4. Ultra low standby power consumption: 0.036W (typical)
5. Ultra fast start: 1mS (typical)
6. Operating temperature range :-40°C~+85°C
7. Output protection: short circuit protection, over current protection, over voltage protection
8. Metal case, low output ripple
9. International standard pin, PCB board in-line installation
Enviroment Condition
Project name
Qualification
Unit
Notes
Working enviroment temperature
-40—+85
℃
Storage temperture
-40—+125 ℃
℃
Relative humidity
5—95
%
Heat dissipation mode
natural cooling
Atmospheric pressure
80—106 Kpa
Kpa
Vibrate
10-55Hz,10G,30Min.alongx,YandZ
Input Characteristics
Item
Working conditions
Min.
Typ.
Max.
Unit
Input current
(full load/no load)
12VDC Input Series
3.3V
-
1250/40
1280/65
mA
5V
-
1389/40
1421/65
12V
-
1389/7
1421/22
15V
-
1374/7
1405/22
24V
-
1374/12
1405/22
±5V
-
1436/25
1470/35
±12V
-
1372/1.5
1404/2
±15V
-
1372/1.5
1404/2
±24V
-
1372/1.5
1404/2
24VDC Input Series
3.3V
-
625/30
647/50
mA
5V
-
695/30
711/50
12V
-
695/6
711/15
15V
-
687/6
703/15
24V
-
687/10
703/20
±5V
-
718/25
735/35
±12V
-
686/1.5
702/2
±15V
-
686/1.5
702/2
±24V
-
686/1.5
702/2
48VDC Input Series
3.3V
-
313/15
320/30
mA
5V
-
348/15
356/30
12V
-
344/3
352/11
15V
-
344/3
352/11
24V
-
344/4
352/11
±5V
-
359/1
368/1.5
±12V
-
343/1
351/1.5
±15V
-
343/1
351/1.5
±24V
-
343/1
351/1.5
Reflection ripple current
Rated input voltage
-
30
-
mA
Impulse voltage(lsec.max)
12VDC Input Series
-0.7
--
25
24VDC Input Series
-0.7
--
50
VDC
48VDC Input Series
-0.7
--
100
Start Voltage
12VDC Input Series
9
24VDC Input Series
-
-
18
48VDC Input Series
-
-
36
Input undervoltage protection
12VDC Input Series
5.5
6.5
24VDC Input Series
12
15.5
-
48VDC Input Series
26
30
-
Input filter type
PI type
Hot plugged
Non-support
Output Characteristics
Project name
Working and testing condition
+Vo1
-Vo2
Min.
Typ.
Max.
Min.
Typ.
Max.
Output load
load percentage
0%
-
100%
0%
-
100%
Output voltage accuracy
-
±1.0%
±2.0%
-
±2.0%
±3.0%
Linear adjustment rate
input voltage range
-
±0.2%
±0.5%
-
±1.5%
±2%
Load adjustment rate
20%-100% rated load, balanced load
-
±0.5%
±1.0%
-
±4.0%
±5.0%
Ripple & Noise
Pure resistive load,20MHz broadband, peak to peak, 5%-100% load
-
50mVp-p
80mVp-p
-
50mVp-p
80mVp-p
Start time delay
-
1ms
-
-
1ms
-
Input vlotage adjustment
input voltage range
-
no adjustment
-
-
no adjustment
-
Dynamic response step deviation
25% nominal load step
-
±3.0%
±5.0%
-
±3.0%
±5.0%
Dynamic response recovery time
-
300μs
500μs
-
300μs
500μs
Output overvoltage protection
full voltage input range
110%Vo
-
160%Vo
Output overcurrent protection
full voltage input range
110%lo
150%lo
200%lo
Output short circuit protection
full voltage input range
sustainable, self-recovery
Note:
(1) For product model with output voltage ±5VDC or ±9VDC , the maximum output voltage accuracy is ±5% under 0% - 5% load condition
(2) When tested according to the 0%-00% load working condition, the load adjustment rate is ±5%
(3) 0%-5% load ripple & noise less than or equal to 5% Vo. Ripple and noise test method, Twisted pair test method, can add capacitive load at the output to reduce light load ripple
Typical Application Circuits
EMC parameter recommendation
Component No.
24V input
48V input
Fuse
Follow up on customer needs and connect corresponding fuses
MOV1/Varistor
14D560K
14D101K
ldm1/Common mode inductance
10mH
15mH
CO,C1 Ceramic capacitors
1uF/50V
1uF/100V
E1,E2 Electrolytic capacitor
100uF/50V
100uF/100V
LDM2/Differential mode inductance
1nF/250Vac
Notes:
* Fuses and varistors are basic parts of protection circuits (required).
* If the certification is required, the safety capacitor and common mode inductance cannot be omitted.
Output filtering
For usual requirements of ripple and noise, the peripheral recommendation is only C2; For strict requirements of ripple and noise, the above circuit is recommended. Notes:
(1) C2, C3 use high frequency low resistance electrolytic capacitor, and the total capacity can not exceed the maximum capacitive load indicated in the manual, otherwise the module will not start normally. (2) When the capacitive load is used, the minimum load of 3% must be guaranteed, otherwise the module output will be abnormal.
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