DC Bias Characteristics (Typical)
SDSL 10D40F Series
4040
inch
Dimensions
Specifications
Chip Size
Units: mm
A
10.20
±0.30
B
10.00
±0.30
C
4.00
max
D
3.00
±0.10
E
1.20
±0.15
F
7.70
±0.30
Part Number
Inductance (uH)
Test Frequency (Hz)
DCR (m
Ω
)
max
I sat (A )max
I rms (A) Typ
SDSL10D40F-1R5Y
1.5
±
30%
0.1
V/100K
0.0081
10.00
6.50
SDSL10D40F-2R5Y
2.5
±
30%
0.1
V/100K
0.0105
7.50
6.10
SDSL10D40F-3R8Y
3.8
±
30%
0.1
V/100K
0.0130
6.00
5.50
SDSL10D40F-5R2Y
5.2
±
30%
0.1
V/100K
0.0220
5.50
5.40
SDSL10D40F-7R0Y
7.0
±
30%
0.1
V/100K
0.0270
4.80
4.50
SDSL10D40F-100M
10
±
20%
0.1
V/100K
0.0350
4.40
3.80
SDSL10D40F-150M
15
±
20%
0.1
V/100K
0.0500
3.60
3.10
SDSL10D40F-220M
22
±
20%
0.1
V/100K
0.0730
2.90
2.50
SDSL10D40F-330M
33
±
20%
0.1
V/100K
0.0930
2.30
2.20
SDSL10D40F-470M
47
±
20%
0.1
V/100K
0.1550
2.10
1.90
SDSL10D40F-101M
100
±
20%
0.1
V/100K
0.3040
1.35
1.25
SDSL10D40F-221M
220
±
20%
0.1
V/100K
0.7560
0.92
0.70
SDSL10D40F-331M
330
±
20%
0.1
V/100K
1.0900
0.70
0.52
Note:
1.
All test data referenced to 25
℃
ambient.
2.
Heat Rated Current (Irms) will cause the coil temperature rise approximately
Δ
t of 40
℃
(
keep 1min.).
3.
Saturation Current (Isat) will cause L0 to drop 30% typical. (keep quickly).
Assembly Type Power Inductors
Halogen
Halogen-free
Pb
Pb-free
All thedata listed in this catalogueare for referenceonly,TAI-TECH reserves the right to alteror revise the specificationswithout prior
notification.
For the latest specification,please visit ourwebsite:www.tai-tech.com.tw
Assembly Type Power Inductors
(4040
inch)
Dimensions
Specifications
Part Number
Inductance (uH)
Test
Frequency
(
Hz)
DCR (mΩ) max I sat (A )max I rms (A) typ
SDSL10D30F-R80Y
0.80
±30%
0.1
V/100K
0.0057
11.20
8.30
SDSL10D30F-1R5Y
1.5
±30%
0.1
V/100K
0.0110
8.00
5.80
SDSL10D30F-2R2Y
2.2
±30%
0.1
V/100K
0.0169
6.70
5.10
SDSL10D30F-3R3Y
3.3
±30%
0.1
V/100K
0.0210
5.56
4.70
SDSL10D30F-4R7Y
4.7
±30%
0.1
V/100K
0.0300
4.65
4.00
SDSL10D30F-6R8Y
6.8
±30%
0.1
V/100K
0.0350
3.84
3.60
SDSL10D30F-100M
10
±20%
0.1
V/100K
0.0590
3.18
2.80
SDSL10D30F-150M
15
±20%
0.1
V/100K
0.0910
2.60
2.05
SDSL10D30F-220M
22
±20%
0.1
V/100K
0.1430
2.16
1.60
SDSL10D30F-330M
33
±20%
0.1
V/100K
0.2020
1.74
1.35
SDSL10D30F-470M
47
±20%
0.1
V/100K
0.2990
1.43
1.20
SDSL10D30F-680M
68
±20%
0.1
V/100K
0.4290
1.22
0.95
SDSL10D30F-101M
100
±20%
0.1
V/100K
0.6830
1.02
0.70
SDSL10D30F-151M
150
±20%
0.1
V/100K
0.8710
0.84
0.51
Note:
1.
All test data referenced to 25
℃
ambient.
2.
Heat Rated Current (Irms) will cause the coil temperature rise approximatelyΔt of 40
℃
(
keep 1min.).
3.
Saturation Current (Isat) will cause L0 to drop 30% typical.
(
keep quickly).
Chip Size
A
10.20
±
0.30
B
10.00
±
0.30
C
3.00
max
D
3.00
±
0.10
E
1.20
±
0.15
F
7.70
±
0.30
Units: mm
DC Bias Characteristics (Typical)
139
0
2
4
6
8
10
DCCURRENT(A)
0
12
24
36
48
60
INDUCTANCE (uH)
SDSL10D30F-Series
1
R5
6
R8
100
150
330
560
0
1.2
2.4
3.6
4.8
6
DCCURRENT(A)
0
6
12
18
24
30
TEMP.RISE(
o
C)
SDSL10D3 F-Series
1
R5
6
R8
00
150
330
560
All the data listed in this catalogue are for reference only, TAI-TECH reserves the right to alter or revise the specifications wit
notification.
For the latest
e visit our website:
Specifications
Part Number
Inductance
(
uH)
Test
Frequency
(
Hz)
DCR
(
mΩ)max
I sat
(
A )max
I rms
(
A) Typ
SDSL10D40F-1R5Y
1.5
±30%
0.1
V/100K
0.0081
10.00
6.50
SDSL10D40F-2R5Y
2.5
±30%
0.1
V/100K
0.0105
7.50
6.10
SDSL10D40F-3R8Y
3.8
±30%
0.1
V/100K
0.0130
6.00
5.50
SDSL1 40F-5R2
5.2
±30%
0.1
V/100K
0.0220
5.50
5.40
SDSL10D40F-7R Y
7.0
±30%
0.1
V/100K
0.0270
4.80
4.50
SDSL10D40F-100M
10
±20%
0.1
V/100K
0.0350
4.40
3.80
SDSL10D40F-150M
15
±20%
0.1
V/100K
0.0500
3.60
3.10
SDSL10D40F-220
22
±20%
0.1
V/100K
0.0730
2.90
2.50
SDSL D40F-330M
33
±20%
0.1
V/100K
0.0930
2.30
2.20
SDSL10D40F-470M
47
±20%
0.1
V/100K
0.1550
2.10
1.90
SDSL10D40F-101M
100
±20% 0.1V/100K
0.3040
1.35
1.25
SDSL D40F-221M
220
±20% 0.1V/100K
0.7560
0.92
0.70
SDSL10D40F-331M
330
±20% 0.1V/100K
1.0900
0.70
0.52
Note:
1.
All test data referenced to 25
℃
ambient.
2.
Heat Rated Current (Irms) will cause the coil temperature rise approximately Δt of 40
℃
(
keep 1min.).
3.
Saturation Current (Isat) will cause L0 to drop 30% typical.
(
keep quickly).
B
10.00
±
0.30
C
4.00
max
D
3.00
±
0.10
E
1.20
±
0.15
F
7.70
±
0.30
Units: mm
DC Bias Characteristics (Typical)
140
0
2
4
6
8
10
DC CURRENT(A)
0
12
24
36
48
60
INDUCTANCE (uH)
SDSL10D40F-Series
1
R5
2
R2
3
R3
4
R7
6
R8
220
330
0
1.6
3.2
4.8
6.4
8
DC CURRENT(A)
0
6
12
18
24
30
TEMP. RISE(
o
C)
SDSL10D40F-Series
1
R5
2
R2
3
R3
4
R7
6
R8
220
330
All the data listed in this catalogue are for reference only, TAI-TECH reserves the right to
notification.
For the latest specification, please visit our website:
Assembly Type Power Inductors
(4 40
inch)
Dimensions
Specifications
Part Number
Inductance (uH)
Test
Frequency
(
Hz)
DCR (mΩ) max I sat (A
SDSL10D30F-R80Y
0.80
±30%
0.1
V/100K
0.0057
11.2
SDSL10D30F-1R5Y
1.5
±30%
0.1
V/100K
0.0110
8.0
SDSL10D30F-2R2Y
2.2
±30%
0.1
V/100K
0.0169
6.7
SDSL10D30F-3R3Y
3.3
±30%
0.1
V/100K
0.0210
5.5
SDSL10D30F-4R7Y
4.7
±30%
0.1
V/100K
0.0300
4.6
SDSL10D30F-6R8Y
6.8
±30%
0.1
V/100K
0.0350
3.8
SDSL10D30F-100M
10
±20%
0.1
V/100K
0.0590
3.1
SDSL10D30F-150M
15
±20%
0.1
V/100K
0.0910
2.6
SDSL10D30F-220M
22
±20%
0.1
V/100K
0.1430
2.1
SDSL10D30F-330M
33
±20%
0.1
V/100K
0.2020
1.7
SDSL10D30F-470M
47
±20%
0.1
V/100K
0.2990
1.4
SDSL10D30F-680M
68
±20%
0.1
V/100K
0.4290
1.2
SDSL10D30F-101M
100
±20%
0.1
V/100K
0.6830
1.0
SDSL10D30F-151M
150
±20%
0.1
V/100K
0.8710
0.8
Note:
1.
All test data referenced to 25
℃
ambient.
2.
Heat Rated Current (Irms) will cause th coil temperature rise approximately Δt of 40
℃
(
keep 1min.).
3.
Saturation Current (Isat) will cause L0 to drop 30% typical.
(
keep quickly).
A
B
C
D
E
F
Units: mm
DC Bias Characteristics (Typical)
0
2
4
6
8
10
DC CURRENT(A)
0
12
24
36
48
60
INDUCTANCE (uH)
SDSL10D30F-Series
1
R5
6
R8
100
150
330
560
0
1.2
2.4
3.6
DC CURRENT(A)
0
6
12
18
24
30
TEMP. RISE(
o
C)
SDSL10D30F-Series
6
R8
100
150
330
560
140
All the data listed in this catalogue are for refere ce only, TAI-TECH reserves the right to alter or revise the speci cations without prior noti cation.
For the latest speci cation, please visit our website:
Remark
