PA-1100-22L

Engineering Specification ENGINEERING SPECIFICATION 10W AC Charger Part Number: PA-1100-2L APPROAL BY: ______________ Customer Rev. Written By Effective Date LITE-ON Technology Corp. X02 Leon Chang 2012/11/12 SHEET 1 of 10 LTADPDOC-001-0B1 Engineering Specification Revision History REV.X01, 2012.11.12 -Initial release. REV.X02.2013.2.20 -Update Dimension and Weight Table Contents Customer Rev. Written By Effective Date LITE-ON Technology Corp. X02 Leon Chang 2012/11/12 SHEET 2 of 10 LTADPDOC-001-0B1 Engineering Specification 1. General ................................................................................................................ 5 1.1. SCOPE ............................................................................................................. 5 2. INPUT REQUIREMENTS .......................................................................................... 5 2.1. INPUT VOLTAGE ............................................................................................... 5 2.2. FREQUENCY .................................................................................................... 5 2.3. Voltage Section ................................................................................................ 5 2.4. Efficiency & Energy Star Requirement ................................................................ 5 2.5. Input Current................................................................................................... 5 2.6. Inrush Current ................................................................................................. 5 2.7. POWER SUPPLY EFFICIENCY .............................................................................. 5 3. OUTPUT REQUIREMENTS ....................................................................................... 6 3.1. STATIC DC LOAD ............................................................................................... 6 3.2. DYNAMIC LOAD ............................................................................................... 6 3.3. TURN ON DELAY TIME ...................................................................................... 6 3.4. RISE TIME ........................................................................................................ 6 3.5. RIPPLE AND NOISE ........................................................................................... 6 3.6. LOAD IMPEDANCE............................................................................................ 6 3.7. HOLD UP TIME ................................................................................................. 6 4. NO LOAD OPERATION ............................................................................................ 7 5. PROTECTION ......................................................................................................... 7 5.1. OVER VOLTAGE PROTECTION ............................................................................. 7 5.2. SHORT CIRCUIT PROTECTION ............................................................................ 7 5.3. OVER CURRENT PROTECTION ............................................................................ 7 6. SAFETY REQUIREMENTS ........................................................................................ 7 6.1. DIELECTRIC STRENGTH ..................................................................................... 7 6.2. INSULATION RESISTANCE .................................................................................. 7 6.3. GROUND LEAKAGE CURRENT ............................................................................ 7 7. ELECTROMAGNETIC COMPATIBILITY ....................................................................... 7 7.1. FCC REQUIREMENTS......................................................................................... 7 7.2. VDE REQUIREMENTS ........................................................................................ 8 7.3. VCCI REQUIREMENTS ....................................................................................... 8 7.4. EMC REQUIREMENTS ....................................................................................... 8 7.5. LIGHTNING SURGE ........................................................................................... 8 7.6. ESD................................................................................................................. 8 8. RELIABILITY........................................................................................................... 8 8.1. MTBF .............................................................................................................. 8 8.2. OPERATION LIFE............................................................................................... 8 9. ENVIROMENT ....................................................................................................... 8 9.1. OPERATING ..................................................................................................... 8 9.2. SHIPPING AND STORAGE .................................................................................. 9 Customer Rev. Written By Effective Date LITE-ON Technology Corp. X02 Leon Chang 2012/11/12 SHEET 3 of 10 LTADPDOC-001-0B1 Engineering Specification 9.3. 9.4. 10. ALTITUDE ........................................................................................................ 9 REGUALTED SUBSTANCE REQUIREMENT ............................................................. 9 TEMPERATURE RISE OF CASE SURFACE.................................................................... 9 11. MACHANICAL ....................................................................................................... 9 11.1. DIMENSION ................................................................................................. 9 11.2. WEIGHT..................................................................................................... 10 11.3. DC CABLE .................................................................................................. 10 Customer Rev. Written By Effective Date LITE-ON Technology Corp. X02 Leon Chang 2012/11/12 SHEET 4 of 10 LTADPDOC-001-0B1 Engineering Specification 1. General 1.1. SCOPE This specification defines the performance characteristics of a grounded single phase, 10 watt, 5Vdc output, ROHS power supply. This specification also defines worldwide safety and electromagnetic compatibility requirements for the power supply which is intended for use in USB device charger. 2. INPUT REQUIREMENTS 2.1. INPUT VOLTAGE LOW RANGE HIGH RANGE MINIMUM 90VAC 180VAC MAXIMUM 132VAC 264VAC NOMINAL 100-120VAC 200-240VAC 2.2. FREQUENCY SINGLE PHASE MINIMUM 47Hz MAXIMUM 63Hz NOMINAL 50-60Hz 2.3. Voltage Section A full range will be provided to select the appropriate range. 2.4. Efficiency & Energy Star Requirement The Adaptor shall be designed to meet EPS Requirement as below for both 115VAC and 230VAC: a. No Load Average Power Loss shall be less than 100mW at 230Vac/50Hz. b. Efficiency shall higher than 75% at the USB connector-end at input voltage 110Vac/60Hz and 230Vac/50Hz with a 2A load condition. c. Average Efficiency value of 25%, 50%, 75%, 100% load condition shall higher 76% at the USB connector-end at input voltage 110Vac/60Hz and 230Vac/50Hz. 2.5. Input Current 0.4 Amps maximum at nominal input voltage within the low range as specified in paragraph 2.1 and at any combination of loading conditions. 2.6. Inrush Current Peak inrush current: Inrush current shall not exceed 85% of the max rated value including I2t derating for all input components. 2.7. POWER SUPPLY EFFICIENCY The power supply efficiency shall meet requirement as specified in item 2.4 with the AC input set at the nominal voltage. Customer Rev. Written By Effective Date LITE-ON Technology Corp. X02 Leon Chang 2012/11/12 SHEET 5 of 10 LTADPDOC-001-0B1 Engineering Specification 3. OUTPUT REQUIREMENTS 3.1. STATIC DC LOAD NOMINAL VOLTAGE (V) +5 LOAD CURRENT(A) MIN. MAX. 0 2 REGULATION +4.6V~+5.4V 3.2. DYNAMIC LOAD NOMINAL VOLTAGE (V) LOAD CURRENT(A) MIN. MAX. 0.1 1 1 2 +5 REGULATION +4.4V~+6V 3.3. TURN ON DELAY TIME The output turn on delay time (time from the application of AC to output within regulation limits) shall be less than 2s. 3.4. RISE TIME The output rise time (measured from the 10% point to the 90% point on the waveform) shall be less than 50ms. 3.5. RIPPLE AND NOISE The ripple and noise of the outputs shall be measured at the load end if the output cables when terminated to load impedance as specified in paragraph 3.1 OUTPUT VOLTAGE +5 V RIPPLE & NOISE (P-P) 200 mV 1. Use 20MHz Bandwidth frequency scope. 2. Output added 0.1uF ceramic capacitor and 10uF tantalum capacitor capacitors. 3.6. LOAD IMPEDANCE Filter capacitors are connected to each pins of the mating output connector. Capacitance values and material type are listed below. VOLTAGE NOM.(V) +5V CAPACITANCE NOM. (uF) 0.1uF/10uF MATERIAL TYPE CERAMIC/TAN 3.7. HOLD UP TIME The power supply shall maintain voltage regulation within the specified limits in paragraph 3.1 for at least 3 milliseconds after lost of input voltage measure at 100 Vac(rms) and at maximum output load. Customer Rev. Written By Effective Date LITE-ON Technology Corp. X02 Leon Chang 2012/11/12 SHEET 6 of 10 LTADPDOC-001-0B1 Engineering Specification 4. NO LOAD OPERATION The power supply shall be able to operate under no load condition. No damage to the power supply is allowed and internal component can not be stressed beyond its rating 5. PROTECTION 5.1. OVER VOLTAGE PROTECTION The power supply should shutdown for any cause of over voltage conditions before any output exceeds its limits below. NOMINAL OUTPUT VOLTAGE (V) +5V OVER VOLTAGE MAX. 7V 5.2. SHORT CIRCUIT PROTECTION A short circuit placed on DC output shall cause no damage and no overheat and latch –off in the power supply. The power supply will be auto-recovery 5.3. OVER CURRENT PROTECTION The power supply shall provide over current protection on output. Maximum current inception point of output shall be limited to the following values: OUTPUT VOLTAGE (V) +5V CURRENT LIMIT (A) 2.6A The power supply output establish again within 2s after overload is removed. 6. SAFETY REQUIREMENTS The power supply must comply with the following national standards: 6.1. DIELECTRIC STRENGTH Primary to Secondary : 4242 VDC for 3 sec. 6.2. INSULATION RESISTANCE Primary to secondary : 30 Meg. ohms Min., 500VDC 6.3. GROUND LEAKAGE CURRENT The power supply ground leakage current shall be less than 100 uA. 7. ELECTROMAGNETIC COMPATIBILITY Power supply for use with the host system will be tested to conform with the following emission standards. 7.1. FCC REQUIREMENTS Power supply shall comply with the United States Communication Commission (FCC) Rules and Regulations, Part 15, Subpart J, Computing Devices “Class B limits”. Customer Rev. Written By Effective Date LITE-ON Technology Corp. X02 Leon Chang 2012/11/12 SHEET 7 of 10 LTADPDOC-001-0B1 Engineering Specification 7.2. VDE REQUIREMENTS Power supply shall conform to the “Class B” requirements of CISPR 22. 7.3. VCCI REQUIREMENTS Power supply shall conform to the “Class II” requirements of VCCI. 7.4. EMC REQUIREMENTS 7.4.1. Immunity requirement The adapter shall meet the below Immunity requirement based on: 1. IEC 61000-4.2 ESD 2. IEC 61000-4.3 Radiated Immunity 3. IEC 61000-4.4 Electrical Fast Transients 4. IEC 61000-4.5 Surges 5. IEC 61000-4.6 Conducted Immunity 6. IEC 61000-4.11Voltage Dips 7.4.2. Emissions requirement The adapter shall meet EN55022 Class B 7.4.3. Power line Harmonics The adapter shall meet IEC 1000-3-2 Class D 7.4.4. Voltage Fluctuation and Flicker The adapter shall meet EN610003-3 7.5. LIGHTNING SURGE A ±1K volt (applied differential mode), and a ±2K volt (applied common mode) by IEC 61000-4-5 7.6. ESD The power supply shall meet Contact discharge ±4.5KV and Air discharge ±9KV requirement by IEC 61000-4-2, when power supply is operating at maximum load condition. 8. RELIABILITY 8.1. MTBF The PSU Mean Time Between Failures should not less than 150K hours at 25 degree C at nominal input voltage operation conditions. 8.2. OPERATION LIFE The Adaptor shall be designed for a min. life of 15000hrs at 10W load condition, ambient temperature at 25 degree C and nominal input voltage. 9. ENVIROMENT 9.1. OPERATING Temperature : 0 to 40 degrees centigrade. Relative Humidity : 65 to 95 percent RH, non-condensing. Customer Rev. Written By Effective Date LITE-ON Technology Corp. X02 Leon Chang 2012/11/12 SHEET 8 of 10 LTADPDOC-001-0B1 Engineering Specification 9.2. SHIPPING AND STORAGE Temperature : -10 to +70 degrees centigrade. Relative Humidity : 5 to 95 percent RH, non-condensing. 9.3. ALTITUDE Operation : 0-10,000ft Shipping : 0-50,000ft 9.4. REGUALTED SUBSTANCE REQUIREMENT The Adaptor shall be designed to meet 100% RoHS requirement. 10. TEMPERATURE RISE OF CASE SURFACE No point on the surface of the adapter case's rise temperature shall be less than 60 deg C with nominal input voltage with any load in 25 degree C ambient as indicated in section 2.1. 11. MACHANICAL 11.1.DIMENSION 48.5mm*34mm*24mm Customer Rev. Written By Effective Date LITE-ON Technology Corp. X02 Leon Chang 2012/11/12 SHEET 9 of 10 LTADPDOC-001-0B1 Engineering Specification 11.2.WEIGHT 40g(Max.) 11.3.DC CABLE USB 2.0 connector compatible Customer Rev. Written By Effective Date LITE-ON Technology Corp. X02 Leon Chang 2012/11/12 SHEET 10 of 10 LTADPDOC-001-0B1