LQH1NR33K04M00 [MURATA]
General Purpose Inductor, 0.33uH, 10%, 1 Element, Ferrite-Core, SMD;
| 型号： | LQH1NR33K04M00 |
| 厂家： | 
muRata |
| 描述： | General Purpose Inductor, 0.33uH, 10%, 1 Element, Ferrite-Core, SMD 测试 射频感应器 电感器 |
| 文件： | 总4页 (文件大小：161K) |
| 中文： | 中文翻译 | 下载： | 下载PDF数据表文档文件 |
SURFACE MOUNT INDUCTORS
CHIP INDUCTORS
LQH1N/3N/4N Series
The chip coil LQH/LQN Series comprises subminiature chip
inductors wound on a special ferrite core made possible by an
automatic winding technique developed by Murata Electronics.
These inductors have a high Q at high frequencies and
low DC resistance, making them suited for enhancing the
performance of electronic circuits in video, communications
and audio equipment.
LQH1N
The sub-miniature dimensions (3.2 x 1.6 x 1.8mm) allow
parallel mounting on 2.5mm centers. This series is suitable
for portable audio-visual equipment.
LQH3N
High Q value makes the series suitable for circuits up to100MHz
in frequency. This series is excellent for video equipment.
LQH(N)4N
This series is available with high inductance values and high
current capacity. At 10ꢀH, up to 450mA designs are possible,
resulting in excellent performance when the series is used as
a choke coil.
PART NUMBERING SYSTEM
LQH
3
N
101
K
34
M00
TYPE
LQH: Epoxy coating
on winding
SIZE
APPLICATION
N: General Use
INDUCTANCE CODE
R22: 0.22ꢀH
2R2: 2.2ꢀH
TOLERANCE
J: 5%
K: 10%
M: 20%
ELECTRODE
UNMARKED
1: 3.2 x 1.6mm (1206ꢀ
3: 3.2 x 2.5mm (1210ꢀ
4: 4.5 x 3.2mm (1812ꢀ
MATERIAL
04/34: Nickel &
Solder
220: 22ꢀH
221: 220ꢀH
102: 1000ꢀH
SPECIFICATIONS
Inductance
Q
Self-
DC
Allowable Operating
resonant
Frequency
(MHz min.)
Measurement Nominal Measurement
Dimensions: mm
Part Number
Nominal
Resistance
(Ohms)
Current
(mA)
Temp.
Range
Tolerance
(%)
Frequency
(MHz)
Value
(min.)
Frequency
(MHz)
Value (ꢀH)
ꢀ
LQH1NR15M(K)04
LQH1NR22M(K)04
LQH1NR33M(K)04
LQH1NR47M(K)04
LQH1NR56M(K)04
LQH1NR68M(K)04
LQH1NR82M(K)04
LQH1N1R0M(K)04
LQH1N1R2M(K)04
LQH1N1R5(K.J)04
LQH1N1R8(K.J)04
LQH1N2R2(K.J)04
LQH1N2R7(K.J)04
LQH1N3R3(K.J)04
LQH1N3R9(K.J)04
LQH1N4R7(K.J)04
LQH1N5R6(K.J)04
LQH1N6R8(K.J)04
LQH1N8R2(K.J)04
LQH1N100K(J)04
LQH1N120K(J)04
LQH1N150K(J)04
LQH1N180K(J)04
LQH1N220K(J)04
LQH1N270K(J)04
LQH1N330K(J)04
LQH1N390K(J)04
LQH1N470K(J)04
LQH1N560K(J)04
LQH1N680K(J)04
LQH1N820K(J)04
LQH1N101K(J)04
0.15
0.39 40% 250 250
________________________
_______________________
_
___
20
1206
ꢀ
0.22
0.43 40% 250 240
________________________
_______________________
_
___
______
_
ꢀ
0.33
0.45 40% 250 230
________________________
_______________________
_
___
ꢀ
0.47
25
0.83 40% 200 215
________________________
_______________________
_
___
ꢀ
20
( 10ꢀ
ꢀ
0.56
30
0.61 40% 180 200
________________________
_______________________
_
___
ꢀ
0.68
0.67 40% 160 190
________________________
_______________________
_
___
ꢀ
0.82
0.73 40% 120 185
________________________________________
_______________________
_
_
___
___
ꢀ
1.0
0.49 30% 100 175
________________________
_______________________
ꢀ
1.2
0.9 30% 90 165
________________________
_______________________
_
_____________
___
___
ꢀ
1.5
1.0 30% 75 155
________________________
_______________________
_
10
ꢀ
1.8
1.6 30% 60 150
________________________
_______________________
_
ꢀ
10
( 5ꢀ
ꢀ
2.2
0.7 30% 50 140
________________________
2.3 0.2
1.6 0.2
_______________________
_
___
ꢀ
2.7
0.55 30% 43 135
__________________________________
_____________________________________________
ꢀ
3.3
1.4 30% 38 130
________________________
_______________________
_
___
___
___
___
___
ꢀ
3.9
1.5 30% 35 125
________________________
_______________________
_
–25°C
~
+85°C
35
ꢀ
ꢀ
4.7
10
( 5ꢀ
1.7 30% 31 120
________________________
_______________________
_
3.2 0.3
8
ꢀ
5.6
1
1.8 30% 28 115
________________________
_______________________
_
ꢀ
6.8
2.0 30% 25 110
________________________
_______________________
_
ꢀ
8.2
2.2 30% 23 105
__________________________________
_______________________
_
_
_
_
_
_
_
_
_
_
_
_
_
_____________
ꢀ
10
12
15
18
22
27
33
39
47
56
68
82
2.5 30% 20 100
________________________
_______________________
___
___
___
___
___
ꢀ
ꢀ
2.7 30% 18 95
________________________
0.7 0.7 0.7
min. min. min.
_______________________
5
ꢀ
3.0 30% 16 90
________________________
_______________________
ꢀ
3.4 30% 15 85
________________________________________
_______________________
ꢀ
3.1 30% 14 85
________________________
_______________________
ꢀ
3.4 30% 13 85
________________________
_______________________
___
___
___
___
___
___
___
10
( 5ꢀ
ꢀ
3.8 30% 12 80
________________________
_______________________
ꢀ
7.2 30% 11 55
________________________
_______________________
ꢀ
40
2.5
8.0 30% 10 55
________________________
_______________________
ꢀ
8.9 30% 9.0 50
________________________
_______________________
ꢀ
9.9 30% 8.5 50
________________________
_______________________
ꢀ
11 30% 7.5 45
________________________
_______________________
ꢀ
100
12 30%
7.0
45
ꢀ
Available as standard through authorized Murata Electronics Distributors.
224
CG01-J
SURFACE MOUNT INDUCTORS
CHIP INDUCTORS
LQH1N/3N/4N Series
SPECIFICATIONS
Inductance
Q
DC
Self-
Allowable Operating
Resistance resonant
Measurement Nominal
Dimensions: mm
Part Number
Nominal
Current
(mA)
Temp.
Range
Tolerance
(%)
Measurement
Frequency
(Ohms)
max.
Frequency
(MHz min.)
Frequency
(MHz)
Value
Value (ꢀH)
(min.)
ꢀ
LQH3NR10M34
0.10
0.25 200
___________________7_0_0___
_______________________
_
___
20
1210
ꢀ
LQH3NR18M34
0.18
0.25 200 650
_______________________
_
___
_______
________________________
ꢀ
LQH3NR27M34
0.27
0.25 200
___________________6_0_0___
_______________________
_
___
25
ꢀ
LQH3NR39M34
0.39
25.2MHz
0.25 200 530
_______________________
_
___
_______
________________________
ꢀ
ꢀ
LQH3NR56M34
0.56
20
0.25 160
___________________5_3_0___
0.25 160
___________________4_7_0___
_______________________
_
___
ꢀ
LQH3NR68M34
0.68
30
_______________________
_
___
ꢀ
LQH3NR82M34
0.82
120 450
___________________0_._25_____________________
_______________________
_
___
___
ꢀ
LQH3N1R0M34
1.0
0.5 100
___________________4_4_5___
0.6 100
___________________4_2_5___
0.6 75
___________________4_0_0___
0.7 60
___________________3_9_0___
0.8 50
___________________3_7_0___
0.9 43
___________________3_2_0___
1.0 38
___________________3_0_0___
1.1 35
___________________2_9_0___
1.2 31
___________________2_7_0___
1.3 28
___________________2_5_0___
1.5 25
___________________2_4_0___
1.6 225
___________2_3____________
1.8 20
___________________1_9_0___
2.0 18
___________________1_8_0___
2.2 16
___________________1_7_0___
2.5 15
___________________1_6_5___
_______________________
_
ꢀ
LQH3N1R2M34
1.2
_______________________
_
_____________
ꢀ
LQH3N1R5K(M)34
1.5
_______________________
_
___
___
___
___
ꢀ
LQH3N1R8K(M)34
1.8
_______________________
_
ꢀ
LQH3N2R2K(M)34
2.2
_______________________
_
ꢀ
LQH3N2R7K(M)34
2.7
20
_______________________
_
ꢀ
LQH3N3R3K(M)34
3.3
( 20ꢀ
ꢀ
_______________________
_
___
___
___
___
___
ꢀ
LQH3N3R9K(M)34
3.9
10
_______________________
_
2.5 0.2
2.5 0.2
ꢀ
LQH3N4R7K(M)34
4.7
_______________________
_
ꢀ
LQH3N5R6K(M)34
5.6
_______________________
_
ꢀ
LQH3N6R8K(M)34
6.8
_______________________
_
ꢀ
LQH3N8R2K(M)34
8.2
1MHz
–25°C
~
_______________________
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_____________
_______
3.2 0.3
ꢀ
LQH3N100J(K)34
10
1
_______________________
___
___
___
___
___
___
___
___
___
___
ꢀ
LQH3N120J(K)34
12
+85°C
_______________________
ꢀ
LQH3N150J(K)34
15
_______________________
35
ꢀ
LQH3N180J(K)34
18
_______________________
ꢀ
LQH3N220J(K)34
22
2.8 14
___________________1_5_0___
3.1 125
___________1_3____________
3.5 12
___________________1_1_5___
3.9 11
___________________1_1_0___
0.9 1.3 0.9
0.3 0.2 0.3
_______________________
ꢀ
LQH3N270J(K)34
27
_______________________
_______
ꢀ
LQH3N330J(K)34
33
_______________________
ꢀ
LQH3N390J(K)34
39
_______________________
ꢀ
LQH3N470J(K)34
47
4.3 11
___________________1_0_0___
_______________________
ꢀ
LQH3N560J(K)34
56
4.9 10 85
_______________________
________________________
ꢀ
LQH3N680J(K)34
68
( 10ꢀ
ꢀ
5.5 9.0 80
________________________
_______________________
___
ꢀ
LQH3N820J(K)34
82
5
6.2 8.5
_____________________________7_0____
_______________________
___
___
___
___
___
___
___
___
___
___
ꢀ
LQH3N101J(K)34
100
40
7.0 8.0 80
_______________________
________________________
ꢀ
LQH3N121J(K)34
120
8.0 7.5 75
________________________
_______________________
ꢀ
LQH3N151J(K)34
150
9.3 7.0 70
_______________________
________________________
ꢀ
LQH3N181J(K)34
180
6.0 65
___1_0._2___________________
5.5 65
___1_1._8___________________
5.0 65
___1_2._5___________________
5.0 65
__1_3_.0____________________
5.0 50
__2_2_.0____________________
5.0 45
___2_5._0___________________
_______________________
ꢀ
LQH3N221J(K)34
220
_______________________
796kHz
ꢀ
LQH3N271J(K)34
270
_______________________
ꢀ
LQH3N331J(K)34
330
_______________________
_______
ꢀ
LQH3N391J(K)34
390
_______________________
__________
ꢀ
LQH3N471J(K)34
470
50
_______________________
1kHz
ꢀ
LQH3N561J(K)34
560
28.0
5.0
40
ꢀ
Available as standard through authorized Murata Electronics Distributors.
CG01-J
225
SURFACE MOUNT INDUCTORS
CHIP INDUCTORS
LQH1N/3N/4N Series
SPECIFICATIONS
Inductance
Q
DC
Self-
Allowable Operating
Resistance resonant
Nominal
Value
(min.)
Dimensions: mm
Part Number
Nominal
Current
(mA)
Temp.
Range
Tolerance Measurement
Measurement
Frequency
(Ohms)
max.
Frequency
(MHz min.)
Value (ꢀH)
(%)
Frequency
LQH4N1R0M04
1.0
120
_______________________
_
___
___
___
___
___
___
___
________
0.20
1812
LQH4N1R2M04
1.2
100
_______________________
_
________________
LQH4N1R5M04
1.5
85
_______________________
_
___
_
_____
LQH4N1R8M04
1.8
0.30
75
_______________________
_
___
_
_____
ꢀ
20
20
LQH4N2R2M04
2.2
62
_______________________
_
________________
500
LQH4N2R7M04
2.7
0.32 53
________________
_______________________
_
LQH4N3R3M04
3.3
0.35 47
_______________________
_
________________
LQH4N3R9M04
3.9
0.38 41
________________
_______________________
_
_____________
___
________
LQH4N4R7M(K)04
4.7
0.40 38
_______________________
_
________________
ꢀ
20
LQH4N5R6M(K)04
5.6
0.47 33
________________________
_______________________
_
___
___
30
ꢀ
LQH4N6R8M(K)04
6.8
( 10ꢀ
0.50 31
_______________________
_
________________
450
LQH4N8R2M(K)04
8.2
0.56 27
________________________
0.56 23
___________________4_0_0___
0.62 21
___________________3_8_0___
0.73 19
___________________3_6_0___
0.82 17
___________________3_4_0___
0.94 15
___________________3_2_0___
1.1 14
___________________3_0_0___
1.2 12
___________________2_7_0___
_______________________
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_____________
________
1MHz
ꢀ
LQH4N100K(J)04
10
_______________________
___
___
___
___
___
___
___
___
___
___
___
___
___
ꢀ
LQH4N120K(J)04
12
_______________________
ꢀ
LQH4N150K(J)04
15
_______________________
1MHz
ꢀ
LQH4N180K(J)04
18
_______________________
ꢀ
LQH4N220K(J)04
22
3.6 0.2
3.2 0.2
_______________________
ꢀ
LQH4N270K(J)04
27
35
_______________________
ꢀ
LQH4N330K(J)04
33
–25°C
~
_______________________
ꢀ
LQH4N390K(J)04
39
1.4 11
___________________2_4_0___
1.5 10
___________________2_2_0___
1.7 9.3
___________________2_0_0___
_______________________
ꢀ
4.5 0.3
LQH4N470K(J)04
47
+85°C
_______________________
3.2 0.2
ꢀ
LQH4N560K(J)04
56
_______________________
ꢀ
LQH4N680K(J)04
68
1.9
8.4
_______________________
___________________1_8_0___
ꢀ
LQH4N820K(J)04
82
_______________________
___________________2_._2 _______7_._5_____1_7_0___
ꢀ
LQH4N101K(J)04
100
2.5 6.8
___________________1_6_0___
3.0 6.2
___________________1_5_0___
3.7 5.5
___________________1_3_0___
4.5 5.0
___________________1_2_0___
5.4 4.5
___________________1_1_0___
6.8 4.0
___________________1_0_0___
_______________________
1.0
1.0
1.0
ꢀ
ꢀ
10
( 5ꢀ
min. min. min.
LQH4N121K(J)04
120
_______________________
___
ꢀ
ꢀ
LQH4N151K(J)04
150
_______________________
___
___
___
___
___
___
___
___
___
___
___
___
___
___
ꢀ
LQH4N181K(J)04
180
_______________________
ꢀ
LQH4N221K(J)04
220
_______________________
ꢀ
LQH4N271K(J)04
270
796kHz
_______________________
ꢀ
LQH4N331K(J)04
330
8.2 3.6 95
_______________________
________________________
ꢀ
LQH4N391K(J)04
390
9.7 3.3 90
________________________
3.0 80
___1_1._8___________________
2.7 70
___1_4._5___________________
2.5 65
___1_7._0___________________
_______________________
_________
_
ꢀ
LQH4N471K(J)04
470
40
_______________________
ꢀ
LQH4N561K(J)04
560
_______________________
ꢀ
LQH4N681K(J)04
680
_______________________
ꢀ
LQH4N821K(J)04
820
20.5 2.2
_____________________________6_0____
_______________________
ꢀ
LQH4N102K(J)04
1000
1kHz
2.0 50
___2_5._0___________________
1.8 45
___3_0._0___________________
1.6 40
___3_7._0___________________
1.5 35
___4_5._0___________________
_______________________
ꢀ
LQH4N122K(J)04
1200
_______________________
ꢀ
LQH4N152K(J)04
1500
252kHz
_______________________
ꢀ
LQN4N182K(J)04
1800
_______________________
ꢀ
LQN4N222K(J)04
2200
50.0
1.3
30
ꢀ
Available as standard through authorized Murata Electronics Distributors.
226
CG01-J
SURFACE MOUNT INDUCTORS
CHIP INDUCTORS
LQH1N/3N/4N Series
TYPICAL ELECTRICAL CHARACTERISTICS
Q-FREQUENCY CHARACTERISTICS
LQH1N Series
LQH3N Series
LQH4N/LQN4N Series
100
100
80
100
1000ꢀH
100ꢀH
80
80
100ꢀH
10ꢀH
100ꢀH
10ꢀH
1ꢀH
60
40
60
60
40
20
Q
Q
Q
10ꢀH
1ꢀH
40
20
0
20
0
0
0.5
1
5
10
50 100
0.1
0.5
1
5
10
0.1
0.5
1
5
10
Frequency (MHz)
Frequency (MHz)
Frequency (MHz)
INDUCTANCE-TEMPERATURE CHARACTERISTICS
LQH1N Series
LQH3N Series
LQH4N/LQN4N Series
10
10
10
220ꢀH
1.0ꢀH
5
0
5
0
5
0
1000ꢀH
10ꢀH
100ꢀH
1ꢀH
10ꢀH
–5
–5
–5
1000ꢀH
–10
–10
–10
–20
0
20
40
60
80
–20
0
20
40
60
80
–20
0
20
40
60
80
Temperature (°C)
Temperature (°C)
Temperature (°C)
INDUCTANCE-CURRENT CHARACTERISTICS
LQH1N Series
LQH3N Series
LQH4N/LQN4N Series
500
500
5000
220ꢀH
100ꢀH
39ꢀH
2200ꢀH
1000ꢀH
390ꢀH
100ꢀH
100
100
50
1000
500
50
33ꢀH
10ꢀH
10ꢀH
100ꢀH
39ꢀH
10
5
100
50
10
3.9ꢀH
5
10ꢀH
1.0ꢀH
1.0ꢀH
10
1
1
5
10
50 100
Current (mA)
500
5
10
50 100
Current (mA)
500
5
10
50 100
500
Current (mA)
COUPLING FACTOR
LQH1N Series
10
8
ꢀ
6
4
ꢀ = 0.9mm
ꢀ = 2.0mm
K
(%)
(2.5mm Pitch Parallel
(Mounting)
2
0
0.5
1
5
10
50
100
Inductance (ꢀH)
CG01-J
227
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SI9137DB
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