NMH1205S

Mounting Style :
Product : Isolated
Output Power : 1 W
Number of Outputs : 2
Package / Case Size : SIP
Input Voltage Range : 10.8 V to 13.2 V
Input Voltage (nominal) : 12 V
Output Current (Channel 1) : 200 mA
Output Voltage (Channel 2) : 5 V
Output Voltage (Channel 1) : +/- 5 V
Output Current (Channel 2) : 200 mA


Features:

 Wide Temperature performance at full 2 Watt load, 40°C to 85°C

 Dual Output from a Single Input Rail

 Industry Standard Pinout

 Power Sharing on Output

 1kVDC Isolation

 Efficiency to 86%

 Power Density up to 1.44W/cm³

 5V, 12V, 24V & 48V Input

 5V, 9V,12V and 15V Output

 Footprint from 1.46cm²

 UL 94V-0 Package Material

No Heatsink Required

 Internal SMD Construction

 Toroidal Magnetics

 Fully Encapsulated

 No External Components Required

 MTTF up to 2.0 Million hours

 Custom Solutions Available

 No Electrolytic or Tantalum Capacitors


Specifications

Short circuit duration 3                                                                    1second
Internal power dissipation                                                              300mW
Lead temperature 1.5mm from case for 10 seconds                       300°C
Input voltage V_IN, NMH05 types                                                      7V
Input voltage V_IN, NMH12 types                                                      15V
Input voltage V_IN, NMH24 types                                                      28V
Input voltage V_IN, NMH48 types                                                      54V


Description

The NMH series of industrial temperature range DC-DC converters are the standard building blocks for on-board point-of-use power systems. NMH1205S are ideally suited for providing dual rail supplies on single rail boards with the added benefit of galvanic isolation to reduce circuit noise. All of the rated power may be drawn from a single pin provided the total load does not exceed 2W.

Pin compatibility of NMH1205S with the NMA 1 watt series ensures minimal effort in upgrading distributed power systems.