DC Bias Characteristics (Typical)
Dimensions
Specifications
Chip Size
Units: mm
A
7.00
±0.30
B
6.60
±0.30
C
1.80
±0.20
D
1.80
±0.30
E
3.00
±0.30
Part Number
Inductance L0 (uH)
±
20%
@ 0
A
I rms (A)
typ
I sat (A)
typ
DCR (m
Ω
)
typ. @25
℃
.
DCR (m
Ω
)
max. @25
℃
.
TMPC0602H-R10YG-D
0.10
±
30%
21.00
40.00
2.0
2.4
TMPC0602H-R47MG-D
0.47
±
20%
11.70
20.00
7.1
8.3
TMPC0602H-R68MG-D
0.68
±
20%
10.50
16.00
8.3
10.0
TMPC0602H-1R0MG-D
1.00
±
20%
8.00
14.00
16.5
18.0
TMPC0602H-2R2MG-D
2.20
±
20%
6.00
10.00
32.0
37.0
TMPC0602H-3R3MG-D
3.30
±
20%
5.00
8.00
43.0
48.0
TMPC0602H-4R7MG-D
4.70
±
20%
4.50
7.00
53.0
60.0
TMPC0602H-5R6MG-D
5.60
±
20%
4.00
6.00
59.0
68.0
TMPC0602H-6R8MG-D
6.80
±
20%
4.00
5.50
63.0
73.0
TMPC0602H-100MG-D
10.0
±
20%
2.80
4.00
134
154
TMPC0602H-220MG-D
22.0
±
20%
1.50
2.50
236
280
Note:
1.
Test frequency : L : 100KHz /1.0V.
2.
All test data referenced to 25
℃
ambient.
3.
Heat Rated Current (Irms) will cause the coil temperature rise approximately
Δ
t of 40
℃
(
keep 1min.).
4.
Saturation Current (Isat) will cause L0 to drop 30% typical. (keep quickly).
5.
Special inquiries besides the above common used types can be met on your requirement.
Halogen
Halogen-free
Pb
Pb-free
All the data listed in this catalogueare for reference only,TAI-TECH reserves the right toalter or revise the specificationswithout prior
notification.
For the latest specification,please visit our website:www.tai-tech.com.tw
Molding Type High Current Power Inductors
(2525
inch)
Dimensions
Specifications
Chip Size
A
7.00
±
0.30
B
6.60
±
0.30
C
1.80
±
0.20
D
1.80
±
0.30
E
3.00
±
0.30
Units: mm
Part Number
Inductance L0
(
uH)±20%
@ 0
A
I rms
(
A)typ
I sat
(
A)typ
DCR (mΩ)
typ. @25
℃
.
DCR (mΩ)
max. @25
℃
.
TMPC0602H-R10YG-D
0.10
±30%
21.00
40.00
2.0
2.4
TMPC0602H-R47MG-D
0.47
±20%
11.70
20.00
7.1
8.3
TMPC0602H-R68MG-D
0.68
±20%
10.50
16.00
8.3
10.0
TMPC0602H-1R0MG-D
1.00
±20%
8.00
14.00
16.5
18.0
TMPC0602H-2R2MG-D
2.20
±20%
6.00
10.00
32.0
37.0
TMPC0602H-3R3MG-D
3.30
±20%
5.00
8.00
43.0
48.0
TMPC0602H-4R7MG-D
4.70
±20%
4.50
7.00
53.0
60.0
TMPC0602H-5R6MG-D
5.60
±20%
4.00
6.00
59.0
68.0
TMPC0602H-6R8MG-D
6.80
±20%
4.00
5.50
63.0
73.0
TMPC0602H-100MG-D
10.0
±20%
2.80
4.00
134
154
TMPC0602H-220MG-D
22.0
±20%
1.50
2.50
236
280
Note:
1.
Test frequency : L : 100KHz /1.0V.
2.
All test data referenced to 25
℃
ambient.
3.
Heat Rated Current (Irms) will cause the coil temperature rise approximatelyΔt of 40
℃
(
keep 1min.).
4.
Saturation Current (Isat) will cause L0 to drop 30% typical.
(
keep quickly).
5.
Special inquiries besides the above common used types can be met on your requirement.
DC Bias Characteristics (Typical)
A
B
C
1
R0
E
D
1151
166
0
4.6
9.2
13.8
18.4
23
DCCURRENT(A)
0
7
14
21
28
35
TEMP. RISE(
o
C)
TMPC0602H-Series
R10
R56
1
R5
220
5
R6
0
8.4
16.8
25.2
33.6
42
DCCURRENT(A)
0
4.6
9.2
13.8
18.4
23
INDUCTANCE(uH)
TMPC0602H-Series
R10
R56
1
R5
5
R6
220
All the data liste
for reference only, TAI-TECH reserves the right to alter or revise the specifications without prior
notification.
For the latest specification, please visit our website:
Dimensions
Specifications
Chip Size
A
7.00
±
0.30
B
6.60
±
0.30
C
1.80
±
0.20
D
1.80
±
0.30
E
3.00
±
0.30
Units: mm
Part Number
Inductance L0
(
uH)±20%
@ 0
A
I rms
(
A)typ
I sat
(
A)typ
DCR (mΩ)
typ. @25
℃
.
DCR (mΩ)
max. @25
℃
.
TMPC0602H-R10YG-D
0.10
±30%
21.00
40.00
2.0
2.4
TMPC0602H-R47MG-D
0.47
±20%
11.70
20.00
7.1
8.3
TMPC0602H-R68MG-D
0.68
±20%
10.50
16.00
8.3
10.0
TMPC0602H-1R0MG-D
1.00
±20%
8.00
14.00
16.5
18.0
TMPC0602H-2R2MG-D
2.20
±20%
6.00
10.00
32.0
37.0
TMPC0602H-3R3MG-D
3.30
±20%
5.00
8.00
43.0
48.0
TMPC0602H-4R7MG-D
4.70
±20%
4.50
7.00
53.0
60.0
TMPC0602H-5R6MG-D
5.60
±20%
4.00
6.00
59.0
68.0
TMPC0602H-6R8MG-D
6.80
±20%
4.00
5.50
63.0
73.0
TMPC0602H-100MG-D
10.0
±20%
2.80
4.00
134
154
TMPC0602H-220MG-D
22.0
±20%
1.50
2.50
236
280
Note:
1.
Test frequency : L : 100KHz /1.0V.
2.
All test data referenced to 25
℃
ambient.
3.
Heat Rated Current (Irms) will cause the coil temperature rise approximately Δt of 40
℃
(
keep 1min.).
4.
Saturation Current (Isat) will cause L0 to drop 30% typical.
(
keep quickly).
5.
Special inquiries besides the above common used types can be met on your requirement.
DC Bias Characteristics (Typical)
A
B
C
1
R0
E
D
1151
166
0
4.6
9.2
13.8
18.4
23
DC CURRENT(A)
0
7
14
21
28
35
TEMP. RISE(
o
C)
TMPC0602H-Series
R10
R56
1
R5
220
5
R6
0
8.4
16.8
25.2
33.6
42
DC CURRENT(A)
0
4.6
9.2
13.8
18.4
23
INDUCTANCE(uH)
TMPC0602H-Series
R10
R56
1
R5
5
R6
220
All the data listed in this catalogue are for reference only, TAI-TECH reserves the right to alter or re
notification.
For the latest specification, please visit our website:
Molding Type High Current Power Inductors
(2525
inch)
Dimensions
Specifications
Chip Si
A
7.
B
6.
C
1.
D
1.
E
3.
Units: mm
Part Number
Inductance L0
(
uH)±20%
@ 0
A
I rms
(
A)typ
I sat
A)typ
DCR (mΩ)
typ. @25
℃
.
TMPC0602H-R10YG-D
0.10
±30%
21.00
40.00
2.0
TMPC0602H-R47MG-D
0.47
±20%
11.70
20.00
7.1
TMPC 602H-R68MG-D
0.68
±20%
10.50
16.00
8.3
TMPC0602H-1R0MG-D
1.00
±20%
8.00
14.00
16.5
TMPC0602H-2R2MG-D
2.20
±20%
6.00
10.00
32.0
TMPC0602H-3R3MG-D
3.30
±20%
5.00
8.00
43.0
TMPC0602H-4R7MG-D
4.70
±20%
4.50
7.00
53.0
TMPC0602H-5R6MG-D
5.60
±20%
4.00
6.00
59.0
TMPC0602H-6R8MG-D
6.80
±20%
4.00
5.50
63.0
TMPC0602H-100MG-D
10.0
±20%
2.80
4.00
134
TMPC0602H-220MG-D
22.0
±20%
1.50
2.50
236
Note:
1.
Test frequency : L : 100KHz /1.0V.
2.
All test data referenced to 25
℃
ambient.
3.
Heat Rated Current (Irms) will cause the coil temperature rise approximately Δt of 40
℃
(
keep 1min.).
4.
Saturation Current (Isat) will cause L0 to drop 30% typical.
(
keep quickly).
5.
Special inquiri s besides the above common used types can be met on your requirement.
DC Bias Characteristics (Typical)
A
B
C
1
R0
E
D
1151
166
0
4.6
9.2
13.8
18.4
23
DC CURRENT(A)
0
7
14
21
28
35
TEMP. RISE(
o
C)
TMPC0602H-Series
R10
R56
1
R5
220
5
R6
0
8.4
16.8
25.2
33.
DC CURRENT(A)
0
4.6
9.2
13.8
18.4
23
INDUCTANCE(uH)
TMPC0602H-Series
R56
1
R5
5
R6
220
TMPC 0602H Series
2525
inch
Molding Type High Current Power Inductors
166
All the data listed in this catalogue are for reference 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
