Configuration Chart. Output Power/Current VOUT 5V VOUT < 5V W = 100W W = 20A V = 150W V = 30A U = 200W U = 40A S = 300W S = 60A Q = 400W Q = 80A

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Shana Dean
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1 Sept. 99 of Mega Module & Mega Module r. amily to 00 Watts - onverters Single, ual, Triple Output hassis Mount eatures Inputs: 0 to 00Vdc ny Output, to 9Vdc UL, S, TÜV, V, T 80-90% fficiency (Typical) Up to 7W/ubic Inch Up.8" x." x 0." (unior).9" x." x 0." (ull Size) Up.8" x.9" x 0." (unior).9" x.9" x 0." (ull Size) Up.8" x 7." x 0." (unior).9" x 7." x 0." (ull Size) ZS Power rchitecture Low Noise M ontrol ooster Versions vailable for xpanded Output Power Marked Product ighlights Vicor s Mega Module and Mega Module r. amilies of single, dual and triple output - 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-00 or VI-00 amily converters in rugged, chassis mount packages, Mega Module and Mega Module r. s can be ordered with single, dual or triple outputs, having a combined output power of up to 00W. Totally isolated outputs eliminate efficiency penalties and output interaction problems. onfiguration hart ull-size Modules Mega Modules: # of Modules Single Output VI-L W.9" x." x 0." VI-M W.9" x.9" x 0." VI-N W.9" x 7." x 0." ual Output VI-P W.9" x.9" x 0." VI-Q W.9" x 7." x 0." Triple Output VI-R W.9" x 7." x 0." unior-size Modules Mega Module uniors: Single Output VI-L - -00W.8" x." x 0." ual Output VI-P W.8" x.9" x 0." Triple Output VI-R W.8" x 7." x 0." Input Voltage Mega Mega Nominal Range rownout * Transient ** Module Module r. 0 = V 0-0V n/a () () = V - V 8 (8) () W= V 8 - V n/a n/a (8) () = V - V 8 0 () () = 8V - 0V 7 (0) () N = 8V - 7V n/a n/a (0) () = 7V - 00V 0 (9) () T = 0V - 0V n/a n/a (8) () = 0V 00-00V 8 (9) () = 00V 00-00V 70 (0) () 7 = 0/00V 00-7V 90 n/a () () Product rade Mega Module Mega Module r. = -0 to +8-0 to +00 = - to +8 - to +00 I = -0 to +8-0 to +00 M = - to +8 - to +00 VOUT V VOUT < V W = 00W W = 0 V = 0W V = 0 U = 00W U = 0 S = 00W S = 0 Q = 00W Q = 80 Max. Output Per Module V Outputs >V Outputs <V Outputs () 0W 0W 0 () 7W 7W () 7W 00W 0 () 00W 00W 0 *rownout 7% of rated load. **Transient voltage for second. ***onsult factory for availability of T input Mega Module rs. Output Voltage Z = V Y =.V 0 = V M = 0V = V = V = V L = 8V = 8V ( to 9V, consult factory) Mega Module Mega Module r. VOUT V VOUT < V VOUT V VOUT < V Y = 0W Y = 0 Z = W Z = X = 7W X = Y = 0W Y = 0 W = 00W W = 0 X = 7W X = V = 0W V = 0 W = 00W W = 0 U = 00W U = 0 VOUT V VOUT < V S = 00W S = 0 P = 0W P = 90 M = 00W M = 0 Max. Output Per Module V Outputs >V Outputs <V Outputs (7) 00W 0W 0 (8) 0W 0W 0 (9) 0W 00W 0 (0) 00W 00W 0

2 Sept. 99 of Mega Module Specifications (typical at T P =, nom. line and 7% load, unless otherwise specified) Mega Module (-rade) Mega Module (-, I-, M-rade) PRMTR MIN. MX. MIN. MX. UNITS TST ONITIONS Input haracteristics Inrush charge 0x0-0x0-00x0 - oulombs Nom. line, per module Input reflected ripple current pp 0% 0% I IN Nom. line, full load Input ripple rejection d 0 z, nom. line +0Log( Vin ) Vout 0+0Log( Vout ) d 00 z, nom. line 0+0Log( Vin Vout ) No load power dissipation.. Watts Per module Output haracteristics Setpoint accuracy % % 0.% % V NOM Load/line regulation 0.% 0.0% 0.% V NOM LL to L, 0% to L Load/line regulation % 0.% 0.% V NOM LL to L, NL to 0% Output temperature drift % / Over rated temp. Long term drift %/ hours Output ripple - pp: V,.V mv 0 Mz bandwidth V % % % 0 Mz bandwidth -8V % 0.7%.% 0 Mz bandwidth igh/low program 0% 0% 0% 0% Total remote sense compensation Volts 0.V max. neg. leg OVP setpoint % % % % V NOM Recycle power urrent limit 0% % 0% % I NOM utomatic restart Short circuit current 0% 0% 0% 0% I NOM ontrol Pin haracteristics ate out impedance 0 0 Ohms ate in impedance 0 0 Ohms ate in open circuit voltage Volts Use open collector ate in low threshold Volts ate in low current m Power sharing accuracy ielectric Withstand haracteristics Input to output,000,000 VRMS aseplate earthed Output to baseplate VRMS Input to baseplate,00,00 VRMS Thermal haracteristics fficiency 78-88% 80-90% aseplate to chassis /Watt Thermal Shutdown ool and recycle (rivers only) power to restart Mechanical Specifications Weight Up 9.0 () 9.0 () Ounces (rams) Up. (). () Lbs. (rams) Up.7 (77).7 (77) Lbs. (rams) V and V outputs, standard trim range ±0%. onsult factory for wider trim range. % typical for booster modules. Output voltages of V or less incorporate foldback current limiting; outputs of 0V and above contain straight-line limiting.

3 Sept. 99 of Mega Module r. Specifications (typical at T P =, nom. line and 7% load, unless otherwise specified) Mega Module r. (-rade) Mega Module r. (-, I-, M-rade) PRMTR MIN. MX. MIN. MX. UNITS TST ONITIONS Input haracteristics Inrush charge 0x0-00x0-0x0-00x0 - oulombs Nom. line, per module Input reflected ripple current pp 0% 0% I IN Nom. line, full load Input ripple rejection +0Log( Vin Vout ) 0+0Log( Vin Vout ) d 0 z, nom. line 0+0Log( Vin Vout ) d 00 z, nom. line No load power dissipation.. Watts Per module Output haracteristics Setpoint accuracy.0%.0% 0.% % V NOM Load/line regulation 0.% 0.0% 0.% V NOM LL to L, 0% to L Load/line regulation.0% 0.% 0.% V NOM LL to L, NL to 0% Output temperature drift %/ Over rated temp. Long term drift %/ hours Output ripple, pp: V,.V mv 0 Mz bandwidth V % % % 0 Mz bandwidth V-8V % 0.7%.% 0 Mz bandwidth igh/low program 0% 0% 0% 0% V NOM Total remote sense compensation Volts 0.V max. neg. leg OVP setpoint N/ N/ urrent limit 0% % 0% % I NOM utomatic restart Short circuit current 0% 0% 0% 0% I NOM ontrol Pin haracteristics ate out impedance 0 0 Ohms ate in impedance 0 0 Ohms ate in high threshold Volts Use open collector ate in low threshold Volts ate in low current m ielectric Withstand haracteristics Input to output,000,000 VRMS aseplate earthed Output to baseplate VRMS Input to baseplate,00,00 VRMS Thermal haracteristics fficiency 78-88% 80-90% aseplate to chassis /Watt Mechanical Specifications Weight Up. (7). (7) Ounces (rams) Up 8.8 (0) 8.8 (0) Ounces (rams) Up. (77). (77) Ounces (rams) V and V outputs, standard trim range ±0%. onsult factory for wider trim range.

4 TM Sept. 99 of Mega Module Mechanical Specifications Inputs Input ate Out # ate Out # ate In # ate In # 7 ate Out # +Input 8 ate In #.8 (,) Inputs Outputs.90 (,). (,) Side view (all models) SR. NO. Outputs Output # Output # Output # Output Output L Output Sense Sense M Sense Trim Trim N Trim +Sense +Sense P +Sense +Output +Output Q +Output.8 (,). (,) L- and L-Series L- and L-Series ø.0 (ø,8) TRU 'OR ø.0 (ø,) X.70 (,) P,0 (,).0 (0,).9 (,8).7 (70,) TOP VIW. (0,).0 (8,). (.0) P- and P-Series.9 (,8) M-Series M-Series P- and P-Series. (7,). (7,) TOP VIW. (,).90 (,) R- and R-Series Q-Series N-Series N-Series Q-Series.9 (,8) R- and R-Series 7 8. (7,).9 (7,). (7,) M P L N Q 7. (8,9) TOP VIW LU TRMINL NUT SRW LIL LOWSR Terminal and Product Model Terminal Style Screw Size Recommended Torque Input, +Input ll models P 8- UN 0 in-lb (. N-m) Output, +Output L-, P-, R-, L-, P 8- UN 0 in-lb (. N-m) P- & R-Series M- & N-Series Metal /-0 UN in-lb (7. N-m) Q-Series P 8- UN 0 in-lb (. N-m) Metal /-0 UN in-lb (7. N-m) Supervisory Sized to accept MP aston insulated ll models receptacle #-08-

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MAU100 Series. 1W, Miniature SIP, Single & Dual Output DC/DC Converters MINMAX. Key Features

MAU100 Series. 1W, Miniature SIP, Single & Dual Output DC/DC Converters MINMAX. Key Features W, Miniature SIP, Single & Dual Output DC/DC s Key Features Efficiency up to % 000 Isolation MTBF >,000,000 Hours Low Cost Input,, and Output 3.3,,9,,,{,{9,{ and { Temperature Performance -0] to +] UL