Table of Contents
Advertisement
NAD12S10-A
DC-DC Converter Technical Manual V1.1
Electrical Specifications
Conditions: T
= -40 - 85°C, V
A
Parameter
Absolute maximum ratings
Input voltage(Continuous)
Operating ambient
temperature
Storage temperature
Operating humidity
External voltage applied to
On/Off
Input characteristics
Operating input voltage
Maximum input current
Input capacitance
No-load loss
Inrush transient
Output characteristics
Output voltage set point
Output voltage
Output line regulation
Output load regulation
Regulated voltage precision
Temperature coefficient
External capacitance
Output current
Output ripple and noise
(peak to peak)
Output voltage overshoot
Output voltage delay time
Output voltage rise time
Switching frequency
GLOBAL ENERGY EFFICIENCY SPECIALIST
= 9 - 14 V DC, V
= 0.7 - 5.3 V DC, unless otherwise notes.
in
out
Output
Min.
Typ.
All
-
All
-40
All
-55
All
10
All
-
All
9
12
All
-
-
All
220+20 220+20
1.2 V
-
0.3
All
-
-
All
-
All
0.7
All
-
All
-
All
-
All
-
All
470+66 470+66
All
0
≤1.2
-
20
>1.2V
-
30
All
-
All
-
All
-
2.3
All
-
500
Max.
Units
-
16
V
-
85
º C
-
125
º C
-
95
% RH
-
5
V
14
V
10
A
-
µF
-
W
1
A² s
±1.0
%
-
5.3
V
±1
-
%
±1
-
%
±3
-
%
±0.02
%/°C
-
5000
µF
-
10
A
30
mV
60
-
5
%
3
10
ms
10
ms
-
kHz
3
Notes & Conditions
-
See the thermal derating curve
-
Non-condensing
-
-
V
= 0 - 14 V; I
= 10 A
in
out
220µF:Polymer aluminum capacitor
20 µF: Ceramic capacitor
V
= 12 V; I
= 0 A
in
out
-
V
= 12 V; I
= 5 A; 0.1% tolerance
in
out
resistor used to set output voltage
V
= 9 - 14 V; I
= 0 - 10 A
in
out
V
= 9 - 14 V; I
= 10 A
in
out
V
= 12 V; I
= 0 - 10 A
in
out
V
= 9 - 14 V; I
= 0 - 10 A
in
out
T
= -40°C to +85°C (-40°F to
A
+185°F )
470µF: Polymer aluminum
capacitor
66 µF: Ceramic capacitor
-
Oscilloscope bandwidth: 20 MHz
The whole range of V
, I
and T
in
out
From V
connection to 10% V
in
From 10%V
to 90%V
out
out
-
A
out
Advertisement
Table of Contents
