MicroPC power supply modules are for use in unmanned systems operating in hard to reach areas in extreme environments. PS151 - Power Supply Module in MicroPC format PS151 power supply module is implemented in MicroPC format in is optimized for the use as a part of the devices, intended for operation in: non-maintained systems [...]
Crane Aerospace & Electronics offers Interpoint® High Reliability EMI filters compliant up to Class H. Designed for demanding defense, aerospace and industrial applications when failure is not an option. The most popular Interpoint High Reliability EMI filters are: FMCE-1528™ – 15 Amps The FMCE-1528 EMI filters reduce the reflected input ripple current of high [...]
Crane Aerospace & Electronics offers Interpoint® High Reliability DC-DC converters compliant up to Class H. Designed for demanding defense, aerospace and industrial applications when failure is not an option. The most popular Interpoint High Reliability DC-DC converters are: MOR Series™ – 120 Watts The MOR Series is available with Class H SMD numbers, [...]
Crane Aerospace & Electronics offers Interpoint® DC-DC converter and EMI filter modules which sustain business by providing reliable power for aerospace, industrial controls, pipeline equipment or other critical needs in demanding environments. The most popular Interpoint Industrial DC-DC converters are: MFW Series™ – 70 Watts The MFW Series DC/DC converters offer up to [...]
Crane Aerospace & Electronics offers Space Interpoint® DC-DC converters which are available with SMD numbers up to Class K and RHA levels of P 30, L 50 or R 100 krad(Si). The Space EMI filters are compliant up to Class H or K with RHA of H. The space Interpoint converters and filters [...]
The MFP (Maximum Flexible Power) Series™ DC-DC converters do not require any external components to achieve all specified performance levels. They are a high-reliability, high-efficiency point of load converter for use with a 3.3 volt input bus or a 5.0 volt input bus with an undervoltage shutdown below 3.0 volts and an overvoltage shutdown above 6.0 volts. The [...]