单输出ACDCAdaer的产品开发规格书模板.doc

精选资料A template for exploitation of Single Output AC/DC Adapter Specification (Cover)Catalog1:Product summarization .42:Module specification .4 2.1:Figuration size .42.2: Pin.4 2.3: Weight.42.4: Cost.4 2.5: Efficiency.4 2.6: Million time between failure（MTBF）.43：Ambient specification.4 3.1: Range of operating temperature4 3.2: Range of operating humidity5 3.3: Operating height.5 3.4: Range of storage temperature.5 3.5: Range of storage humidity.54：Input specification.5 4.1: Range of input voltage.5 4.2: Range of input frequency5 4.3: Input voltage distortion.5 4.4: Range of input current.5 4.5: Input current waveform.6 4.6: Input power frequency.6 4.7: Input current distortion.6 4.8: Input surge current.6 4.9: Full load input power.6 4.10:No load input power.6 4.11:Light load input power.6 4.12: PFC switching frequency65：Output specification6 5.1: Range of output voltage6 5.2: Range of output current.7 5.3: Rated output power.7 5.4: Output voltage ripple.7 5.5: Output voltage noise.7 5.6: Output voltage precision.7 5.7: Dynamic load requirement.7 5.8: Capacitive load requirement.7 5.9: Battery load requirement.7 5.10: Turn on and Turn off time.7 5.11: Turn on transient requirement.8 5.12:Current break hold up time.8 5.13: Load transient requirement.8 5.14: DC/DC switching frequency.86：Protection specification8 6.1: Input under voltage protection8 6.2: Input over voltage protection8 6.3: Input fuse8 6.4: Output over voltage protection8 6.5: Output over load protection9 6.6: Output short circuit protection9 6.7: Module over temperature protection97：Safety specification.9 7.1: Insulating voltage9 7.2: Insulating resistance9 7.3: Leakage current98：Electromagnetism compatibility specification.9 8.1: FCC standard.9 8.2: VDE standard.10 8.3: VCCI standard.108.4: CE MARK .108.5: LIGHTNING SURGE.108.6: ESD standard.101:Production summarizationThis specification is designed for _W single output AC/DC Adapter. It mainly applies in _field. When the production is finished, the parts number is _. 2: Module specification2.1: Figuration size: length x width x height = （mm） x （mm） x （mm） Figuration structure as follow: 绘制一份模块的外形结构图纸2.2: PinInput and output pins sketch as follow: 绘制一份模块的管脚图2.3: Weight: _Gram2.4: Cost (Optional) Materiel cost should be control below _ RMB2.5: Efficiency When it is in full load, the efficiency should be above_%; when it is in light load, the efficiency should be more than _% (minus no load loss). The average efficiency defined by Energy Star should be more than _%. 2.6: Million time between failure（MTBF）This productions MTBF should be more than K hours （MIL-HDBK-217F）3：Ambient specification3.1: Operating temperature range This production should operate under condition of temperature as following table, as well as be content with diversified electric performance standards. Lowest operating temperatureRated operating temperatureHighest operating temperatureUnitC3.2: Operating humidity range This production should operate under condition of humidity as following table, as well as be content with diversified electric performance standards.Lowest operating humidityRated operating humidityHighest operating humidityUnitnon3.3: Operating height This production should operate under _ m, as well as be content with diversified electric performance standards.3.4: Range of storage temperature C C 3.5: Range of storage humidity % % 。4：Input specification 4.1: Input voltage range This production should operate in the condition of AC input voltage as following table, as well as be content with diversified electric performance standards.Lowest input voltageRated operating humidityHighest input voltageUnitV（RMS）4.2: Range of input frequency This production should operate under condition of AC input frequency as following table, as well as be content with diversified electric performance standards.Lowest input frequencyRated input frequencyHighest input frequencyUnitHz4.3: Input voltage distortion (Optional) The AC input voltage distortion of this production should be less than _%.4.4: Input current range (Optional) The maximal input steady current should be less than _ A (RMS) with input voltage range.4.5: Input current waveform (Optional) The input current waveform should be content with _ harmonics standard.4.6: Input power frequency (Optional) When the production is operating in full load, the input power efficiency should be more than _.4.7: Input current distortion (Optional) When the production is operating in full load, the input current distortion should be less than _.4.8: Input surge current The input surge current of this production should be less than _ A, ensure the safety of input fuse and the power supply module.4.9: Full load input power (Optional) When the production is operating in full load, the input power should be less than _W.4.10: No load input power (Optional) When the production is operating in no load, the input power should be less than the data in following table.Lowest input voltageRated input voltageHighest input voltageUnitW4.11: Light load input power (Optional) When the production is operating in 10mA load, the input power should be less than _W.4.12: PFC switching frequency (Optional) The PFC of this production uses the _ control model, the switching frequency range is from KHz to KHz 。5：Output specification5.1: Range of output voltage The output of this production is _ VD. If it is adjustable, the output voltage range is as follow:Lowest output voltageRated output voltageHighest output voltageUnitV5.2: Range of output current This production should operate in the condition as following table, as well as be content with diversified electric performance standards.Lowest load currentRated load currentHighest load currentUnitA5.3: Rating output powerThe output power is _ W, when it is operating in full load.5.4: Output voltage rippleThe voltage ripple must be less than _ mV, when it is operating in full input range or full load range.5.5: Output voltage noiseThe voltage noise must be less than _ mV, when it is operating in full input range or full load range.5.6: Output voltage precision The output voltage precision of this production should be less than _ %. Thereinto, the load regulation is _ %; source regulation is _%; temperature modulus is _ % /C 。5.7: Dynamic load requirement (Optional)When the production is operating in dynamic load, it should be normal operating, and ensure the output voltage is in the rated precision range.给出动态负载#1动态负载#N的详细描述5.8: Capacitive load requirement (Optional)This production can load capacitive load, max. _ uF5.9: Battery load requirement (Optional)This production can supply CC/CV charge mode to battery. The charging current is _ A in CC mode; the charging voltage is _ V in CV mode.5.10: Turn on and Turn off time (Optional)The turn on time of this production must be less than _ S; the output voltage rising time must be less than _ mS.The turn off time of this production must be more than _ mS.5.11: Turn on transient requirement (Optional)The over shoot in turn on moment must be less than _ % of rated output voltage; the corresponding time of output voltage must be less than _ mS.5.12: Current break hold up time (Optional)When it is in the input lower limit (45) and full load condition, the current break hold up time must be more than _ mS.5.13: Load transient requirement (Optional)When the load change within determinative range (Range: from _ A to _ A ; Slop: from _ A/uS; Frequency: _ Hz), output voltage over shoot/fall off range must be less than _% of rated voltage; the corresponding time of output voltage must be less than _ mS.5.14 DC/DC switching frequency (Optional)The DC/DC control mode of this production is _, the frequency range is from _KHz to _ KHz.6：Protection specification6.1: Input under voltage protection (Optional) This production uses _ mode achieving under voltage protection. The points of protection and recover is as follow:Range of under voltage protection Range of under voltage recover Range of hysteresis voltageUnitV（RMS）6.2: Input over voltage protection (Optional) This production uses _ mode achieving over voltage protection. The points of protection and recover is as follow:Range of over voltage protection Range of under voltage recover Range of hysteresis voltageUnitV（RMS）6.3: Input fuse (Optional)The fuse of this production is _ V/ _A.6.4: Output over voltage protectionThis production adopts Latch off method to achieve output voltage, the value is form _V to _V.6.5: Output over load protection This production adopts _ method to achieve output over load protection, the value is from _ A to _ A.6.6: Output short circuit protection This production adopts _ method to achieve output short-circuit protection, the short-circuit input current must be less than _ A.6. Module over temperature protectionThis production adopts _ method to achieve module over temperature protection, the value is from C to C . 7：Safety specification7.1: Insulating voltage This production can endure the static high-handed voltage test as follow, whereas doesnt destroy power.Module insulation resistanceValueUnitTest timeInput-outputVac or Vdc1minInput-frameVac or Vdc1minOutput-frameVac or Vdc1min7.2: Insulating resistance This production must be content with the condition as follow:Module insulation resistanceValueUnitTest conditionInput-output500Vdc/minInput-frame500Vdc/minOutput-frame500Vdc/min7.3: Leakage current The leakage current must be less than _ mA, when the production is operating in input higher limit.8：Electromagnetic Compatibility Specification8.1: FCC StandardThis production must be compatible with FCC PART 15 CLASS A （or CLASS B）.8.2: VDE StandardThe conduction EMI of this production must be compatible with CISPR22：EN55022 CLASS