DC-DC Swiehers SO fo 600 Wratis GomPac Configuration Chart 1-3 Qulputs Single Outputs: VI-LC FI) - IE 50-200W 8.6x 2.5"x0.99" vi-MCE] E4] - FJ 100-400W 8.6"x 4.9"x 0.99" Features vENC GE] EJ - Fa 300-600W 8.6"x7.3"x 0.99" @ Inputs: 24, 48 and 300 Vde Dual Outputs; = -VI-PC G] EJ) - (JE 2) 100-400W 8.6"x 4.9"x 0.99" m Any Output: 1 to 95 Vde WoC] EE) - RIE 150-600W _ 8.6"x7.3"x 0.99" @ High Surge Withstand: Bellcore, British Telecom Triple Outputs: = VI-RC C2] f) 6) 7) - (J) 2] 2] 3] 150-600W 8.6"x 7.3"x 0.99" BTR 2511 TEC 801 [J Input Volt [] Output Volt [=] Product Grad EMI/RFI Specifications: Nomind! Be, uiput Vollage roduct race Bellcore TR-TSY-000513 omina ange Z= 2 2 = 15V E = -10C to +85C a t= 24V 21- 32mty i] Y = 33V 3 = 24V C = -25C to +85C British Telecom BTR 2511 W= 24V 18- 36V(1)|1 0 = 5V L = 28V | = -40C to +85C FCC/VDE Level A 3 = 48V 42 - 60V(2) || M = 10V 4 = 48V M = -55C to +85C @ UL,CSA, TUV, VDE, BABT N= 48V 36 - 7ev(2)|/ 1 = 12V M 80-90% Efficiency 6 = 300V 200 - 400V(2) 1 to 95V, consult factory. @ Up to 10 Watts/Cubic Inch M@ Reverse Polarity Protected [3] Output Power/Current Output Power/Current Output Power/Current HM Master Disable Vout 2 5V Vout < 5V Vout 2 5V Vout < 5V Vout > 5V Vout < 5V MH Overvoltage Shutdown Y = 50W 10A W = 100W 20A S = 300W 60A M 1 Up: 50-200 Watts (single) * = ow an u = seow On P = 450W 90A i" r i" = = M = 600W 120A 8.6 x25 x 0.99 V = 150W 30A S = 300W 0A m 2 Up: 100-400 Watts U = 200W 40A Q = 400W 80A (single, dual) 8.6" x 4.9" x 0.99" Max. Output For 5V Outputs => 5V Outputs =< 5V Outputs wy : (1) 150W 150W 30A | | 3Up : 150-600 Watts (2) 200W 200W 40A (single, dual, triple) 8.6" x 7.3" x 0.99" . , m CE Marked Long Term Safe Operating Area Curves (1% duty cycle max., Z5 = .5, for short duration transient capability refer to specifications) Product Highlights ComPAC meets Bellcore, British Tele- com and IEC specifications for tran- sient protection; Bellcore, British Tele- com and FCC/VDE specifications for EMI/RFI; and benefits from the proven _ : eo field performance, high efficiency and 32V ; 36V 60V inherently high reliability of our VI-200 Normal Operating Area Normal Operating Area atv 18V 40V component-level power converters. 0.1 1 10ms 100 1000 0.1 1 10ms 100 1000 300 Volt Input Standard 24 Volt Inputs = Wide Range 48 Volt | 100V 160V 100V With input voltage ranges optimized 48 Volt Wide Range Input for industrial and telecommunication applications, ComPAC provides 276V Boov extended input overvoltage capabili- ty, input reverse polarity protection, 125V 500V undervoltage lockout and master dis- S 00V - able. In a package just .99" in height, 76V = 400V F ComPAC delivers up to 600 watts from Normal Operating Area Normal Operating Area 36V 200V one, two or three outputs of 1 to 95 04 1 toms 100 | 1000 01 ; tome 100 | 1000 Vde. 500 ms 500 ms |.S.W.: Input Surge Withstand (no disruption of performance). R.E.: Ratings Exceeded. S.D.: Shut Down 4-98GCompPAac Specifications (typical at Tgp = 25C, nominal line and 75% load, unless otherwise specified) E-Grade C-, I-, M-Grade PARAMETER MIN TYP MAX MIN TYP MAX Brownout* Transient** UNITS NOTES Input Characteristics 24V (21-32V) 21 24 32 21 24 32 18 36 Vdc 24V Wide (18-36V) 18 24 36 18 24 36 n/a n/a Vde 48V (42-60V) 42 48 60 42 48 60 36 72 Vdc 48V Wide (36-76V) 36 48 76 36 48 76 n/a n/a Vde 300V (200-400V) 200 300 400 200 300 400 170 425 Vdc Input surge withstand Up to 200 mS, Z, = .5Q, no interruption of performance, see: Long Term Safe Operating Area Curves) Transient specification 24V and 48V Bellcore, British Telecom BTR 2511 300V, IEC 61000-4-5 Level 3 EMI/RFI 24V and 48V Bellcore TR-TSY-000513, Issue 2, Rev. 1 British Telecom BTR 2511, Iss. 2 300V FCC Pt. 15 Sub. J, Class A VDE 0871 Class A No load power dissipation? 1.35 2 1.35 2 Watts Master disable input current? 4 4 mA _ Sink or source into disable (Absolute max., 20 mA) optocoupler Input current logic disable? 7 10 7 10 mA Current drawn from source when disabled Reverse polarity protection No damage to unit with ext. fuse Output Characteristics (applies to each output individually) Setpoint accuracy 1% 2% 0.5% 1% Vom Load/line regulation 0.5% 0.05% 0.2% Vuom LL to HL, 10% to Full Load Load/line regulation 1% 0.2% 0.5% Vom LL to HL, No Load to 10% Output temperature drift 0.02 0.01 0.02 %/C Over rated temperature Long term drift 0.02 0.02 %/1K hours Output ripple - pp: 2V,3.3V 150 mV 60 mV 100 mV 20 MHz bandwidth 5V 5% 2% 3% 20 MHz bandwidth 12-48V 3% 0.75% 1.5% 20 MHz bandwidth Output voltage trimming! 50% 110% 50% 110% Total remote sense compensation 0.5 0.5 Volts 0.25V max. neg. leg OVP set point 125% 115% 125% 135% Vuom Recycle power Current limit 105% 135% 105% 125% Inom Automatic restart Short circuit current 2 20% 140% 20% 130% Inom lsolation Characteristics Isolation Input to output 4,242 Vdc Output to case 707 Vdc Input to case 2,121 Vdc Thermal Characteristics Efficiency 78-88% 80-90% Shutdown temperature 90 95 105 90 95 105 C ___ Cool and recycle power to restart Operating temperature case 85 85 C __See Thermal Considerations Mechanical Specifications Weight3 19.2 (544) 19.2 (544) Ounces (Grams) Fusing Information 24v 48V 300V 1 Up, 200W 10A 7A 2A 2 Up, 400W 20A 15A 4A 3 Up, 600W 35A 25A 6A *Brownout 75% of rated load. 112V and 15V outputs, standard trim range +10%. Consult factory for wider trim range. ** Transient voltage for one second. 2Qutput voltages of 5 volts or less incorporate foldback current limiting, outputs of 12 volts and above incorporate straight line limiting. 3MC and PC = X2. 4-98Viechanical Drawings INPUTS All Models 1 Ground | 2 -Input 29 i a Dae Bs) : 3 Input (28,18) GS-57 eoMDAC pAAAA AAAAAA Standard Heatsink 4 Disable- } } 8.63 + (02 5 Disable+ |___8.68 + (.025) (219,2 + 0,64) A OUTPUTS | A +Output 1.37 . B +Sense (34,80) { 4.42 Optional en) 5 98.4) Heatsink (H1) Cc Trim (12,57) ecomiPyAG AIAAAA ARAAAA | (28,4) D -Sense } f | | 9.25+.120 E -Output bm | 235,0+3,05 1 Up LC Series 18 6.00 2.76 0 41 (10,41) 1 75 (19,05) 14 (28,96) 1.53 (38,86) 2.11 (53,59) TYP 150 + .005 THRU 4 PLACES #8-32 STUD 63,81 0,13 2 PLACES = Up MC Series PC Series 18 6.00 2.76 4,6 | 152,4 | 70,1 @ le 4 At (10,41) A 19 J e .75 (19,05) 48 1.14 (28,96) 3.58 = 1.53 (38,86) o0g 14 (53,59 496 7 in | (53,59) 126,0 i" 2.83 (71,88) 7 3.17 (80,52) 5 = 3.56 (90,42) 20 T | EG. 3.95 (100,33) 51 e|| | E 4.53 (115,06) = TYP 6.150 + .005 THRU 5 PLACES #10-32 STUD #8-32 STUD 03,81+0,13 2 PLACES 4 PLACES 3 Up NC Series QCSeries RC Series 18 8.00 ae 276 #8-32 STUD 48 || 152,4 70,1 2 PLACES 3 [| eit A 41 (10,41) { 49 | e nv 75 (19,05) 2.288 4,8 5 5 1.14 (28,96) & 1.53 (38,86 58,12 E E (38,86) 4.96 = | ; 11 (53,59) 1260 | [| | P 2.88 (71,88) n 3.17 (80,52) 7.380 7.00 2.420 |, > 3.56 (90,42) ie7 e147 E 3.95 (100,33) | TH 9 4.53 (115,06) B 5.25 (133,35) a |_? r r r 5.59 (141,99) 5 Se 5 5 5.98 (151,89) 6.37 (161,80 5/-p 5 D 5 ( ) 9 5 5 6.95 (176,53) = ol e pl TYP An. +.005 THRU 6 PLACES #10-32 STUD #10-32 STUD #8-32 STUD 9381 0,18 2 PLACES 2 PLACES 6 PLACES 4-98Gompat ive Products GamPaAc Disabie Circull VYESOO DOO Converters 5a fo 20d Watts o Master Disable @ Up to 50 Watts/Cubic Inch @ UL, CSA, TUV, VDE, BABT, BSI, AUSTEL @ 80-90% Efficiency M@ Size: 4.6" x 2.4" x 0.5" (116,8 x 61,0 x 12,7) @ Remote Sense and Current Limit m OVP, Thermal Shutdown @ MTBF >30 Million Hours Demonstrated @ CE Marked DC Input ~ nput Earth Ground GomebAc Thermal Considerations The VI-200 family of rugged, single output, fully integrated DC-DC converters Thermal Impedance Case-to-Air (C/Wait) feature very small size, high efficiency, Standard Units With Optional Heatsink low cost, high reliability and modular (add suffix -H1) expandability. Based on a unique, 1-Up 2-Up 3-Up 1-Up 2-Up 3-Up patented zero-current-switching circuit Free Air (Horiz.) 36 1.7 1.4 | 1.3 1.0 topology, VI-200s provide a competitive Forced Convection Through Heatsink Fins advantage to power system designers 50 LEM 27 14 13 15 14 0.9 valuing small size and high product 100 LFM 03 13 14 12 09 07 functional density. 250 LAM 16 1.0 0.8 o7 05 O4 500 LFM 1.2 0.7 0.6 0.4 0.3 0.3 Vai 750 LFM 0.9 0.5 0.5 0.3 0.2 0.2 input Allenuator Modules 1000 LFM 0.8 0.4 0.4 0.2 0.2 0.2 @ Inputs: 24, 48 and 300 Vde @ Output Power: Up to 500 Watts 97% Efficiency M@ Size: 2.28" x 2.4" x 0.5" (57,9 x 61,0 x 12,7) i Transient Protection: Bellcore, British Telecom, IEC m@ EMI/RFI: Bellcore, British Telecom, FCC/VDE @ UL, CSA, TUV, VDE, BABT @ CE Marked m Thermal impedance, chassis-to-air, is provided for 1 up, 2 up and 3 up ComPAC package configurations as a function of air flow. Mm Case temperature = total power dissipated x thermal impedance + ambient temperature. m Watts dissipated per output = outputpower = efficiency - output power. The VI-IAM is an accessory product that provides EMI/RFI filtering and transient protection. Several Vicor converters may be operated from the output of one IAM, and arrays of IAMs and converters may be paralleled for expansion. The IAM also provides output overcurrent limiting by foldback with latched shutdown in the event of long duration output overcurrent or short circuit. Andover, MA, USA Tel: 800-735-6200 Fax : 978-475-6715 Lombard, IL, USA Tel: 630-769-8780 Fax : 630-169-8782 Sunnyvale, CA, USA Tel: 408-522-5280 Fax: 408-774-5555 Germany Tel: +49-89-9624390 Fax: +49-89-962439-39 France Italy Tel +33-1-3452-1830 Fax: +33-13452-2830 U.K. Tel: +44-1276678222 Fax: +44-1276-681269 Tel +3922247-2326 Fax: +392-2247-3166 Hong Kong Tel: +852-2956-1782 Fax: +852-2.956-0782 VICOR 4/98