DA45C USB-PD. Product Descriptions. 45 Watts

Transcription

1 DA45C USB-PD 45 Watts AC-DC Adapter Page 1 Total Power: 45 Watts Input Voltage: Vac # of Outputs: Single Output Voltages: 5, 9V, 15V & 20Vdc (Changeable) Main Features Small Size 58L x 40.2W x 27H mm excluding pins Input Ranges Vac High Average Loading Efficiency 88% 20Vdc USB Type C connector output Operating Temp. Range 0 ºC to +40 ºC Reinforced Insulation 3000 VACrms Over-voltage Protection Over-temperature Protection Over-current Protection Elegant Enclosure ID Design USB-PD 3.0 Technology Compliant European Coc v5 T2 & US DoE VI Compliant EN Safety Standard 1 Year Warranty Safety & EMC cul/ul , IEC/EN CE, CCC, PSE, FCC, NRCAN Product Descriptions The new standard 45W USB PD 3.0 Type-C charging adapter provides small-size, high efficiency & rapid charging features. It complies with USB- PD 3.0 charging technology and meets new European CoC v5 Tier 2 & US DoE Level VI energy saving requirements. The highly integrated features chip topology provides simplified & compact design. It meets extremely low standby power (< 75mW at 5Vdc) and high average loading efficiency (> 88% at 20Vdc) requirements. The enclosure temperature rise is < 45deg.C in full temperature range from 0-40deg.C operating. Additional features include Over-voltage, Over-current, Short-circuit and Over-temperature protections. 2-pin Input Class II RoHs-6, WEEE and REACH compliant

2 Model Number(s) Model Number Ordering / Safety Model Number Input Voltage Range Maximum Power DA45C-J3WUS Vac 45W DA45C-J3WCH Vac 45W DA45C-J3WEU Vac 45W Output Voltage Minimum Load Page 2 Maximum Load 5V 0A 3.0A 9V 0A 3.0A 15V 0A 3.0A 20V 0A 2.25A 5V 0A 3.0A 9V 0A 3.0A 15V 0A 3.0A 20V 0A 2.25A 5V 0A 3.0A 9V 0A 3.0A 15V 0A 3.0A 20V 0A 2.25A DA45C-J3WEU DA45C-J3WUS DA45C-J3WCH

3 Electrical Specifications Page 3 Absolute Maximum Ratings Stress in excess of those listed in the Absolute Maximum Ratings may cause permanent damage to the power supply. These are stress ratings only and functional operation of the unit is not implied at these or any other conditions above those given in the operational sections of this TRN. Exposure to any absolute maximum rated condition for extended periods may adversely affect the power supply s reliability. Table 1. Absolute Maximum Ratings: Parameter Conditions Symbol Min Typ Max Unit Input Voltage: Continuous Operating V IN Vac Maximum Output Power Insulation Resistance Isolation Voltage Leakage Current Whole Input Voltage Range P O,max W 500Vdc / 90% RH Mohm Input to output 50Hz, 1min. Leakage Current 10mA VACrms V IN = 250Vac / 50Hz I Leakage ua Operating Ambient Temperature Whole Input Voltage / Output Power Range T A o C Storage Temperature T STG o C Humidity Non-condensing 5-95 %

4 Input Specifications All parameters defined at 25deg.C ambient temperature, unless other specified. Table 2. Input Specifications: Page 4 Parameter Condition Symbol Min Nom Max Unit Operating Input Voltage, AC All V IN,AC Vac Input frequency All ƒ 47 50/60 63 Hz Input Surge Voltage Inrush Current Brown-out / Recovery Maximum Input Current Efficiency Standby Efficiency 10% Load Average Efficiency 100ms. Max 264Vac to 300Vac and back to 264Vac Discharge from E-cap. (Pre-charged by 264Vac line) Start decreasing at 90Vac 90Vac, 60Hz, Output 20V..2.25A V IN,AC = 230 / 115Vac Output Unplugged V O = 5Vdc, I O = 0.3A; V IN,AC = 230Vac V O = 9Vdc, I O = 0.3A; V IN,AC = 230Vac V O = 15Vdc, I O = 0.3A; V IN,AC = 230Vac V O = 20Vdc, I O = 0.23A; V IN,AC = 230Vac V IN,AC = 230 / 115Vac; V O = 5Vdc; Average of at 25, 50, 75 & 100% Load V IN,AC = 230 / 115Vac; V O = 9Vdc; Average of at 25, 50, 75 & 100% Load V IN,AC = 230 / 115Vac; V O = 15Vdc; Average of at 25, 50, 75 & 100% Load V IN,AC = 230 / 115Vac; V O = 20Vdc; Average of at 25, 50, 75 & 100% Load V IN,surge Vac No Damage No Damage I IN,max ma standby mw 10%,5V % 10%,9V % 10%,15V % 10%,20V % AV,5V % AV,9V % AV,15V % AV,20V %

5 Output Specifications Page 5 Table 3.1. Output Specifications: Parameter Condition Symbol Min Nom Max Unit V O,5V Vdc Output Voltage Regulation Continuous Output Current Output Ripple, pk-pk Dynamic Load Response * All Input Voltage / Output Load Current; TA=25 o C All Input Voltages; V O = 5Vdc; All Input Voltages; V O = 9Vdc; All Input Voltages; V O = 15Vdc; All Input Voltages; V O = 20Vdc; 20MHz bandwidth, measured with a 1uF MLCC and a 10uF Tantalum Capacitor Capacitive load: 100uF Transient Step: 0-25%, 25-50%, 50-75% & % load Slew rate: 0.15A/us Frequency: 100 / 1kHz Vin: 90, 115, 230, 264Vac V O,9V Vdc V O,15V Vdc V O,20V Vdc I O,5V A I O,9V A I O,15V A I O,20V A V ripp,5v mvp-p V ripp,9v mvp-p V ripp,15v mvp-p V ripp,20v mvp-p V OS,US, Voltage Overshoot / Undershoot 5 V,9V, 15V & 20V % Remark: 1. Regulation voltage is assumed to be tested at the USB output connector of the product. For CoC & DoE efficiency qualification test, it should be tested with a certified USB Type-C cable 30#*1P+23#2C+2E)+31#*8C+34#4C+E+CB, 1.8m long. 2. No cable compensation. 3. * Dynamic load response complies with USB-PD standard conditions. Within 275ms pre-defined settling time, the overshoot/undershoot limit can be higher by 0.5V (i.e. ±5% + ±0.5V of new set voltage)

6 Output Specifications Page 6 Table 3.2. Output Specifications (Continued): Parameter Condition Symbol Min Nom Max Unit Turn-on Delay Output Rise Time Startup Overshoot / Undershoot Hold-up Time Different Voltage Transfer Voltage Transfer Overshoot / Undershoot Capacitive Hot-plug All Input Voltages; V O = 5Vdc; All Input Voltage and Output Current Whole Output Current Range V IN = 115Vac / 60Hz Output: 20V, 2.25A, zero crossing t on Sec. t RISE msec. V O, Startup V t Holdup msec Removal of load (USB) for 9V,15V, 20V output modes t transfer,9v,15v,20v msec. Transition under any active load condition Never transition to 0V 5V to 9V or 9V to 5V V 5V to 15V or 15V to 5V V 5V to 20V or 20V to 5V V Io = 0A, 3A for 5V mode Output: 100uF 25V E-cap. Output not Latched

7 Protection Function Specification Page 7 Over Voltage Protection (OVP) Over Voltage Protection is triggered when the PSU has an internal fault which results in the output rising over the regulation limit. The unit is latched to avoid damage to the load. AC Recycling is needed, with at least 5 seconds off time to reset the latch. Parameter Min Nom Max Unit V O,5V Output Overvoltage V V O,9V Output Overvoltage V V O,15V Output Overvoltage V V O,20V Output Overvoltage V Over Current Protection (OCP) Current Limitation at >100% Iout, Hiccup mode. The unit is equipped with internal current limiting circuitry and can endure overload for an unlimited duration. Parameter Min Nom Max Unit V O,5V Output Overcurrent A V O,9V Output Overcurrent A V O,15V Output Overcurrent A V O,20 Output Overcurrent A Short Circuit Protection (SCP) Current Limitation at Output Shorted, hiccup mode. The output will hiccup until the short-circuit is removed. Over Temperature Protection (OTP) Over Temperature (latching) is triggered in abnormal conditions to ensure no physical damage to the PSU. AC recycling is needed, with at least 5 seconds off time to reset the PSU after the temperature has decreased to normal levels.

8 Mechanical Specifications Mechanical Outline Page 8 Note: 1. All dimensions in mm. 2. PSU weight is 85 grams nominal.

9 Environmental Specifications Page 9 EMC Requirements The DA45C 45W series power supply is designed to meet the following EMC specifications.it can meet EMC requirements with following performance levels. Table 4. EMC Specifications: Parameter Standards & Level Performance Conducted & Radiated EMI EN55032, FCC part 15 Class B Flicker EN max 4% ESD EN air (Level 3) Criteria B Radiated immunity EN V/m Criteria A Fast transient EN (Level 2) Criteria A Surge EN (Level 3) Criteria A Conducted immunity EN V/m Criteria A Voltage dips & Interruption EN Criteria B; (For 100% reduction, Criteria C) Common Mode Noise Measure at cable output termination: AC source 132Vac/60Hz for US version and 264Vac/60Hz for other country versions. The common mode noise (starting from trailing switching period) at high frequency (spike time period 250ns) shall be less than 2.0V.

10 Safety Certifications Page 10 Table 5. Safety Certifications Document cul/ul IEC/EN CCC PSE NRCAN Description US and Canada Requirements European Requirements China approval for ITE; 5000m Alt. Japan Approval NRCAN Certificate Environmental Specification Table 6. Environmental Specifications: Parameter Condition Min Max Unit Operating Ambient Temperature Range Natural Convection Case (Enclosure) Temperature Rise over ambient Temp. Electrolytic Cap. Life Expectancy MTBF. Natural Convection; All Input Voltages / Max. Load Current Natural Convection; T A = 40 o C T A = 25 o C; V I = 115Vac / 230Vac; V O = 20V; I O = 2.25A T A = 25 o C; V I = 115Vac / 230Vac; V O = 20V; I O = 2.25A 0 40 o C - 45 o C 2 - years 2,000 K hours Acoustic Noise All Input Voltages and Load Currents 1-25 dba Note 1: The distance between the UUT and microphone is 0.5m For more information: For support: productsupport.ep@artesyn.com

11 Sager Electronics and its specialized group Sager Power Systems is an authorized distributor of Artesyn and the DA45C series of adapters. Visit the DA45C Series online. Or contact a Sager Power Systems representative at or power@sager.com for price and availability. Sager Power Systems, the authorized distributor for Artesyn 1