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LTM4611 Datasheet(PDF) 22 Page - Linear Technology

Part # LTM4611
Description  Ultralow VIN, 15A DC/DC 關Module Regulator
PDF  28 Pages
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Manufacturer  LINER [Linear Technology]
Direct Link  http://www.linear.com
Logo LINER - Linear Technology

LTM4611 Datasheet(HTML) 22 Page - Linear Technology

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LTM4611

4611f
HEAT SINK MANUFACTURER
PART NUMBER
WEBSITE
Wakefield Engineering
LTN20069
www.wakefield.com
AAVID Thermalloy
375424B00034G
www.aavidthermalloy.com
*Thequantityandqualityofbulkinputbypasscapacitance
needed, particularly for low dropout scenarios (VIN– VOUT
< 600mV) is mainly dependent on the output impedance
and dynamic response of the power source feeding the
LTM4611(s). Consider, in the extreme: for a heavy load
step, the full transient on LTM4611’s output is directly
referred to its input, and the LTM4611 can only deliver
to its output whatever the source supply and local input
caps can provide. Sluggish source supplies will call for
more bulk capacitance placed locally to the LTM4611’s
input, to assist the source supply in riding through severe
transient load steps.
VOUT
(V)
VIN
(V)
CIN*
(CERAMIC)
CIN*
(BULK)
COUT2
(CERAMIC)
COUT1
(BULK)
CFF
CP
USING
DIFF
AMP FIGURE
TRANSIENT
DROOP,
0A TO 7.5A
LOAD STEP
(mV)
TRANSIENT
PEAK-TO-PEAK,
0A TO 7.5A TO 0A
(mVP-P)
RECOVERY
TIME (µs)
LOAD
STEP
SLEW
RATE
(A/µs)
RSET
(kΩ)
1.2 3.3 2 × 47µF 150µF 4 x 100µF
None
33pF
10pF
Y
21
60
116
30
7.5
121
1.2 3.3 2 × 47µF 150µF 7 × 22µF
330µF
10pF
10pF
Y
21
63
117
20
7.5
121
1.2
5
2
× 47µF 150µF 4 × 100µF
None
47pF
None
Y
21
47
105
30
7.5
121
1.2
5
2
× 47µF 150µF 6 × 22µF
330µF
10pF
10pF
Y
21
64
123
25
7.5
121
1.5 1.8 2 × 47µF 1000µF 6 × 100µF
None
220pF None
Y
21
83
147
25
7.5
69
1.5 1.8 2 × 47µF 1000µF 2 × 22µF
470µF
47pF
None
Y
21
71
135
40
7.5
69
1.5 2.5 2 × 47µF 220µF 4 × 100µF
None
220pF None
Y
21
64
122
40
7.5
69
1.5 2.5 2 × 47µF 220µF 5 × 22µF
330µF
22pF
10pF
Y
21
68
133
30
7.5
69
1.5 3.3 2 × 47µF 150µF 4 × 100µF
None
33pF
10pF
Y
21
66
123
30
7.5
69
1.5 3.3 2 × 47µF 150µF 4 × 22µF
330µF
22pF None
Y
21
67
124
30
7.5
69
1.5
5
2
× 47µF 150µF 4 × 100µF
None
33pF
10pF
Y
21
59
122
30
7.5
69
1.5
5
2
× 47µF 150µF 6 × 22µF
330µF
None
10pF
Y
21
67
131
30
7.5
69
1.8 2.5 2 × 47µF 330µF 4 × 100µF
None
220pF None
Y
21
73
137
45
7.5
48.1
1.8 2.5 2 × 47µF 330µF 5 × 22µF
330µF
22pF None
Y
21
76
145
35
7.5
48.1
1.8 3.3 2 × 47µF 150µF 4 × 100µF
None
47pF
10pF
Y
21
57
118
40
7.5
48.1
1.8 3.3 2 × 47µF 150µF 4 × 22µF
330µF
22pF None
Y
21
69
137
30
7.5
48.1
1.8
5
2
× 47µF 150µF 4 × 100µF
None
33pF
10pF
Y
21
64
127
40
7.5
48.1
1.8
5
2
× 47µF 150µF 6 × 22µF
330µF
None
10pF
Y
21
69
133
30
7.5
48.1
2.5 3.3 2 × 47µF 330µF 3 × 100µF
None
100pF None
Y
21
71
143
45
7.5
28.4
2.5 3.3 2 × 47µF 330µF 4 × 100µF
None
100pF None
Y
21
66
123
40
7.5
28.4
2.5 3.3 2 × 47µF 330µF 3 × 22µF
330µF
47pF
None
Y
21
67
128
50
7.5
28.4
2.5
5
2
× 47µF 150µF 3 × 100µF
None
100pF None
Y
21
60
134
45
7.5
28.4
2.5
5
2
× 47µF 150µF 4 × 100µF
None
100pF None
Y
21
54
115
50
7.5
28.4
2.5
5
2
× 47µF 150µF 5 × 22µF
330µF
22pF None
Y
21
81
160
40
7.5
28.4
3.3
5
2
× 47µF 150µF 2 × 100µF
None
22pF None
Y
21
137
274
40
7.5
19.3
3.3
5
2
× 47µF 150µF 3 × 100µF
None
47pF
None
Y
21
67
143
50
7.5
19.3
3.3
5
2
× 47µF 150µF 4 × 100µF
None
100pF None
Y
21
56
119
60
7.5
19.3
3.3
5
2
× 47µF 150µF 5 × 22µF
330µF
22pF None
Y
21
95
193
45
7.5
19.3
5
5.5 2 × 47µF 680µF 1 × 100µF
None
10pF
None
N
20
264
511
30
7.5
11.5
5
5.5 2 × 47µF 680µF 7 × 22µF
None
None None
N
20
218
431
40
7.5
11.5
applicaTions inForMaTion
THERMALLY CONDUCTIVE ADHESIVE
TAPE MANUFACTURER
PART NUMBER
WEBSITE
Chromerics
T411
www.chromerics.com



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