Peak 72W Switching Adapter Rated 60W SNP-A06 Series Features: ● IEC320 C8 Input Socket ● With ITE & Medical safety ● Compatible to Class II safety & EMC ● No load input power < 1W General Specifications: Input voltage ......................................... 90 VAC to 264 VAC Over load protection ........................................ auto recovery o o Input frequency ............................................. 47 Hz to 63 Hz Operating temperature ........................................ 0 C to 40 C Inrush current ................................ less than 80A at 230VAC Cooling .................................................... free air convection o o o cold start, 25 C Storage temperature ..................................... -20 C to +85 C Meet green mode ...................................... < 1W (at no load) EMI ................................................................ FCC class "B" Efficiency .............................. 80%~87% depends on models CISPR22 level "B" Holdup time............................................................... > 10 ms Harmonics ........................................... EN61000-3-2 class A at rated load and 115VAC EMS ...................................... EN61000-4-2, -3, -4, -5,-6,-11 Over voltage protection ........................................... latch off Safety .................................. UL 60601-1, UL 60950-1(cUL) Short circuit protection..................................... auto recovery TUV EN60950-1 EN60601-1 Mechanical Specifications: 135.0 Notes: 1. Dimensions shown in mm as left. Tolerance: ±1mm (Excluding cable). 2. Size: 65.0 65.0 X 135.0 X 40.0 (mm) 3. Packing Net weight: 460 g approx. / unit Gross weight: 15.5 kg approx. / carton, 24 units / carton Carton size (mm): 516 (L) x 398 (W) x 283 (H) 4. Connectors 40.0 AC input : IEC 320 C8 DC output : DC power jack 5. Box Color : Black -Steven- ** This data sheet is only for models selection. For business, engineering specification by model must be used. AUG. 2012 4-1 Peak 72W Switching Adapter Rated 60W SNP-A06 Series Output Specifications: MODEL OUTPUT LOAD VOLTAGE RIPPLE LINE LOAD EFFICIENCY MIN. RATED PEAK NO. RAIL ACCURACY NOISE REG. REG. TYPICAL SNP-A067 +12V 0A 4.2A 5A +11.40V~+12.60V 0.5% ±1% ±3% 80% SNP-A068 +15V 0A 3.6A 4.6A +14.25V~+15.75V 0.5% ±1% ±3% 83% SNP-A069 +24V 0A 2.5A 3A +22.80V~+25.20V 0.5% ±1% ±3% 84% SNP-A06T +48V 0A 1.25A 1.5A +45.60V~+50.40V 0.5% ±1% ±3% 87% Note: 1. All the measurements are taken at rated load and nominal line unless specified. 2. The output voltage is set in production line within the voltage accuracy range at 60% rated load and nominal line. 3. Ripple and noise is measured by oscilloscope with 20MHz bandwidth limited and terminated the load with 0.47uF capacitor. 4. Line regulation is defined by changing ±10% of input voltage from nominal line at reated load. 5. Load regulation is defined by changing ±40% of load from 60% rated load at nominal line. 6. Hold up time is measured from the end of the last charging pulse to the time when the output drop down to regulation limit. 7. The peak load can provide up to 10 sec. at nominal line. -Steven- ** This data sheet is only for models selection. For business, engineering specification by model must be used. 4-2 AUG. 2012 Peak 72W Switching Adapter Rated 60W SNP-A06 Series Performance for SNP-A067: 1. Switching frequency ripple 2. Line frequency ripple +12V/4.5A +12V/4.5A 20mV/div, 5ms/div 20mV/div, 2us/div 3. Output turn on wave form 4. Output turn off wave form +12V/4.5A +12V/4.5A 5V/div, 5ms/div 5V/div, 5ms/div 5. Hold-up time 6. Over voltage protection Trip point around 16V 5V/div Primary DC 50V/div 5ms/div 5V/div, 5ms/div -Steven- ** This data sheet is only for models selection. For business, engineering specification by model must be used. AUG. 2012 4-3 Peak 72W Switching Adapter Rated 60W SNP-A06 Series 7. +12V step response 8. FCC B +12V 0.5V/div, 2ms/div +12V step from 0.9A to 4.5A 9. CISPR 22 B -Steven- ** This data sheet is only for models selection. For business, engineering specification by model must be used. 4-4 AUG. 2012