AC-DC CompactPCI® Features 485-265Vac or 100-350Vdc input voltage ranges 44 outputs 4Output power 300W 4Power Factor Correction EN61000-3-2 4Active very low inrush limitation 4Surge and transient protection 4Current sharing & N+1 redundancy 43U x 8TE x 160mm Safety IEC/EN 62368-1, RoHS lead-free-solder compliant The CPCI AC, AC-DC CompactPCI® compliant with PICMG 2.11 standard, incorporates input and output protections and filtering, signalling features, required in severe environments for industrial, defense, avionic applications. The PSU provides significant advantages, high reliability thanks to the integration of Vicor Corp. modules, high efficiency, low ripple and noise levels, input-to-output isolation, soft start, MOFSET based active very low inrush limitation circuit, overtemperature protection, input over/undervoltage lockout. The input is protected against surges and transients and EMI filtered. The outputs are countinuously short-circuit proof. LEDs in front panel indicates the status of the psu. Carte commande CDPFCC Schéma électrique CDPFCC Regulation and current sharing PFC and inrush current control board Regulation and current sharing EMI filtering, Active Inrush current limiting and PFC FAIL IPMB_PWR Protection and Control board -VOUT Remote On/Off -VIN -VOUT Remote On/Off

f^^_Options Description MIL-STD ruggedized (M) Meet MIL-STD 461E CE102, MIL-STD 1399-300A, MIL-STD810E shock & vibrations. Laboratory certification. -40°C operation (T) The thermal grade of the Vicor the DC/DC converters used and other components are changed to comply with low ambiant temperature. Conformal coating (V) During manufacturing process , when V option is specified, components and pcb are covered with an acrylic coating to address high level of ambiant humidity application. 61000-4-5 (Y) Include a common mode surge protection 61000-4-5 Level 3 2KV based on gas discharger and VDR to...

Parallel operation & current share Hold up time Parrallel operating is possible for V1, V2 with active current sharing. The signals SHARE are single wire. All V1 SHARE of the different psu in parrallel will have to be connected together. (Same for V2 SHARE). Redundant Systems Operation When systems require a very high level of reliability and should work normally in the event of a failure, N+1 redundancy is implemented where N is the number of converter to support power requirement. If one converter fail, the remaining ones still delivers the power to the loads. Redundant operation is directly...

Waveforms Inhibit (Remote On/Off) A INH signal activate & de-activate the output voltages - outputs inhibited : INH level LOW Output Voltage Adjustment The converter outputs can be factory adjustable to different values than standard ones. Consult factory. Sense Lines This feature enables compensation of voltage drop across the connector contacts and the load lines. This fonctionnality is implemented on V1 & V2 only. The voltage between any sense line and its respective power output pin (as measured on the connector) should not exceed the following values at nominal output voltage. EN# signal...

f^^_Electromagnetic Electromagnetic Immunity CPCI AC Rev. 01 Page 5 of 9 www.powersystemtechnology.com

Mechanical data Size : 3U x 8TE x 160mm Solder side of the PCB protected by PBT sheet. Weight : 600g Product label

CPCI AC Rev. 01 Page 7 of 9 www.powersystemtechnology.com

Cleaning Agents and Process The converters are not hermetically sealed. In order to avoid possible damage, any penetration of liquids shall be avoided. Isolation The electric strength test is performed in the factory in accordance with IEC/EN 62368-1. f^^_Safety & Installation These converters are components, intended exclusively for integration into other equipment by an industrial assembly process or by a professionally competent person. Installation must strictly follow the safety regulations in respect of the enclosure, mounting, creepage and clearance distances, markings of the end-use application....

Options and configurations Max. power available : 300W IN max : see table page 2