4
dc1601bf
DEMO MANUAL DC1601B
QUICK START PROCEDURE
Figure 2a. Measured Efficiency at 12V
OUT
, 300kHz (DC1601B-A)
Figure 2b. Measured Efficiency at 12V
OUT
, 300kHz (DC1601B-B)
Figure 2c. Measured Efficiency at 12V
OUT
, 300kHz (DC1601B-C)
Figure 3a. Thermal Capture at 6V
IN
, 12V
OUT
, 10A, 300kHz
(DC1601B-A) No Forced Airflow (Convection)
Figure 3b. Thermal Capture at 12V
IN
, 12V
OUT
, 15A, 300kHz
(DC1601B-B) No Forced Airflow (Convection)
Figure 3c. Thermal Capture at 32V
IN
, 12V
OUT
, 20A, 300kHz
(DC1601B-C) No Forced Airflow (Convection)
LOAD CURRENT
(A)
0
90
85
80
75
100
DC1601b F02a
1
2
3
4
5
6
8
7
10
9
70
95
EFFICIENCY (%)
9V
IN
12V
IN
15V
IN
18V
IN
24V
IN
32V
IN
36V
IN
LOAD CURRENT
(A)
0
90
85
80
75
100
DC1601b F02c
2
4
6
8
10
12
16
14
20
18
70
95
EFFICIENCY (%)
9V
IN
12V
IN
15V
IN
18V
IN
24V
IN
32V
IN
36V
IN
LOAD CURRENT
(A)
0
90
85
80
75
100
DC1601b F02b
1
2
3
6
5
4
7
8
11
9
10
15
12 13 14
70
95
EFFICIENCY (%)
9V
IN
12V
IN
15V
IN
18V
IN
24V
IN
32V
IN
36V
IN
DC1601b F03a
DC1601b F03b
DC1601b F03c
