V16
2
SPECIFICATIONS
All Specifications Typical At Nominal Line, Full Load, and 25℃ Unless Otherwise Noted
INPUT SPECIFICATIONS: GENERAL SPECIFICATIONS:
Input Voltage Range ........……………....…........... 5V ........................... 4.5-9V
Efficiency ..............................................................…..……... See Table
12V .......................... 9-18V
Isolation Voltage ..........……………………....…..........…. 1500VDC min.
24V ........................ 18-36V
Isolation Resistance .........................…........................…. 10
9
ohm min.
48V ..………........... 36-75V
Isolation Capacitance ………………..……………………..…… 500pF typ.
Input Surge Voltage (100ms max.) ………….….… 5V …............... 15V
Switching Frequency ......................….............……………... 100KHz min.
12V ................. 25Vdc max.
Operating Ambient Temperature …………………...…
... -40℃ to +85℃
24V ................. 50Vdc max.
De-rating, Above 85℃ …………..……… Linearly to Zero power at 100℃
48V ............... 100Vdc max.
Case Temperature (note4) ………………………………….. 100℃ max.
Under Voltage Protection (note5):
Cooling ………………………………..…….…………. Natural Convection
5Vin Power Up …………………….....………..... 4.2Vdc max.
Storage Temperature …………………..….......……........ -55℃ to +125℃
Power Down …………………....……………. 3Vdc min.
Humidity .................................................. 95% RH max. Non condensing
12Vin Power Up ……….………………..……...... 7.3Vdc max.
MTBF …… MIL-STD-217F, GB, 25℃, Full Load ………… 2500Khrs typ.
Power Down ………………………..………. 5.8Vdc min.
Dimensions …………..… 0.86x0.36x0.44 inches(21.80x9.20x11.10 mm)
24Vin Power Up ………………………..……….... 15.5Vdc max.
Case Material ……………………………… Non-Conductive Black Plastic
Power Down …………………..……………. 12Vdc min.
Weight …….……………………………………….……………………... 4.8g
48Vin Power Up ………………………..………...... 31Vdc max.
NOTE:
Power Down ………………………..………. 24Vdc min.
1. For asymmetric loading both channels must be at 25% load or more.
Input Filter ………………………………………………..….………... Capacitive
2. Measured from high line to low line.
Remote on/off control (note6):
3. Measured from full load to 10% load.
Module Off (input idle current) ……..……… 1mA max.
4. Maximum case temperature under any operating condition should
OUTPUT SPECIFICATIONS:
not be exceeded 100℃.
Voltage Accuracy ............................................……….................. ±1.5% max.
5. Suffix “ N “ to the model with under voltage protection.
Voltage Balance(Dual) ………………………………….………….... ±1.0% max.
6. Suffix “ N “ Models: Module on ……….……. < 0.8VDC or open circuit
Cross regulation(Dual)(note1) .. Asymmetrical load 25%/100% ... ±5.0% max.
Module off ………..………..…………..4 to 15VDC
Transient Response: 25% Step Load Change
Other Models: Module on ……….……. < 1.2VDC or open circuit
Error Band ……….………………….. ±6% Vout nominal
Module off………..………..……….. 5.5 to 15VDC
Recovery Time …………..……………….…….. < 500us
Ripple & Noise, 20MHz BW ……………..….……………..... 75mV pk-pk max.
Temperature Coefficient ....................……….......….............…..... ±0.03%/°C
Line Regulation (note2) .…….…………………..........................…. ±0.5% max.
Load Regulation (note3) ……..…....… Single …..........…............. ±0.5% max.
Dual …...……………….... ±1.0% max.
Output Short Circuit Protection ..............................................
Start up time ……………………………………….………………....…... 1mS typ.
CASE SIP-8:
Bottom View
PIN CONNECTION
Pin Single
1
2
3
5
-Vin
+Vin
On/Off
NC
All Dimensions In Inches(mm)
X.XX±0.02 X.X±0.5
0.86 [21.8]
0.10 [2.5]
0.70 [17.8]
0.08 [2.0]
0.02 [0.5]
0.44[11.1]
0.16 [4.1]
0.02 [0.5]
0.01 [0.3]
0.14[3.5]
0.36[9.2]
Pin ±0.002 ±0.05
Tolerances : Inches millimeters
Dual
6
7
8
+Vo
-Vo
NC
-Vin
+Vin
On/Off
NC
+Vo
Common
-Vo
12 3 5 6 7 8
Typical Derating curve for Natural Convection
-40
100
85
0%
20%
40%
60%
80%
100%
120%
-40 -20 0 20 40 60 80 100
o
LOAD(%)
Natural
Convection