SV/SVP Series i100W-300W power supplies 44 Universal AC Input VDE/FCC Level B EMI Low Profile Worldwide Safety Agency Approvais System Interface Signals Broad Offering Output Current Surge Capability Low Cost and Short Lead Time Covered or Uncovered Lambdas SV Series are the only 100W to 300W power supplies that offer either auto-selecting AC input or power factor corrected AC input in the same mechanical package. This allows you to optimize system cost, features and assembly time by integrating the model that best suits your application. Since the PFC and non-PFC models are form and fit compatible, the SV Series is a no-risk solution for systems that may require upgrading to power factor correction in the future. The SV Series is available in 100W, 150W and 250W single output models, and 130W, 170W, 200W, & 300W multiple output models. For applications such as computer peripherals, embedded processes, and communications equipment, the SV Series provides unequaled cost, flexibility and performance. Similar products Page RP Higher Power Multiple Output 54 zw PCB Single Output 14 SwT PCB Triple Output 18 iw Chassis, Low Power, Low Profile 20 AC Input .........2220205 Fusing ......... wee eee Power Factor Correction .... Input Transient Protection . . inrush Current Limiting ..... Surge Current Capability ... Output Voltage Adj Range .. Line Regulation .......... Load Regulation .......... Ripple and Noise ......... Preload 2.2... 0c eee Overcurrent Protection ..... Overvoltage Protection .... Short Circuit Protection .... Vibration and Shock ....... Monitoring Signais ........ Remote Sensing ........ oe Input and Output Connections Safety Agency Approval .... CC Gan SV Models: 85-132VAC, 180-264 VAC (auto-selecting input) 47-63Hz. SVP Models: 90-132VAC, 187-264 VAC (auto-selecting input), 47-63 Hz on 100- 150W models. 85-265VAC, 47-63 Hz on 170-300W models. AC line is fused internally. IEC555-2 and EN60555-2 (SVP models only). IEEE C62.41-1991 location category A2. ENG1000-4 (-2,-3,-4,-5,-6,), IEC1000-4 (-2,-3,-4,-5,-6,}, (A3 with external MOVs). IEC801, -2, -3, -4, -5 Class 3. 75A typical for cold startup at 25C. Auxiliary outputs are capable of providing a 10 second surge of 3 times the output current rating with a 50% duty cycle. Total power must always remain within package ratings. Conducted EMI conforms to FCC Part 15, Subpart J, Class B and VDE 0871, Curve B. +5% user adjustable on single output models and on main output of multiples. Auxiliary outputs are fixed. 0.5% from low line to high line. 1% from no load to full load on main output. 5% for 50% load variations on auxiliaries. 2% pk-pk typical. 25% preload required on the main output of SVT115 and SVQ130, and on +12V auxiliary output of SVT170, SVT300, SVQ200, SVQ300. Limits output current to 140% (typical) of maximum rating on main output. OV protection is provided on 5V single output models and main outputs of multiple output models. The unit will reset after input is recycled if OV condition is removed. All outputs are protected from temporary short circuits. Ratings are provided for convection cooling. 0C to +60C with derating above +50C. -30C to +85C. Input to output - 3O00VRMS. Input to chassis - 1500VRMS. Output to ground - SOOVRMS. Meets MIL-STD-810E specification for transportation. AC Power Fail and DC Output Good Signals (Open Collector, Conductance Signal) are standard features. Remote sensing capability is provided on the single output models and main outputs only. (0.5V Maximum IR drop across load cables). Molex connectors, bussbars, terminal strips. Molex connectors only for SVS100, SVT115 and SVQ130 models. UL1950, CSA22.2 No 234, VDE/EN60950, and CE mark (low voltage directive). Add Z for fully enclosed unit. 1 year. POWER(W) OUTPUT 1 OUTPUT 2 OUTPUT 3 OUTPUT 4 MODEL Single Output 100 +5V@20A - - - $vs100-5 100 +5V@20A - - - SVPS10-5 100 +12V@8B.3A - - - SVS100-12 100 +12V@8.3A - - - SVPS10-12 100 +24V@4.3A - - - $VS100-24 100 +24V@4.3A - - - SVPS10-24 150 +5V@30A - - - $VS150-5 150 +5V@30A - - - SVPS15-5 150 +12V@12.5A - - - SVS150-12 150 +12V@12.5A - ~ - SVPS15-12 150 +24V@6.25A - - - $VS150-24 150 +24V@6.25A - ~ - SVPS15-24 250 +5V@50A - - - SVPS25-5 250 +12V@20.8A - - - SVPS25-12 250 +15V@16.7A - - - SVPS25-15 250 +24V@10.5A - - - SVPS25-24 250 +48V@5.2A - - - SVPS25-48 Triple Output 115 +5V@15A +12V@2.5A -12V@1A - SVT115-1 115 +5V@15A 4+12V@2.5A -12V@1A - SVPT115-1 115 +5V@15A +15V@2.5A -15V@1A - SVPT115.2 115 +5V@15A +15V@2.5A -15V@1A - SVT115-2 170 +5V@22A +12V@3.8A -12V@1.5A - SVT170-1 170 +5V@22A +12V@3.8A -12V@1.5A - SVPT170-1 300 +5V@38A +12V@6A -12V@3A - SVT300-1 300 +5V@38A +12V@6A -12V@3A - SVPT300-1 Quad Output 130 +5V@15A +12V@2.5A -12V@1A +24V@.8A SVPQ130-1 130 +5V@15A 4+12V@2.5A -12V@1A -5V@1.5A SVPQ130-2 130 +5V@15A +15V@2.5A -15V@1A +24V@.8A SVPQ130-3 130 +5V@15A +15V@2.5A -15V@1A -5V@1.5A SVPQ130-4 130 +5V@15A 4+12V@2.5A -12V@1A +24V@.B8A $VQ130-1 130 +5V@15A 4+12V@2.5A -12V@1A -5V@1.5A $VQ130-2 200 +5V@22A +12V@3.8A -12V@15A +24V@1.5A SVPQ200-1 200 +5V@22A +12V@3.8A -12V@1.5A -5V@5A SVPQ200-2 200 +5V@22A 4+12V@3.8A -12V@1.5A +24V@1.5A $VQ200-1 200 +5V@22A +12V@3.8A -12V@1.5A -5V@5A $VQ200-2 200 +5V@22A +15V@3.8A -15V@1.5A4 +24V@1.2A SVPQ200-3 200 +5V@22A +15V@3.8A -15V@1.5A +24V@1.2A $VQ200-3 300 +6V@38A +12V@6A -12V@3A +24V@2A SVPQ300-1 300 +5V@38A + 12V@6A -12V@3A -5V@BA SVPQ300-2 300 +5V@38A +12V@6A -12V@3A +12V@2A SVPQ300-5 300 +5V@38A +12V@6A -12V@3A +24V@2A $VQ300-1 300 +5V@38A +12V@6A -12V@3A -5V@8BA $VQ300-2 AC-DC POWER SUPPLIES 45 SV/SVP Series 10O0W-300W power supplies $VS100/SVPS10 SVT115/SVPT115 $VQ130/SVPQ130 SVS150/SVPS15 5012.7) = A P| {_.42.(10.6) x } Y 177 (45) MOUNTING SURFACE Tob + T SIDE VIEW 50 (12.7) -| D E + 4.75 (120.6) NO. M4 THREADED INSERT 2.500 (63.5) (6 PLACES} (SEE NOTE 2.) + MOUNTING SURFACE | 7 BOTTOM VIEW DIMENSIONS: MODEL A B Cc D E E 650 |260 [oso |6s0 |117 | 7.50 SVS100 | (165.1) | (62.5) | (12.7) |(165.1) | 29.4) _|190.5) 650/250 |oso |6s0 | 1.17 | 7.50 SPS1O | (165.1) | (625) | (12.7) |(165.1) | (28.8) |(190.5) 7.50 250 1.00 7.50 417 8.50 SVT115 (190.5) | (63.5) | (25.4) (190.5) | (29.8) |(215.9) 7.50 2.50 1.00 7.50 VA? 8.50 SVPTI15 | (19.5) | (63.5) | (25.4) |(190.5) | (29.8) |(215.9) 7.50 2.50 1.00 7.50 117 8.50 SVQ130 | 90.5) | (63.5) | (25.4) |(190.5) | 29.8) |2t5.9) 750/250 |1.00 |750 1117 | 850 SVPQ130 | (450.5) | (63.5) | (25.4) |(190.5) | (29.8) |(215.9) 7.50 2.50 1.00 7.50 wae 8.50 | SS150_ | (190.5) | (63.5) | (25.4) (190.5) | 29.8) |(215.9) 7.50 2.50 1,00 7.50 1.17 8.50 SVPS15 | (190.5) | (63.5) | (25.4) |(190.5) | (29.8) |(215.9) NOTE: 46 1. DIMENSIONS ARE IN INCHES EXCEPT DIMENSIONS IN () ARE IN MM. FRONT 2. CUSTOMER MOUNTING SCREWS (NO. M4} MUST NOT PROTRUDE INTO POWER SUPPLY BY MORE THEN 1/4 INCH (6.3) SVT170/SVPT170 $VQ200/SVPQ200 SVPS25 (50 (12.7) 8.500 (215.9) (27) 7 5.500 (139.7) t o>7+ 45) fas + (226) MOUNTING SURFACE SIDE VIEW | Fe 8015.2) i 7.500 (190.5) .35 (8.9) 2.000 475 (50.8) NO. M4 THREADED INSERT (120.6) (6 PLACES} (SEE NOTE 2.) 4.000 + (104.6) MOUNTING SURFACE + 9.5 (241.3) BOTTOM VIEW NOTE: 1. CUSTOMER MOUNTING SCREWS (NO. M4) MUST NOT PROTRUDE INTO POWER SUPPLY BY MORE THEN 1/4 INCH (6.3) 2. DIMENSIONS ARE IN INCHES EXCEPT DIMENSIONS IN () ARE IN MM. SVT300/SVPT300 $VQ300/SVPQ300 38 (9.6) =| 40.000 (254) J be 4.000 (101.6) { | tb, 500 (12.7) + (45) a + i (226) MOUNTING SURFACE t SIDE VIEW 34 2 9.500 (241.3) 8) (7.1) Re +> 3.000 IN NO. M4 THREADED INSERT (6 PLACES) (76.2) (SEE NOTE 3} Aye FRONT (120.6) > MOUNTING SURFACE 11.00 (279.4) BOTTOM VIEW NOTE: 1. DIMENSIONS ARE IN INCHES EXCEPT DIMENSIONS IN (} ARE IN MM. 2, CUSTOMER MOUNTING SCREWS (NO. M4) MUST NOT PROTRUDE INTO POWER SUPPLY BY MORE THEN 1/4 INCH (6.3) WEIGHT: sv300__ SVP300__ 3.7 AC-DC POWER SUPPLIES 47