Texas Instruments LM3429 Evaluation Boards LM3429BSTEVAL/NOPB LM3429BSTEVAL/NOPB 데이터 시트
제품 코드
LM3429BSTEVAL/NOPB
2
9.98V
A
20
k
499
A
20
R
V
OV
HYSO
=
x
:
=
x
=
P
P
=
=
=
A
20
10V
R
OV2
P
:
k
500
V
HYSO
A
20
P
k
:
50
1
R
2
UV
=
k
:
1
2
R
1
UV
=
R
UV1
(
)
R
R
1.24V
UV2
UV1
+
x
V
ON
TURN
=
-
=
V
10.1
=
(
)
k
150
k
21
1.24V
:
+
:
x
k
21
:
V
ON
TURN -
:
=
=
k
2
.
21
-
-
1.24V
V
ON
TURN
x R
1.24V
UV2
=
R
UV1
:
x
k
150
1.24V
-1.24V
10V
3V
A
20
k
150
A
20
R
V
2
UV
HYS
=
x
:
=
x
=
P
P
=
=
=
A
20
3V
R
UV2
P
:
k
150
V
HYS
A
20
P
D1
o
12A, 100V, DPAK
mW
600
mV
600
A
1
V
I
P
FD
D
D
=
x
=
x
=
A
1
I
I
LED
MAX
D
=
=
-
V
91
V
21
V
70
V
V
V
O
MAX
IN
MAX
RD
=
+
=
+
=
-
-
Q1
o
32A, 100V, DPAK
SNVS616G – APRIL 2009 – REVISED MAY 2013
The chosen component from step 9 is:
(127)
10. DIODE
Determine minimum D1 voltage rating and current rating:
(128)
(129)
A 100V diode is chosen with a current rating of 12A and V
D
= 600 mV. Determine P
D
:
(130)
The chosen component from step 10 is:
(131)
11. INPUT UVLO
Solve for R
UV2
:
(132)
The closest standard resistor is 150 k
Ω
therefore V
HYS
is:
(133)
Solve for R
UV1
:
(134)
The closest standard resistor is 21 k
Ω
making V
TURN-ON
:
(135)
The chosen components from step 11 are:
(136)
12. OUTPUT OVLO
Solve for R
OV2
:
(137)
The closest standard resistor is 499 k
Ω
therefore V
HYSO
is:
(138)
Solve for R
OV1
:
36
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