed range
CM：
The maximum DC value having temperature increase within
specified temperature, as detailed in individual specification.
K25VJ105C
CMKRB Type
TLF9U
TLF14CB
K25VJ115C
TLF25RA
Linearity coil
Including temperature rise due to selfKgenerated heat.
Test method and remarks
K25VJ105C
5
FERRITE PRODUCTS
TLF9UA, 14CB, 25RA：
The maximum AC value having temperature increase within
45C by the applocation of AC current.
TLF9UB：
The maximum DC value having temperature increase within
45C by the applocation of DC current.
4.Inductance
Within the specifed tolerance
CM・Linearity coil：
Measuring equipmet：4262A
fHPg
or its equivalent
Measuring frequency：1kHz
TLF9U, 14CB, 25RA：
Measuring equipment：Impedance analyzer
fHP4192Ag
or
its equivalent
Measuring frequency：1kHz
Measuring voltage：0.35vosc（TLF14CB：1.0V）
5.DC resisitance
Within the specifed tolerance
CM, TLF：
Measuring equipment：DC ohmmeter
6.Temperature characteristi
M30L
Linearity coil：
Change of maximum inductance deviation in step 1 to 5
Temperature at step 1
20C
Temperature at step 2
K25C
Temperature at step 3
20C
fstandard
temperatureg
Temperature at step 4
J85C
Temperature at step 5
20C
7.Withstanding voltage
between layers
Appearance：
Noabnormality
Linearity coil：
Aplly with peak voltage of 500V to both terminals in the coil
Inductance change： for 1min.
WithinM20L
403
RELIABILITY DATA
2/6
Specified Value
Item
CMKRA/
BUKRA Type
8.Terminal strength：
tensile force
No abnormality
CMKRB Type
TLF9U
TLF14CB
TLF25RA
Linearity coil
CM：
Fix the component in the direction to draw terminal and
Test method and remarks
No abnormality
such as cutoff or
looseness of lead. gradually apply tensile force as detailed in indiviual speci-
fications.
TLF9U：
Apply the stated tensile force gradually in the direction to
5
FERRITE PRODUCTS
force
hNi
5
duration
hSi
30M5
hmmi
B0.6
draw terminal.
Nominal wire diameter tensile
Bd
TLF14CB：
Apply the stated tensile force gradually in the direction to
draw terminal.
Nominal wire diameter tensile
Bd
hmmi
B0.8
TLF25RA：
Apply the tensile force of 10N in the direction to draw ter-
minal for 5 seconds.
force
hNi
20
duration
hSi
30M5
Linearity coil：
Apply the stated tensile force gradually in the direction to
draw terminal.
Nominal wire diameter tensile
Bd
hmmi
0.3<BdT0.5
0.5<BdT0.8
0.8<BdT1.2
force
hNi
5
10
25
30M5
duration
hSi
9.Temperature rise
Refer to individual specification
45C max.
Product Surface
temperature：
Within 50C
TLF：
Resistance substitution method
Applied current：Rated current
Duration：1 hr
10.Terminal strength：
bending
No abnormality
such sa cut lead,
or looseness.
Linearity coil：
Applied current：Rated current
Duration：1 hr
Linearity coil：
Suspend a mass at the end the terminal,incline the body
through angel of 90゜and return it into position.
This operation is done over a period of 2K3 sec.
Then second bend in the opposite direction shall be made.
Number of bends：Two times
Nominal wire diameter
fmmg
0.3<BdT0.5
0.5<BdT0.8
0.8<BdT1.2
Bending force
fNg
2.5
5
10
Mass reference weight
fkgg
0.25
0.5
1.0
11.Insulation resisitance：
between the terminals
and body
12.Insulation resistance：
between wires
100MEmin.
100MEmin.
Linearity coil：
Metal globule method：Applied voltage：500VDC
：Duration：60
sec.
CM・TLF：
Applied voltage：Rated voltage
fCMKRA/BUKRA、CMKRBg
：500VDC
fTLF9UA、14CB、25RAg
：250VDC
fTLF９UBg
Duration：60sec.
13.Insulation resistance：
between wire and core
100MEmin.
TLF：
Applied voltage：500VDC
fTLF9UA、14CBg
：250VDC
fTLF９UBg
Duration：60 sec.
405
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