Intel ATX12V manual International, Proscribed Materials

Page 43

ATX12V Power Supply Design Guide

Version 2.0 Final Review Copy

8.2. International

The vendor must provide a complete CB certificate and test report to IEC 60950: 3rd ed., 1999. The CB report must include ALL CB member country national deviations. CB report must include evaluation to EN 60950: 2000. All evaluations and certifications must be for reinforced insulation between primary and secondary circuits.

8.3. Proscribed Materials

Cadmium should not be used in painting or plating.

No quaternary salt electrolytic capacitors shall be used.

Mercury shall not be used.

The use of CFCs or HFCs shall not be used in the design or manufacturing process.

Image 43

Contents Version ATX12VImportant Information and Disclaimers Contents Electromagnetic Compatibility SafetyMechanical EnvironmentalTables FiguresMinimum Efficiency IntroductionScope Increased +12 VDC output capabilitySeparate current limit for 12V2 on the 2x2 connector Main Power ConnectorTerminology Document Title Applicable DocumentsDescription Inrush Current Limiting ElectricalAC Input Input Over-current ProtectionRegulatory Input Under-voltageOther Certifications and/or Declarations DC Output Voltage Regulation DC OutputCatastrophic Failure Protection DC Voltage RegulationRemote Sensing Typical Power DistributionCurrent Output Amps Power12V power watts Min MaxCross Loading Graph for 300W Configuration Typical Power Distribution for a 300 W ATX12V ConfigurationCross Loading Graph for 350W Configuration Typical Power Distribution for a 350 W ATX12V ConfigurationMin Max Peak Current Output Amps Typical Power Distribution for a 400 W ATX12V ConfigurationMinimum Efficiency Vs Load Power Limit / Hazardous Energy LevelsEfficiency GeneralLoading Table for Efficiency Measurements Energy Star Energy Star Input Power ConsumptionOther Low Power System Requirements Output Ripple/NoiseMax. Ripple & Noise MVpp DC Output Noise/RippleOutput Capacitive Loads Output Transient ResponseCapacitive Load DC Output Transient Step SizesVoltage Hold-up Time 10. +5 VDC / +3.3 VDC Power SequencingTiming / Housekeeping / Control Closed-loop StabilityPwrok Pwrok Signal CharacteristicsPSON# 3. +5 VSB PSON# Signal CharacteristicsRisetime Power-on TimeReset after Shutdown 8. +5 VSB at AC Power-downNo-load Operation Output ProtectionOver-voltage Protection Short-circuit ProtectionOutput Bypass Over-temperature ProtectionMechanical Physical DimensionsLabeling / Marking Second optional fan may go in this location Second optional Airflow / Fan DC Connectors AC Connector+5V +33V 12V+12V1 +5V Pin Signal Color ATX Main Power ConnectorPin Signal AWG Wire 2. +12 V Power ConnectorPeripheral Connectors Connector Molex 39-01-2040 or equivalentConnector AMP 171822-4 or equivalent Pin Signal AWG Wire Serial ATA Power ConnectorFloppy Drive Connector Wire SignalHumidity TemperatureEnvironmental Thermal Shock ShippingRandom Vibration Mechanical ShockAcoustics Emissions Electromagnetic CompatibilityImmunity Magnetic Leakage Fields Input Line Current Harmonic Content and Line FlickerHarmonic Limits, Class D Equipment Component De-rating ReliabilityNorth America SafetyProscribed Materials International