DIAMOND SYSTEMS JUPITER-MM
25 - 50 WATTS MAX OUTPUT POWER, +5, +12V, -5V AND -12V RAILS - EXT TEMP
This rugged, extended-temperature DC/DC power supply is designed specifically for air and ground vehicle applications. It consists of a PC/104 form factor module with complete DC-DC voltage regulator circuitry, heat sink, input and output connectors, power-good indicator lamps, and both 8-bit and 16-bit PC/104 bus headers. The input voltage range is 7 to 34VDC, making it suitable for use with both 12V and 24V systems.
Output power is provided directly onto the PC/104 bus connectors, as well as on an auxiliary connector for external tapping. Both dual output (+5, +12) and quad output (+5, +12, -5, -12) versions are available. Up to 10 amps can be provided on the +5 output, or the 50 watts of total power can be distributed across the 4 outputs.
The low-profile SMT design guarantees that you can add other PC/104 modules on top of this board without any worries of mechanical interference. Simply stack your CPU and other cards on the top or below the power supply module to provide power to your PC/104 system.
Jupiter-MM is available in two configurations:
- JMM-512: +5V (10A max) and +12V (2.0A max)
- JMM-512-V512 +5V (10A max), -5V (150mA max), +12V (2.0A max) and -12V (800mA max)
SURFACE MOUNT COMPONENTS
To the maximum extent possible, surface mount components have been used in the design, to lower the profile and improve ruggedness. An additional benefit to SMT technology is the improved ability to use the PCB planes as a heat sink.
HIGH EFFICIENCY, HIGH-FREQUENCY DESIGN
Efficiency is as high as 92 per cent, lowering input power requirements as well as heat generation. The 200KHz switching circuit allows the use of smaller inductors, reducing size and weight and allowing the board to fully fit within the PC/104 height requirements.
ADVANCED HEAT SINK TECHNOLOGY
A new compressible thermally-conductive material mounted under the aluminium heat sink makes it possible to wick heat away effectively from varying height components. Also, the use of surface mount components and careful PCB design enhance the dissipation of heat through the PCB planes.
REMOTE ON/OFF CONTROL
The supply can be turned on and off with an external contact closure through an auxiliary connector.