VI-M70-EV

MegaMod™ & MegaMod Jr.™ Family 25 to 600 Watts DC-DC Converters Single, Dual, Triple Output Chassis Mount Features & Benefits • RoHS compliant (VE versions) • Inputs: 10 to 400VDC • Any output, 1 to 95VDC • cULus, cTÜVus, CE Marked • 80 – 90% Efficiency (Typical) • Up to 27 W/In3 • 1 Up: 2.58” x 2.5” x 0.62” (Junior) 4.9” x 2.5” x 0.62” (Full Size) • 2 Up: 2.58” x 4.9” x 0.62” (Junior) 4.9” x 4.9” x 0.62” (Full Size) • 3 Up: 2.58” x 7.3” x 0.62” (Junior) 4.9” x 7.3” x 0.62” (Full Size) • Low noise ZCS power architecture • Booster versions available for expanded output power – full size only (add B to part number Example: VI-LBxx-xx) Product Highlights Vicor’s MegaMod and MegaMod Jr. Families of single, dual and triple output DC-DC converters provide power system designers with cost effective, high performance, off-the-shelf solutions to applications that might otherwise require a custom supply. Incorporating standard VI-200 or VI-J00 Family converters in rugged, chassis mount packages, MegaMod and MegaMod Jr.’s can be ordered with single, dual or triple outputs, having a combined output power of up to 600W. Totally isolated outputs eliminate efficiency penalties and output interaction problems. Configuration Chart Substitute VE– for VI– for RoHS compliant versions Full-Size Modules – MegaMod Configuration Single Output VI-L - 50 – 200W 1 100 – 400W 2 300 – 600W 3 100 – 400W 2 150 – 600W 3 150 – 600W 3 VI-M - FFF AA FA Dual Output VI-P FFF AAA VI-Q MegaMod™ & MegaMod Jr.™ Family Page 1 of 7 A F FFF AAA F VI-N - A A - - FAAF A A TripleFFOutput VI-R FF FAAF A A F - F FA A A F A F A F AVoltage FF FA F AA Input Nominal FA FA # of Modules Configuration Output # of Power Modules Single Output VI-LJ - 25 – 100W 1 50 – 200W 2 75 – 300W 3 A F AA FFF A Dual Output VI-PJ - F FF FAAF A A Triple Output VI-RJ FA F FF FAA FAF A A Maximum Power (see chart below) A - A Input Range Low Line MegaMod MegaMod Jr. Transient [a] Full Power 75% Max Power 0 = 12V [b][c] 10 – 20V (4) (1) n/a 22 V = 24V[b][c] 10 – 36V (2) (11) n/a n/a 1 = 24V [d] 21 – 32V (8) (6) 18V 36 W = 24V [d] 18 – 36V (8) (6) n/a n/a 2 = 36V 21 – 56V (6) (1) 18V 60 3 = 48V 42 – 60V (10) (6) 36V 72 N = 48V 36 – 76V (10) (5) n/a n/a 4 = 72V 55 – 100V (9) (6) 45V 110 T = 110V 66 – 160V (8) (5) n/a n/a 5 = 150V 100 – 200V (9) (6) 85V 215 6 = 300V 200 – 400V (10) (6) 170V 425 7 = 150/300V 100 – 375V (5) (1) 90V n/a Max. Output 5 – 7.5V >7.5V