MR10 Datasheet, PDF (2/5 Pages) List of Unclassifed Manufacturers – DC/DC converters

DC/DC converters
MISTRAL Series MR10, MR10-T
Technical specifications according to BKJU.436610.011
Input specifications
Input voltage range/ transitional deviation, 1 sec
12 VDC 10,5…18VDC/ 10,5…18VDC
24 VDC 18…36VDC/17..37,8VDC
27 VDC 17…36VDC/17…80VDC
48 VDC 36…75VDC/36…84VDC
Input filter
P-type
Output specifications
Output voltage trimming range (for single-, dual-output execution with same
±5%
voltage)
Output voltage total instability
- for single-output execution (Inom 10 – 100%)
±4% (index “M”)
±6% (index “T”)
- for multi-output execution (Inom 10 – 100%)
±4% for out1 ±7% for out2&3 (index “M”)
±6% for out1 ±10% for out2&3 (index “T”)
- for multi-output execution with distinction voltage ≥20%
±4% for out1 ±14% for out2&3 (index “M”)
±6% for out1 ±14% for out2&3 (index “T”)
Pulsations ripple (peak-to-peak)
<2% Uout.nom.
Overload protection level**
>120% Iout.nom.
Short circuit protection level**
>150 % Iout.nom., autorepair
Overvoltage protection level**
>120 % Uout.nom.
Remote on/off
Off: 0…1,1VDC or connection of output «ON» and
«- IN», I≤5 mA
General specifications
- high working of case
– 60 °C…+85 °C (index “M”)
– 60 °C…+125 °C (index “T”)
Temperature
- storage
1 _{- power loss (free air convection)}
– 60 °C…+85 °C (index “M”)
– 60 °C…+125 °C (index “T”)
See diagram (red, green lines)
Without power loss with radiator use (provided that Тcase. The module does not exceed the maximal value) see blue curve
Efficiency
82 %
Thermal resistance case - environment
12,5 ºС/Watt
Conversion frequency
150 kHz
Isolation
- voltage in/out: in/case: out/case: ~ 355 VDC, 50 Hz
Insulation resistance @ 500VDC
≥20 Ohm
External factors stability
- high humidity
100% @ 35°С
EMC standard EN 55022, class A
Safety standard IEC/ EN 60950
Time to failure
> 2 400 000 hours @ +25°C
Cooling
Free air convection or heat sink using
Case material
Metal
‘ All specifications are reduced for normal climatic conditions, Uin.nom, Iout.nom, if it is not specified differently.
‘‘ Parameters are help and cannot be used at long-term work, excess of the maximal target current, at work outside of a range of working temperatures,
at work of the module with target voltage over a range of adjustment
Power loss diagram (index «М»)
Power loss diagram (index «Т»)
12
10,5
9
7,5
MR10
Free air convection
coefficient of efficiency 80%
Heat sink
6
4,5
Free air convection
3
coefficient of efficiency 84%
1,5
0
- 60 - 50 - 40 - 30 - 20 - 10 0 10 20 30 40 50 60 70 80 90
ТеAмmпеbрieаnтуt рtаemокpрeуrжatаuюreщеTйamсрbе,д°ыCТокр, С
12
MR10-T
10,5
9
Free air convection
coefficient of efficiency 80%
7,5
Heat sink
6
Free air convection
4,5
coefficient of efficiency 84%
3
1,5
0
-60 -50 -40 -30 -20 -10 0 10 20 30 40 50 60 70 80 90 100 110 120 130
AТеmмпbеieраnтtурtаemокpруeжraаюtuщrеeй Tсрaеmдыb,То°кCр, С
* The inclined site of a red and green curve specifies that the module works in a mode with maximal Тcase (index «М» +85ºС; index «Т» +125 ºС).
Output settings
№ pin
1
2
Single-output
+ IN
- IN
Dual-output
+ IN
- IN
Triple-output
+ IN
- IN
3
4
5
6
7
8
9
10
ON
- out
+ out
trim
Case
-
-
-
ON
- out 2
- out 1
+ out 1 + out 2
Case
-
-
ON
- out 3
+ out 3
- out 2
+ out 2
- out 1
+ out 1
Case
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According to company politics in view of constant improvements production design the
manufacturer reserves the right to itself without the prior notification to change the contents
of present help materials.
© "Alexander Eleсtriс holding". All rights reserved. 27.03.2008
http://www.aeps-group.com
e-mail: [e-mail]
tel/fax [phone]