MAX17595EVKIT# Maxim Integrated, MAX17595EVKIT# Datasheet - Page 15
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MAX17595EVKIT#
Manufacturer Part Number
MAX17595EVKIT#
Description
Power Management IC Development Tools MAX17595 Eval Kit
Manufacturer
Maxim Integrated
Datasheet
1.MAX17595EVKIT.pdf
(22 pages)
Specifications of MAX17595EVKIT#
Rohs
yes
error amplifier is set up as a proportional gain amplifier
as shown in
The devices incorporate an error amplifier with a 1% pre-
cision voltage reference that enables negative feedback
control of the output voltage. The output voltage of the
switching converter can be programmed by selecting the
values for the resistor-divider connected from V
the flyback /boost output to ground, with the midpoint of
the divider connected to the FB pin
Figure 5. MAX17596/MAX17597 Typical Startup Circuit with V
Figure 6. MAX17596/MAX17597 Typical Startup Circuit with Bias Winding to Turn Off Q1 and Reduce Power Dissipation
Maxim Integrated
Figure
Programming Output Voltage
9.
6.3V
Z
D1
R
Z
V
IN
V
IN
C
IN
(Figure
Q
1
Peak-Current-Mode Controllers for
V
IN
MAX17595/MAX17596/MAX17597
V
IN
7). With R
MAX17596
MAX17597
OUT
LDO
DRV
Flyback and Boost Regulators
, and
MAX17596
MAX17597
LDO
DRV
B
IN
Connected Directly to DC Input
D2
V
NDRV
CS
DRV
selected in the 20kI to 50kI range, R
lated as:
The devices include a robust overcurrent protection scheme
that protects the device under overload and short-circuit
conditions. A current-sense resistor, connected between
the source of the MOSFET and PGND, sets the peak
current limit. The current-limit comparator has a voltage
V
NDRV
CS
DRV
C
DRV
R
U
C
Np
DRV
V
DC
=×
R
R
NB
S
B
Ns
Np
Peak-Current-Limit Setting (CS)
V
DC
D1
V
1.21
R
OUT
S
Ns
V
OUT
−
D1
C
1 k , where R is in k .
OUT
I
C
OUT
U
B
can be calcu-
I
15