NDTS1212C

12V 250mA, Isolated 3W Input Single Output DC-DC Converter 1kVDC,, 9-18V
NDTS1212C
Input Voltage Range (V) 9 to 18
Design Origin Murata Power Solutions
Dimensions (inch) 1.270 x 0.577 x 0.275
Dimensions (mm) 32.26 x 14.66 x 7
Efficiency (%) 75
Mounting Type Through Hole
Package Style DIP
Output Current (A) 0.25
Input Current (mA) 310
Isolation (Vdc) 1000
Line Regulation Max (%) 0.5
Load Regulation Max (%) 0.5
Operating Temp. Range (C) -40 to 85
Ripple and Noise (mV pk-pk) 90
RoHS 6 Yes
Series Headline Isolated 3W Single Output DC-DC Converters
Series Description The NDTS series is a range of low profile DC/DC converters offering a single regulated output over a 2:1 input voltage range. All parts deliver 3W output power up to 85°C without heatsinking. A flyback oscillator design with isolated feedback is used to give regulation over the full operating range of 25% to 100% of full load. It is strongly recommended that external capacitors be used on input and output to guarantee performance over full load and input voltage range (see recommended filter circuit for values).
Total Output Power (W) 3
Output Voltage 1 (V) 12V
Input Voltage Nominal (V) 12
Input Voltage Range (V)
9 to 18
Design Origin
Murata Power Solutions
Dimensions (inch)
1.270 x 0.577 x 0.275
Dimensions (mm)
32.26 x 14.66 x 7
Efficiency (%)
75
Mounting Type
Through Hole
Package Style
DIP
Output Current (A)
0.25
Input Current (mA)
310
Isolation (Vdc)
1000
Line Regulation Max (%)
0.5
Load Regulation Max (%)
0.5
Operating Temp. Range (C)
-40 to 85
Ripple and Noise (mV pk-pk)
90
RoHS 6
Yes
Series Headline
Isolated 3W Single Output DC-DC Converters
Series Description
The NDTS series is a range of low profile DC/DC converters offering a single regulated output over a 2:1 input voltage range. All parts deliver 3W output power up to 85°C without heatsinking. A flyback oscillator design with isolated feedback is used to give regulation over the full operating range of 25% to 100% of full load. It is strongly recommended that external capacitors be used on input and output to guarantee performance over full load and input voltage range (see recommended filter circuit for values).
Total Output Power (W)
3
Output Voltage 1 (V)
12V
Input Voltage Nominal (V)
12