Military Product Catalog

Transcription

1 Military Product Catalog

2 Field Tested... Proven Reliability Vicor s military products have been and continue to be selected for use in a wide variety of strategic military and aerospace applications. Partial Listing: F-6 F/A-8 F- P- Orion Tornado AWACS J-STARS V- Osprey Eurofighter Typhoon Predator UAV E-C Hawkeye Nimrod MRA EA-6B Prowler Bradley M/M Harpoon Missile Tow Missile Tomahawk Cruise Missile Patriot Missile Launcher THAAD Missile Launcher MLRS Missile Launcher NASA Space Shuttle International Space Station Secure Communications Equipment Digital Displays Fire Control Systems Mine Hunting Sonar Electronic Warfare Radar Jamming Systems

3 Table of Contents Military Standards Product compliance with military standards Product Overview Summary presentation of military product line Military Data Sheets MI to 0W, high-density DC-DC converters MI-J00 to 50W, high-density DC-DC converters /8V, 8V, 70/00V, 75V Up to 600W, high-density nd Generation DC-DC converters 6 8 MI-IAM EMI/RFI filtering and transient protection module for 8Vdc and 70Vdc systems M-FIAM & M-FIAM5 nd Generation input filter and transient suppression module MI-AIM AC front end module 5Vac input, 50W output MI-RAM Output ripple attenuator modules 6 8 Accessories Environmental Stress Screening & MTBF Description of the post-production module screening. Includes examples of calculated MTBF Environmental Qualification Product qualification to MIL-STD-8 and MIL-STD-0 Custom Power Vicor Integration Architects (VIAs) and International Value Added Resellers (VARs) offer turnkey custom power systems Custom Configured Modules Web-based computer aided configuration of semi-custom nd Generation converters Technical Support Worldwide contacts for customer service and applications support MicroRAM Output ripple attenuator modules MI-MegaMod to 00W chassis mount DC-DC converters MI-ComPAC Complete single, dual, or triple output DC-DC power supply 9 0

4 Military Standards MIL-STD-70: Aircraft Electrical Power Characteristics Module MIL-STD-70A MIL-STD-70D MIL-STD-70E MI-Jx-xx MI-J6x-xx N/A MI-x-xx MI-6x-xx N/A MI-A-xx MI-A66-xx N/A MI-AIM-xx Vin Series 00Vin Series N/A M-FIAM N/A M-FIAM5 MI-ComPAC 8V MI-ComPAC 70V N/A MI-MegaMod 8V MI-MegaMod 70V N/A MIL-STD-75: Military Vehicle 8Vdc Electrical Characteristics Module MIL-STD-75A MIL-STD-75B MI-A-xx MI-ComPAC 8V MIL-STD-99: Interface Standard for Shipboard Systems Module MIL-STD-99A MIL-STD-99B MIL-STD-99C MI-J5x-xx MI-5x-xx MI-MegaMod 55V MIL-STD-6: Electromagnetic Emissions and Susceptibility Requirements Module MIL-STD-6C MIL-STD-6D MIL-STD-6E MI-A-xx, MI-A66-xx CE0, CE0, CE07, CE, CE, CS0, CS0, CS06 CS, CS, CS6 M-FIAM, M-FIAM5 CE, CE, CS, CS, CS5, CS6 MI-AIM-xx CE MI-ComPAC 8V, CE0, CE0, CE07, CE, CE, CE MI-ComPAC 70V CS0, CS0, CS06 CS, CS, CS6 CS, CS, CS6

5 Military Product Overview Military Component Power Solutions - st Generation AC-DC Products DC-DC Products 5Vac 60/00Hz MI-AIM Rectifier/EMI Filter Up to 50W DC-DC Converter 50-0W 8, 55, 65, 70Vdc 8Vdc, 70Vdc MI-IAM EMI Filter/Transient Protection Up to 00W MI-00 More Power? Add a Booster. MI-J00 DC-DC Converter -50W per module MI-RAM Up to 0A Ultra Low Noise? Add an MI-RAM to the Output of Any Module. <mv pp at 5-50Vdc Military Component Power Solutions - nd Generation DC-DC Products MAXI DC-DC Converter Up to 600W per module 8, 8, 70, 75Vdc DC-DC Converter Single Wire Paralleling for High Power, Fault Tolerant Arrays 8Vdc, 70Vdc M-FIAM EMI Filter/Transient Protection Up to 0A MINI Up to 00W per module MicroRAM Output ripple attenuation module combines active and passive filtering MICRO DC-DC Converter Up to 50W per module MI-MegaMod Family (Chassis Mount) DC Inputs 8Vdc, 55Vdc, 65Vdc, 70Vdc Military Configurable Power Solutions - Outputs using st Generation Modules Up to 50W Up to 00W MI-ComPAC Family DC Inputs 8Vdc, 70Vdc - Outputs using st Generation Modules Up to 00W Front End Filtering Designed for Military Applications

6 MI-00 TM Military DC-DC Converters 50 to 0W Features Product Highlights The MI-Series is designed for military applications and is based on Vicor s st Generation family of zero-current/zero-voltage switching, component level DC-DC converters. Operating at frequencies in excess of MHz, the MI-Series offers state-of-the-art performance in terms of power density, efficiency, noise, ease of use, and reliability. All units are manufactured in ISO 900-registered facilities. Full epoxy encapsulation in Vicor s industry standard package enables the MI-Series to meet MIL-STD-8 environmental requirements for humidity, fungus, salt, fog, explosive atmosphere, acceleration, vibration, and shock. (See page.) Standard features such as wide output trimming/programming, current limiting, remote sense, output inhibit, and latching OVP and OTP combine to offer a high degree of protection, versatility, and reliability for military power systems. Inputs: 8Vdc per MIL-STD-70D/E 55Vdc per MIL-STD-99A 70Vdc per MIL-STD-70D/E Single output: 8Vdc Up to W/in MIL-STD-8 environments Up to 90% efficiency Remote sense Converter/Booster Specifications (At T BP = 5 C, nominal line and 75% load, unless otherwise specified) PARAMETER MIN TYP MAX UNITS TEST CONDITIONS Input Characteristics Input voltage range See input voltage chart No load power dissipation.5.0 Watts Output Characteristics Set point accuracy % Vnom Load/line regulation % Vnom LL to HL, % to FL % Vnom LL to HL, NL to % Output temperature drift %/ C Output noise - pp.0.5 % Vnom Whichever is greater 0 50 mv } 0MHz BW Output voltage trimming () 50 % Vnom Remote sense compensation 0.5 Vdc OVP set point () % Vnom Latching Current limit 5 5 % Inom Auto restart Short circuit current () 0 0 % Inom Control Pin Characteristics Gate-in high threshold 6 Vdc Gate-in low threshold 0.65 Vdc Gate-in low current 6 ma Power sharing accuracy Isolation Characteristics Isolation (input to output),000 Vrms Isolation (output to baseplate) 500 Vrms Isolation (input to baseplate),500 Vrms Input/output capacitance pf Environmental (MIL-STD-8) Altitude - method ,000 feet Procedure II Humidity - method /0 %/hours Procedure, cycle Acceleration - method 5. 9 g's Procedure Vibration - method 5. 0 g's Procedure, category 6 Shock - method g's Procedure Reliability (MIL-HDBK-7F) 5 C Ground Benign: G.B.,78,77 hours 50 C Naval Sheltered: N.S. 58,90 hours 65 C Airborne Inhabited Cargo: A.I.C. 8,0 hours Current limit OVP and thermal shutdown Power boosters for higher power outputs ZVS/ZCS power architecture Low noise FM control Size:.6" x." x 0.5" (6,8 x 6,0 x,7mm) Thermal Characteristics Efficiency % Baseplate to sink 0.07 C/W With thermal pads Thermal shutdown C Latching Baseplate operating temperature +85 C See product grade Storage temperature +0 C See product grade Mechanical Specifications Weight 6.0 (70) ounces (grams) () V, V, and 5V outputs, standard trim range ±%. Consult factory for wider trim range. () No over temperature or voltage protection in booster modules. () Output voltages of 5V or less incorporate foldback current limiting; outputs of V and above provide constant current limiting.

7 Configuration Chart MI - - Semi-custom driver and booster modules available: Consult factory. () 6V operation at 75% load. () These units rated at 75% load from 5-50Vin: MI-6Z-xV MI-6Y-xV MI-60-xW 8Vdc input per MIL-STD 70D/E 55Vdc input per DOD-STD-99A 70Vdc input per MIL-STD-70D/E Input Voltage Nominal Range Transient = 8V 8 50V () 60V 5 = 55V 0 V 0V 6 = 70V 5 00V () 75V 7 = 65V 0 V Product Grade Operating Temp. I = -0 C to +85 C M = -55 C to +85 C Output Voltage Z = V T = 6.5V N = 8.5V Y =.V R = 7.5V = V 0 = 5V M= V L = 8V X = 5.V = V J = 6V W= 5.5V P =.8V K = 0V V = 5.8V = 5V = 8V Output Power/Current 5V <5V Y = 50W A X = 75W 5A W = 0W 0A V = o 0A For additional power, 0W and 75W booster modules available. Change MI-xx-xx to MI-Bxx-xx. Product Grade Specifications PARAMETER PRODUCT GRADE I-Grade M-Grade Storage temperature -55 C to +0 C -65 C to +0 C Operating temperature (baseplate) -0 C to +85 C -55 C to +85 C Power cycling burn-in hours, 5 cycles 96 hours, 00 cycles Temperature cycled with power off 8 hours, -6 cycles 8 hours, -6 cycles -55 C to +0 C -65 C to +0 C Test data supplied at these temperatures* -0 C, +80 C -55 C, +80 C Warranty years years Environmental compliance MIL-STD-8 MIL-STD-8 Derating NAVMAT P-855-A NAVMAT P-855-A * Test data available for review or download from vicorpower.com Mechanical Drawing 0.50 (,7) 0.0±0.05 (7,6)±(0,8). (5,) 0.5 (,8).80 (5,7) 0.5 (,8) FULL R MI-00 Mechanical Drawing.60 (6,8).60 (9,) MI Product ID this surface (,0) Dia () places Solder plate over copper alloy.0.00(5,6) 0.70 (5,) 0.0 (7,8) (,) 0.5±0.05 (8,9)±(0,8) 0.00 (,0) Dia (7) places Solder plate over copper alloy Pin # 5 6* 7* 8* 9 Function +In Gate In Gate Out -In +Out +Sense Trim -Sense -Out * Do not connect on Booster modules.0 (6,7) 0. (5,6) MIN 0.0 (7,6)Min.0 (6,0).75 (,5) 0. (,0) 0.50 (,7) (0,76) (0).0 Aluminum Base 5

8 MI-J00 TM Military DC-DC Converters to 50W Features Product Highlights The MI-J00 family of miniaturized DC-DC converters is designed for military applications utilizing distributed power architectures. Based on Vicor s st Generation family of zero-current/zero-voltage switching, component-level, DC-DC converters, the MI-J00 family offers state-of-the-art performance in terms of power density, efficiency, noise, ease of use, and reliability. The MI-J00 family is designed to exceed all steady-state, transient and under/overvoltage requirements of MIL-STD-70D/E for both 8Vdc input (MI-J0) and 70Vdc input (MI-J60), and the worst case envelope of DOD-STD- 99A for 55Vdc input. The output voltage can be externally trimmed or programmed from 50% to % of nominal output. Current limiting, remote sense, and an inhibit pin all combine to offer a high degree of protection, versatility, and reliability for military power systems. All units are manufactured in ISO 900-registered facilities. Full epoxy encapsulation in Vicor s industry standard package enables the MI-J00 family units to meet MIL-STD-8 environmental testing requirements for humidity, fungus, salt fog, explosive atmosphere, acceleration, vibration, and shock. (See page.) Inputs: 8Vdc per MIL-STD-70D/E 55Vdc per MIL-STD-99A 70Vdc per MIL-STD-70D/E Single output: 8Vdc Up to W/in MIL-STD-8 environments Up to 90% efficiency Remote sense Current limit ZVS/ZCS power architecture Low noise FM control Size:.8" x." x 0.5" (57,9 x 6,0 x,7mm) Converter Specifications (At T BP = 5 C, nominal line and 75% load, unless otherwise specified) PARAMETER MIN TYP MAX UNITS TEST CONDITIONS Input Characteristics Input voltage range See input voltage chart No load power dissipation.5.0 Watts Output Characteristics Set point accuracy % Vnom Load/line regulation % Vnom LL to HL, % to FL % Vnom LL to HL, NL to % Output temperature drift %/ C Output noise - pp.0.5 % Vnom Whichever is greater 0 50 mv } 0MHz BW Output voltage trimming () 50 % Vnom Remote sense compensation 0.5 Vdc OVP set point N/A Current limit 5 5 % Inom Auto restart Short circuit current 5 0 % Inom Control Pin Characteristics Gate-in high threshold 6 Vdc Gate-in low threshold 0.65 Vdc Gate-in low current 6 ma Isolation Characteristics Isolation (input to output),000 Vrms Isolation (output to baseplate) 500 Vrms Isolation (input to baseplate),500 Vrms Input/output capacitance pf Environmental (MIL-STD-8) Altitude - method ,000 feet Procedure II Humidity - method /0 %/hours Procedure, cycle Acceleration - method 5. 9 g's Procedure Vibration - method 5. 0 g's Procedure, category 6 Shock - method g's Procedure Reliability (MIL-HDBK-7F) 5 C Ground Benign: G.B.,87,050 hours 50 C Naval Sheltered: N.S. 667,568 hours 65 C Airborne Inhabited Cargo: A.I.C. 559,855 hours Thermal Characteristics Efficiency % Baseplate to sink 0. C/W With thermal pads Thermal shutdown N/A Baseplate operating temperature +0 C See product grade Storage temperature +5 C See product grade Mechanical Specifications Weight.0 (85) ounces (grams) 6 () V, V, and 5V outputs, standard trim range ±%. Consult factory for wider trim range.

9 Configuration Chart MI - J - Semi-custom modules available: Consult factory. () 6V operation at 75% load. () These units rated at 75% load from 5-50Vin: MI-J6Z-xY MI-J6Y-xY MI-J60-xY 8Vdc input per MIL-STD 70D/E 55Vdc input per DOD-STD-99A 70Vdc input per MIL-STD-70D/E Input Voltage Nominal Range Transient = 8V 8 50V () 60V 5 = 55V 0 V 0V 6 = 70V 5 00V () 75V 7 = 65V 0 V Product Grade Operating Temp. I = -0 C to +0 C M = -55 C to +0 C Output Voltage Z = V T = 6.5V N = 8.5V Y =.V R = 7.5V = V 0 = 5V M= V L = 8V X = 5.V = V J = 6V W= 5.5V P =.8V K = 0V V = 5.8V = 5V = 8V Output Power/Current 5V <5V A = W o Z = 5W 5A Y = 50W A Product Grade Specifications PARAMETER PRODUCT GRADE I-Grade M-Grade Storage temperature -55 C to +5 C -65 C to +5 C Operating temperature (baseplate) -0 C to +0 C -55 C to +0 C Power cycling burn-in hours, 5 cycles 96 hours, 00 cycles Temperature cycled with power off 8 hours, -6 cycles 8 hours, -6 cycles -55 C to +0 C -65 C to +0 C Test data supplied at these temperatures* -0 C, +80 C -55 C, +80 C Warranty years years Environmental compliance MIL-STD-8 MIL-STD-8 Derating NAVMAT P-855-A NAVMAT P-855-A * Test data available for review or download from vicorpower.com Mechanical Drawing 0.0±0.05 (7,6)±(0,8) 0.9 (,) 0.65 (6,5).8 (57,9).0 (,0) Dia () places Solder plate over copper alloy. (5,) MI-J (5,6) 0.70 (5,) 0.0 (7,8) (,) 0.5± 0.05 (8,9)±(0,8) Pin # Function +In Gate In Gate Out In +Out +Sense Trim Sense Out 0.5 (,8) 0.5 (,8) FULL R 0.00 (,0) Dia (7) places Solder plate over copper alloy Product ID this surface.90 (8,) 0. (5,6) Min..0 (6,0) (7,6) Min. (,) Max. 0. (,0) 0.50 (,7) (0,76) (0).0 Aluminum Base 7

10 /8V, 8V, 70/00V, 75V Military nd Generation DC-DC Converters Features Product Highlights Vicor s nd Generation DC-DC converters represent a quantum leap in the performance and flexibility of power components. With advanced power processing, control, and packaging technologies, power density has tripled while reducing the cost per Watt of processed power. A high level of silicon integration reduces parts count to less than a third of st Generation converters, increasing reliability. Fully encapsulated, Vicor nd Generation modules utilize a proprietary spin fill process that assures complete, void free encapsulation making them suitable for the most harsh military environments. Two military grades (H & M) are available with temperatures to -55 C operating and -65 C storage. H & M-grade modules have been subjected to the environmental testing requirements of MIL-STD-8, MIL-S-90, and MIL-STD-0 and undergo 0% environmental stress screening. 8 /8 and 70/00Vdc compliant to MIL-STD-70E Single output: 8Vdc MIL-STD-8 environments Operating temperatures from -55 C to 0 C ZVS/ZCS power architecture Input Voltage Part Numbering Environmental stress screening Programmable output: to % Power density: Up to 0W/in OVP and thermal shutdown Input undervoltage lockout Parallelable for increased power Nominal Range Transient MIL Compliance V 8 6V 50V 0mS MIL-STD-70E for 8Vin 8V 6 75V 0V 0mS 00V 80 75V 00V 0mS MIL-STD-70E for 70Vin 75V 50 5V 500V 0mS Maxi Converter Example: V00A8M500AL 00Vin, maxi, 500W, long pins Mini Converter Example: V00B5M50AL 00Vin, mini, 50W, long pins Micro Converter Example: V00CM50A 00Vin, micro, 50W, short pins V 00 A 8 M 500 A L Input Package Output Product Grade Output Pin Style Baseplate Voltage A = Maxi Voltage H = 0 C to +0 C Power Blank = Short Solder Blank = Slotted B = Mini M = 55 C to +0 C L = Long Solder = Threaded C = Micro S = Short ModuMate = Thru-hole Compatible with InMate and SurfMate socketing systems. Vin Series Output Power (Watts) Output Voltage (Vdc) Maxi Mini Micro V V V V V V V V Vin Series Output Power (Watts) Output Voltage (Vdc) Maxi Mini Micro V V V V V V V V Contact factory or see vicorpower.com for model number of units in red. N = Long ModuMate 8Vin Series Output Power (Watts) Output Voltage (Vdc) Maxi Mini Micro V V V V V V V V Vin Series Output Power (Watts) Output Voltage (Vdc) Maxi Mini Micro V V V V V V V V

11 Specifications General Specifications (See vicorpower.com for model specific data sheets) PARAMETER MIN TYP MAX UNITS NOTES Input Characteristics Undervoltage turn-on V Vdc 8V Vdc 00V Vdc 75V Vdc Undervoltage turn-off V.7 5. Vdc 8V Vdc 00V Vdc 75V 0.7. Vdc Overvoltage turn-off/on V Vdc 8V Vdc 00V Not Included Vdc 75V Vdc Output Characteristics Line regulation ±0.0 ±0.0 % Low line to high line; full load Temperature regulation ±0.00 ±0.005 %/ C Over operating temperature range Power sharing accuracy ± ±5 % to 0% of full load For trimming below 90% of Programming range % Vnom nominal, a minimum load may be required. Current limit 5 % Iout Output voltage 95% of nominal Short circuit current 5 % Iout Output voltage < 50mV Isolation Characteristics Isolation voltage (in to out) 000 Vrms Isolation voltage (in to base) 550 Vrms Isolation voltage (out to base) 500 Vrms Isolation resistance (in to out) Megohms RATING UNIT NOTES Thermal Characteristics Operating temperature (H-grade) -0 to +0 C Baseplate Storage temperature (H-grade) -55 to +5 C Operating temperature (M-grade) -55 to +0 C Baseplate Storage temperature (M-grade) -65 to +5 C Temperature limiting (typical) 5 C Environmental Stress Screening See page 0 for details Complies with reinforced insulation requirements Complies with basic insulation requirements Complies with operational insulation requirements Control Functions - PC Pin +In Module Enable/Disable. The module may be disabled by pulling PC below.v with respect to the Input. This may be done with an open collector transistor, relay, or optocoupler. Multiple converters may be disabled with a single transistor or relay either directly or via OR ing diodes. See Figure. Module Alarm.The module contains watchdog circuitry which monitors input voltage, operating temperature, and internal operating parameters. In the event that any of these parameters are outside of their allowable operating range, the module will shut down and PC will go low. PC will periodically go high and the module will check to see if the fault (as an example, overtemperature) has cleared. If the fault has not been cleared, PC will go low again and the cycle will restart. The SC pin will go low in the event of a fault and return to its normal state after the fault has been cleared. See Figures and. Figure PC/SC module alarm timing 9 Disable Disable = PC <.V PC PR In Figure Module enable/disable +In PC PR In SW Auto Restart -0ms typ. f (VIN) SW,, & shown in "Fault" position 5.7Vdc (0-mA) SW Input Undervoltage Input Overvoltage Overtemperature Module Faults +Out +S SC S Out Figure PC/SC module alarm logic Fault 5.7V PC.V SC 50Ω 0µs typ. SW. Vdc -0ms typ. K 6K

12 Control Functions - SC Pin Output Voltage Programming. The output voltage of the converter can be adjusted or programmed via fixed resistors, potentiometers, or voltage DACs. See Figures and 5. +Out +Out RU Trim Up Error Amp SC Load Error Amp SC Load kω 0.0µF RD Trim Down kω 0.0µF.V Out.V Out +Out +Out Error Amp kω 0.0µF +S SC S RD Trim Down Load Error Amp kω 0.0µF +S SC S RU Trim Up Load.V Out.V Out R D (ohms) =,000 Vout Vnom - Vout R U (ohms) =,000 (Vout-.) Vnom,000. (Vout-Vnom) Figure Output voltage trim-down circuit (Micro inset) Trim-Down.. This converter is not a constant power device it has a constant current limit. Hence, available output power is reduced by the same percentage that output voltage is trimmed down. Do not exceed maximum rated output current.. The trim-down resistor must be connected to the Sense pin ( Out pin on a micro). Figure 5 Output voltage trim-up circuit (Micro inset) Trim-Up.. The converter is rated for a maximum delivered power. To ensure that maximum rated power is not exceeded, reduce maximum output current by the same percentage increase in output voltage.. The trim-up resistor must be connected to the +Sense pin. (+Out pin on a micro).. Do not trim the converter above maximum trim range (typically +%) or the output overvoltage protection circuitry may be activated. Control Functions - PR Pin Note: Please consult the appropriate Vicor Design Guide for additional information regarding the use of these products. Parallel Operation. The PR pin supports paralleling for increased power with N+ (N+M) redundancy and phased array capability. Modules of the same input voltage, output voltage, and power level will current share if all PR pins are suitably interfaced. Compatible interface architectures include: DC coupled single-wire interface. All PR pins are directly connected to one another. This interface supports current sharing but is not fault tolerant. Minus In pins must be tied to the same electric potential. See Figure 6. AC coupled single-wire interface. All PR pins are connected to a single communication bus through 0.00µF (500V) capacitors. This interface supports current sharing and is fault tolerant except for the communication bus. See Figure 7. +In +In PC PR Module 0.00µF PC PR Module In In Ground plane +In PC PR In Module (up to ) Figure 6 DC coupled single-wire interface 0.00µF Ground plane +In PC PR In Module (up to ) Figure 7 AC coupled single-wire interface

13 Mechanical Drawing Converter Pins No. Function Label +In + Primary Control PC Parallel PR In 5 Out 6 Sense S 7 Secondary Control SC 8 +Sense +S 9 +Out + Pin Styles Tin/Lead Hot Solder Dip (Pin Style &) Gold Plated Copper (Pin Style S&N) Maxi Slotted (Style ) or Threaded (Style ) -0 UNC-B (6X) 0.00±0.05 7,6±0,8 0. 5,8 (REF) 0.00±0.05 7,6±0,8 0.00,6 (ALL MARKINGS THIS SURFACE) ,9.7, , ,0.00 5, ±0.0,7 ±0,5-0 UNC-B Thru (X)*** (Style and only).00 6, DIA,(X), DIA,(7X),0 0.* 0.0**, 5, (X) 9,6 ALUMINUM BASEPLATE.60 6,8 0.50,7.60 9,.80 5, R (X),9, ,9 (9X) Pin Style &S,7 (REF) (Short Pin) 0.6 (9X) Pin Style &N 5,7 (Long Pin).00 50,8 0.,5 0.,5 X 5 CHAMFER FULL R (6X) 0. (6X), Use a -0 Screw (6x) Torque to: 5 in-lbs 0.57 N-m or Thru Hole (Style ) #0 Drill Thru (6X) (0.85) * Style baseplate only ** Style & baseplates *** Reserved for Vicor accessories Not for mounting Converter Pins No. Function Label +In + Primary Control PC Parallel PR In 5 Out 6 Sense S 7 Secondary Control SC 8 +Sense +S 9 +Out + Pin Styles Tin/Lead Hot Solder Dip (Pin Style &) Gold Plated Copper (Pin Style S&N) Mini 0. (REF) 5, ±0.05 7,6 ±0,8.00 ±0.05 7,6 ±0,8 0.00,6 (ALL MARKINGS THIS SURFACE) ,9.7, , ,0.00 5, style & 0.* 0.0** baseplates only, 5, (X)***.900 8, DIA,(X), DIA,(7X), (X) 8,8.8 ALUMINUM 57,9 BASEPLATE 0.9, ,5.0, R (X),9,5 0.5 (9X) Pin Style &S,7 (Short Pin) 0.6 (9X) Pin Style &N 5,7 (Long Pin) , ,9 (REF.) 0.,5 0. X 5,5 CHAMFER FULL R (6X) 0.0 (6X),0 Use a -0 Screw (6X) Torque to: 5 in-lbs.57 N-m Converter Pins No. Function Label +In + Primary Control PC Parallel PR In 5 Out 6 Secondary Control SC 7 +Out + Pin Styles Tin/Lead Hot Solder Dip (Pin Style &) Gold Plated Copper (Pin Style S&N) Micro 0.5±.05 5,97±0,8 (REF) 0.50±.05 8,89±0,8 (REF) 0. 5, (REF) , 0.55, ,99 (ALL MARKINGS THIS SURFACE) ,6.0 6,.5 6,8 5 style & baseplates only (X)*** ,80 0.*, 0.90 ±.05,5 ±0,8 (REF) DIA. (7X),0 0.0** 5, ,9 (X) ALUMINUM BASEPLATE.8 57,9 0.9,.0, , ,9 R (X),5 0.5 (7X) Pin Style &S,7 (Short Pin) 0.6 (7X) Pin Style &N 5,7 (Long Pin).7,.5 6,8 (REF.) 0.09, 0. X 5,5 CHAMFER FULL R (6X) 0. (6X), Use a -0 Screw (6x) Torque to: 5 in-lbs 0.57 N-m

14 MI-IAM TM Military Input Attenuator Modules Features Product Highlights The MI-IAM is an accessory product to Vicor s MI-Series of DC-DC converters that provides the EMI/RFI filtering and transient protection required in military applications. Designed for use with all 8V and 70V input MI-00 or MI-J00 converters, the MI-IAM can drive any number of modules with output loads to 00W. The MI-IAM meets the conducted emissions specifications of MIL- STD-6C/D and offers complete input transient, surge, and spike protection to the most severe levels of MIL-STD-75A and 70A. Reverse polarity protection and overvoltage lockout provide additional safeguards against potentially damaging line conditions. High power arrays can be configured using the expansion port capability of the MI-IAM. Inputs: 8Vdc and 70Vdc MIL-STD-6C/D EMI compliance MIL-STD-8 environments MIL-STD-70A & MIL-STD75A transients and spikes Reverse polarity protection Output power: Up to 00W from any combination of MI-00 or MI-J00 modules Expansion port for additional power Short circuit protected Size:.8" x." x 0.5" (57,9 x 6,0 x,7mm) Specifications (At T BP = 5 C, nominal line and 75% load, unless otherwise specified) PARAMETER MIN TYP MAX UNITS NOTES Input Characteristics 8Vdc modules Steady state input Vdc Input spike limit Vdc µs, 50Ω per MIL-STD-70A Vdc 0µS, 5mJ per MIL-STD-75A Input surge limit 0 Vdc 60mS, 0.5Ω per MIL-STD-75A Overvoltage shutdown 50 Vdc 0mS, automatic recovery Reverse polarity protection Shunt diode: input fuse required Recommended fuse 0 Amps F0A type 70Vdc modules Steady state input Vdc Input spike limit 800 Vdc µs, 50Ω Vdc 0µS, 5mJ Input surge limit 500 Vdc 0mS, 0.5Ω Overvoltage shutdown 00 Vdc 0mS, automatic recovery Reverse polarity protection Shunt diode: input fuse required Recommended fuse Amps F0A type All models No load power dissipation Watts Inrush current 5 % I in Steady state, lin ms EMC Characteristics; MIL-STD-6C/D Input power leads Conducted emissions CE0, CE0, CE07 MIL-STD-6C CE, CE MIL-STD-6D Conducted susceptibility CS0, CS0, CS06 MIL-STD-6C CS, CS, CS6 MIL-STD-6D Output Characteristics Clamp voltage 8Vdc input 60 Vdc 70Vdc input 0 Vdc Output power 50 Watts Overload protection 8Vdc input 0 Amps Foldback threshold; auto recovery 70Vdc input Amps } with latched shutdown after ms Isolation Characteristics Input to base,500 V rms min. Output to base,500 Vrms min. Environmental (MIL-STD-8) Altitude - method ,000 feet Procedure II Humidity - method /0 % /hours Procedure, cycle Acceleration - method 5. 9 g's Procedure Vibration - method 5. 0 g's Procedure, category 6 Shock - method g's Procedure Reliability (MIL-HDBK-7F) 5 C Ground Benign: G.B.,5, hours 50 C Naval Sheltered: N.S. 80,5 hours 65 C Airborne Inhabited Cargo: A.I.C. 65,666 hours Thermal Characteristics Efficiency 97 % Baseplate to sink 0. C/Watt Operating temperature, baseplate 0 C See product grade specifications Storage temperature 5 C See product grade specifications Mechanical Specifications Weight (85) ounces (grams)

15 MI-IAM Model Selection Chart Model Number Nominal Input Voltage Input Range Compatible MI-Series Converter MI-A-MU 8Vdc Vdc MI-x and MI-Jx-Mx M grade MI-A66-MU 70Vdc 5 00Vdc MI-6x and MI-J6x-Mx M grade MI-A-IU 8Vdc Vdc MI-x and MI-Jx-Ix I grade MI-A66-IU 70Vdc 5 00Vdc MI-6x and MI-J6x-Ix I grade Product Grade Specifications PARAMETER PRODUCT GRADE I-Grade M-Grade Storage temperature -55 C to +5 C -65 C to +5 C Operating temperature (baseplate) -0 C to +0 C -55 C to +0 C Power cycling burn-in hours, 5 cycles 96 hours, 00 cycles Temperature cycled with power off 8 hours, -6 cycles 8 hours, -6 cycles -55 C to +0 C -65 C to +0 C Test data supplied at these temperatures* -0 C, +80 C -55 C, +80 C Warranty years years Environmental compliance MIL-STD-8 MIL-STD-8 Derating NAVMAT P- 855-A NAVMAT P -855-A * Test data available for review or download from vicorpower.com MI-IAM Safe Operating Area* 8Vdc Input 70Vdc Input 600 VOLTS-PEAK VALUE OF SPIKE VOLTAGE Ratings Exceeded Reverse Polarity Protection OVP 50V VOLTS-PEAK VALUE OF SPIKE VOLTAGE Ratings Exceeded Reverse Polarity Protection OVP 500V 00V µs -5 µs - 0µs - ms - ms - 0ms 0 s -6 µs -5 µs - 0µs - ms - ms - 0ms 0 s TIME (SECONDS) TIME (SECONDS) * Refer to input characteristics Mechanical Drawing 0.0±.05 (7,6)±(0,8) 0.9 (,) 0.65 (6,5).8 (57,9).0 (,0) Dia () places Solder plate over copper alloy Typical Connection Diagram 700 pf. (5,) 0.5 (,8) MI-IAM VI-IAM FULL R 0.5 (,8) (5,6) 0.70 (5,) 0.0 (7,8) (,) 0.5± 0.05 (8,9)±(0,8) 0.00 (,0) Dia (7) places Solder plate over copper alloy Pin # Function +In +In In In +Out Gate In Parallel Gate Out Out + +In +In -In -In Gate In Parallel Gate Out MI-IAM +Out -Out Input Voltage Range Capacitance (C) 8Vdc (8.8-50V) 90µF (Max.) 70Vdc (5-00V) 7µF (Max.) C 700 pf +In Gate In Gate Out -In MI-Converter +Out +S Trim -S -Out Product ID this surface.90 (8,) 0. (5,6) Min..0 (6,0) (7,6) Min. (,) Max. 0. (,0) 0.50 (,7) (0,76) (0).0 Aluminum Base

16 M- FIAM TM & M- FIAM5 TM Military Input Attenuator Modules Features MIL-STD-6E compliant MIL-STD-70E input transient protection MIL-STD-8, MIL-STD-0 environments Environmental stress screening Low profile mounting options Inrush current limiting Size:.8" x." x 0.5" (57,9 x 55,9x,7mm) Reverse polarity protection Product Highlights The M-FIAM is a DC front-end module that provides EMI filtering and transient protection required in military applications. The M-FIAM enables designers using Vicor nd Generation V and 00V DC-DC converters to meet conducted emission/conducted susceptibility per MIL-STD-6E; and input transients per MIL-STD-70E. M-FIAM is housed in an industry standard "half brick" module measuring.8" x." x 0.5". Specifications (At T BP = 5 C, nominal line and 75% load, unless otherwise specified) PARAMETER MIN TYP MAX UNITS NOTES Input Characteristics 8Vdc modules Steady state input Vdc Input transient 50 Vdc 0ms, MIL-STD-70E Inrush limiting A/µF 70Vdc modules Steady state input Vdc Input transient 00 Vdc 0ms, MIL-STD-70E Inrush limiting 0.08 A/µF EMC Characteristics; MIL-STD-6E Input power leads Conducted emissions CE, CE Conducted susceptibility CS, CS, CS5, CS6 Output Characteristics Output current 8Vdc input 0 Amps 70Vdc input Amps Internal voltage drop 8Vdc input A, 0 C baseplate 70Vdc input A, 0 C baseplate Isolation Characteristics Dielectric withstand,500 V rms Input/output to base, Vdc Input/output to base. Thermal Characteristics Efficiency % Baseplate to sink; flat, greased surface 0.6 C/Watt Baseplate to sink; thermal pad (P/N 06) 0. C/Watt Baseplate to ambient 7.9 C/Watt Baseplate to sink; 00 LFM. C/Watt Part Numbering M FIAM 5 M Military Filter Input Input Voltage Product Grade Pin Style Baseplate Product Attenuator Module = 70Vdc H = 0 C to +0 C = Short = Slotted Compatible with SurfMate and InMate socketing systems. 5 = 8Vdc M = 55 C to +0 C = Long = Threaded S = Short ModuMate = Thru-hole N = Long ModuMate M-FIAM Model Selection Chart Model Nominal Input Compatible Number Input Voltage Range nd Generation Converters M-FIAM5 xxx 8Vdc 8 6V V Series M-FIAMxxx 70Vdc 80 75V V00 Series

17 Product Grade Specifications PARAMETER PRODUCT GRADE H-Grade M-Grade Storage temperature -55 C to +5 C -65 C to +5 C Operating temperature (baseplate) -0 C to +0 C -55 C to +0 C Power cycling burn-in hours, 8 cycles hours, 56 cycles Temperature cycled with power off * Test data available for review or download from vicorpower.com 8 cycles 6 cycles -55 C to +5 C -65 C to +5 C Test data supplied at these temperatures* -0 C, +0 C -55 C, +0 C Warranty years years Environmental compliance MIL-STD-8 MIL-STD-8 MTBF per MIL-HDBK-7F Temperature Environment MTBF Unit 5 C Ground Benign: G.B.,505,00 hours 50 C Naval Sheltered: N.S. 8,00 hours 65 C Airborne Inhabited Cargo: A.I.C 68,75 hours Mechanical Drawing Converter Pins No. Function Label +In + No Connection NC Ground EMI/GND In 5 Out 6 ON/OFF ON/OFF 7 No Connection NC 8 No Connection NC 9 +Out + Pin Styles Tin/Lead Hot Solder Dip (Pin Style &) Gold Plated Copper (Pin Style S&N) 0. 5,8 (REF) 0.00 ±0.05 7,6 ±0, ±0.05 7,6 ±0,8 0.00,6 (ALL MARKINGS THIS SURFACE) ,9.7, , ,0.00 5, ±0.0,7 ±0,5 style & baseplates only (X)***.900 8, DIA,(X), DIA,(7X),0 0.* 0.0**, 5, ,8 (X) ALUMINUM BASEPLATE.8 57,9 0.9,.0, , R (X),9,5 0.5 (9X) Pin Style &S,7 (Short Pin) 0.6 (9X) Pin Style &N 5,7 (Long Pin) Typical Connection Diagram , ,9 (REF.) 0.,5 0. X 5,5 CHAMFER FULL R (6X) 0.0 (6X),0 Use a -0 Screw (6X) Torque to: 5 in-lbs.57 N-m * Style baseplate only ** Style & baseplates *** Reserved for Vicor accessories Not for mounting Slotted (Style ) or Threaded (Style ) -0 UNC-B (6X) or Thru Hole (Style ) #0 Drill Thru (6X) (0.85) Note: The M-FIAM is shown in the on state. To disable, open the connection between ON/OFF and Out. IN MOV P/N 000 (M-FIAM) MOV P/N (M-FIAM5) +IN EMI GND M-FIAM ON OFF NC NC NC + + C IN PR PC +IN nd Generation DC-DC Converters OUT S SC +S +OUT Capacitance (C) M-FIAM µf(min), µf(max); M-FIAM5 0µF(min), 00µF(max) Recommended Fuse: M-FIAM A Max, F0A Type. M-FIAM5 0A Max, F0A Type. 5

18 MI - AIM TM Military Component Front End Modules Features Inputs: 5Vac; 60/00Hz Output power: 50W Compatible with MI-x7x family modules MIL-STD-6D EMI compliance MIL-STD-8 environments MIL-STD-70A input transient protection 95% efficiency Operating temperature to 0 C Size:.8" x." x 0.5" (57,9 x 6,0 x,7mm) Product Highlights The MI-AIM AC input module interfaces directly with AC mains to provide line rectification, EMI filtering, transient protection, and inrush limiting. These military front end modules accept 5Vac and provide 50W of output power for any of Vicor's MI-x7x family of standard and junior size modules. The MI-AIM meets CE conducted emissions requirements of MIL- STD-6D and the transient and spike requirements of MIL-STD-70A. Produced in ISO 900-registered facilities, the fully epoxy encapsulated.8" x." x 0.5" (57,9 x 6,0 x,7mm) modules meet the environmental test requirements of MIL-STD-8. Specifications (At T BP = 5 C, unless otherwise specified) PARAMETER MIN TYP MAX UNITS NOTES Input Characteristics (per MIL-STD-70A) Steady state input (V) Vrms (f) 7 60/00 0 Hz Transient input (V) 80 Vrms 0. seconds 80 Vrms 5 seconds (f) 80 Hz 5 seconds Inrush current 0 A, peak 5Vac Conducted EMI CE per MIL-STD-6D 0-5Vac; 60Hz Efficiency 95 % 5Vac; 60/00Hz Spikes ±50 % Nominal line voltage, 50µs Output Characteristics Power 50 W 0 C Short circuit protection no damage 0-5Vac Ext. capacitance (C) 0 µf See connection diagram Isolation Input to output none Provided by converter Input to baseplate 500 Vrms Environmental (MIL-STD-8) Altitude - method ,000 feet Procedure Humidity - method /0 % / hours Procedure, cycle Acceleration - method 5. 9 g's Procedure Vibration - method 5. 0 g's Procedure, category 6 Shock - method g's Procedure Reliability (MIL-HDBK-7F) 5 C Ground Benign: G.B.,699, hours 50 C Naval Sheltered: N.S.,9,06 hours 65 C Airborne Inhabited Cargo: A.I.C. 96,8 hours Mechanical Characteristics Thermal resistance 0. C/W Baseplate to sink, with thermal pad Weight (85) ounces (grams) 6

19 Product Grade Specifications PARAMETER PRODUCT GRADE I-Grade M-Grade Part Number MI-AIM-I MI-AIM-M Storage temperature -55 C to +5 C -65 C to +5 C Operating temperature (baseplate) -0 C to +0 C -55 C to +0 C Power cycling burn-in hours, 5 cycles 96 hours, 00 cycles Temperature cycled with power off 8 hours, -6 cycles 8 hours, -6 cycles -55 C to +0 C -65 C to +0 C Test data supplied at these temperatures* -0 C, +80 C -55 C, +80 C Warranty years years Environmental compliance MIL-STD-8 MIL-STD-8 * Test data available for review or download from vicorpower.com Connection Diagram 0.0 µf (Two 700 pf ) Y-Rated Capacitors Universal AC In F 0.7 µf L N/C N/C L/N +Out Gate In Parallel Gate Out -Out F C out* +In Gate In Gate Out -In MI-7x/J7x Driver +Out +S Trim -S -Out 0.0 µf Ceramic Load 0.0 µf Ceramic MI-AIM 0.0 µf (Two 700 pf ) Y-Rated Capacitors * 0µF Max. (See Vicor's Applications Manual, page -, Selecting Capacitors for AIM Modules.) Fuse : 7A F0A type recommended. Fuse : For MI-x7x-xx Buss PC-Tron.5A (50V) Mechanical Drawing 0.0±.05 (7,6)±(0,8) 0.9 (,) 0.65 (6,5).8 (57,9).0 (,0) Dia () places Solder plate over copper alloy. (5,) MI-AIM (5,6) 0.70 (5,) 0.0 (7,8) (,) 0.5± 0.05 (8,9)±(0,8) Pin # Function L NC NC L/N +Out Gate In Parallel Gate Out Out 0.5 FULL R (,8) 0.5 (,8) 0.00 (,0) Dia (7) places Solder plate over copper alloy.90 (8,) Product ID this surface 0. (5,6) Min. 0.0 (7,6) Min..0 (6,0).75 (,) Max. 0. (,0) 0.50 (,7) (0,76) (0).0 Aluminum Base 7

20 MI - RAM TM Military Ripple Attenuator Modules Features Attenuation Product Highlights The MI-RAM is designed for military applications where extremely low noise outputs are required. When used with any Vicor MI-Series DC-DC converter, the MI-RAM reduces both line frequency related ripple and switching noise to less than mv p-p, DC to 0MHz. The combination of the MI-RAM with an MI converter provides the output noise performance of a linear supply at a power density in excess of 5W/in. All of the features of the MI-Series converter remain available while using the MI-RAM, including output voltage trimming, OVP and OTP (MI-00 only), current limiting, remote sense, and output inhibit. All units are manufactured in ISO 900-registered facilities. Full epoxy encapsulation in a low profile package enables the MI-RAM to meet MIL-STD-8 environmental testing requirements. Attenuation vs. Frequency (typical) 5 db 0 db 5 db 0 db 5 db 50 db 55 db 60 db Hz 0 Hz Input to the converter (V/cm) 8 KHz KHz Frequency 0 KHz MHz MHz Output from the RAM (mv/cm) Reduces output PARD to <mv pp Full attenuation up to 0A load Compatible with all MI-Series units from 5 to 50Vdc output No adjustments required Specifications (At T BP = 5 C, unless otherwise specified) PARAMETER MIN TYP MAX UNITS NOTES Output noise and ripple.0.0 mv pp MI-00; % to 0% load mv pp MI-J00; % to 0% load Input voltage range 5Vdc 50 Vdc Output voltage accuracy % Of MI source converter Full load current A MI-RAM-I and MI-RAM-M 0 A MI-RAM-I and MI-RAM-M DC voltage drop % to full load Dissipation = (DC voltage drop x load current) + (Vin x 5 ma) Isolation 50 Vrms Input/output to baseplate Weight.0 (85) ounces (grams) Product Grade Specifications Mechanical Drawing 0.0±0.05 (7,6)±(0,8). (5,) 0.5 (,8) 0. (,0) 0.9 (,) 0.65 (6,5).8 (57,9).0 (,0) MI-RAM FULL R 0.5 (,8).90 (8,) Dia () places Solder plate over copper alloy.0.00 (5,6) 0.70 (5,) 0.0 (7,8) (,) 0.5± 0.05 (8,9)±(0,8) 0.00 (,0) Dia (7) places Solder plate over copper alloy Product ID this surface 0. (5,6) Min (0,76) (,7) (0) 0.0 9%-99% efficiency Converter sense, trim, OV and OC retained MIL-STD-8 environments Size:.8" x." x 0.5" (57,9 x 6,0 x,7mm) PARAMETER PRODUCT GRADE I- Grade M- Grade Storage temperature -55 C to +5 C -65 C to +5 C Operating temperature (baseplate) -0 C to +0 C -55 C to +0 C Power cycling burn-in hours, 5 cycles 96 hours, 00 cycles Temperature cycled with power off 8 hours, -6 cycles 8 hours, -6 cycles -55 C to +0 C -65 C to +0 C Test data supplied at these temperatures* -0 C, +80 C -55 C, +80 C Warranty years years Environmental compliance MIL-STD-8 MIL-STD-8 * Test data available for review or download from vicorpower.com 0.0 (7,6) Min. Pin # Function +In +Sense In Sense In In +Out +Sense NC Sense Out.0 (6,0).75 (,) Max. Aluminum Base

21 MicroRAM TM Output Ripple Attenuator Modules Features >0dB ripple attenuation from 60Hz to MHz 0-0 Amp ratings Envronmental stress screening Integrated OR ing diode supports N+ redundancy -0Vdc input range Combined active and passive filtering Product Highlights Vicor s MicroRAM output ripple attenuation module combines both active and passive filtering to achieve greater than 0dB of noise attenuation from 60Hz to MHz. The MicroRAM operates over a range of to 0Vdc, is available in either 0 or 0A models, and is compatible with all manufacturers switching converters including Vicor s st and nd Generation DC-DC converters. The MicroRAM s closed loop architecture greatly improves load transient response and with dual mode control, insures precise point of load voltage regulation. The MicroRAM supports redundant and parallel operation with its integrated OR ing diode function. It is available in Vicor s standard micro package (quarter brick) with a variety of terminations for through hole, socket, or surface mount applications. Typical Input and Output Dynamic Response. CTRAN; 5% of load Typical Input and Output (A) load Efficiency up to 98% Specifications (At T BP = 5 C, unless otherwise specified) PARAMETER MIN TYP MAX UNITS NOTES Output ripple.0 mv p p Input voltage range Vdc Operating current uramxxx A No internal current limiting uramxxx A No internal current limiting Power Dissipation uramxxx VHR 80mV@A 7.5 W VIN 8V; Iout 0A uramxxx VHR 80mV@A.5 W VIN 8V; Iout 0A Part Numbering Mechanical Drawing Slotted (Style ) or Threaded (Style ) -0 UNC-B (6X) or Thru Hole (Style ) #0 Drill Thru (6X) (0.85) 0.5±.05 5,97±0,8 (REF) 0.50±.05 8,89±0,8 (REF) 0. 5, (REF).75 6, , 0.55, (ALL MARKINGS THIS SURFACE) 6 IN uram OUT 0.00,6.0 6,.5 6, ±0.0,7 ±0,5 style & baseplates only (X)*** ,80 Size:.8" x.5" x 0.5" (57,9 x 6,8 x,7mm) uram M Product Type Compatible with SurfMate and InMate socketing systems. uram Pins No. Function Label +In + Control SC C ext. CTRAN In 5 Out 6 Reference Vref 7 +Out + Current Rating Product Grade Pin Style Baseplate = 0A H = 0 C to +0 C = Short = Slotted = 0A M = 55 C to +0 C = Long = Threaded S = Short ModuMate = Thru-hole N = Long ModuMate 0.*, 0.90 ±.05,5 ±0,8 (REF) DIA. (7X),0 0.0** 5,08 * Style baseplate only ** Style & baseplates *** Reserved for Vicor accessories Not for mounting ,9 (X) ALUMINUM BASEPLATE 0.,9 0.5 (7X),7 0.6 (7X) 5,7.8 57,9 R Pin Style &S (Short Pin) Pin Style &N (Long Pin) 0.9, ,5.0,0 0.06,5 (X) 9

22 MI - MegaMod TM Family Military Chassis Mount DC-DC Converters to 00W Single, Dual, Triple Outputs Features Product Highlights Vicor s MI-MegaMod family of single, dual, and triple output DC-DC converters provide power system designers with costeffective, high-performance, offthe-shelf solutions to applications that might otherwise require a custom supply. Incorporating standard MI-00 or MI-J00 family converters in rugged, chassis mount packages, MegaMods 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. Inputs: 8, 55, 65 and 70Vdc Any output: to 8Vdc Up to.5w/in High efficiency Remote sense ZVS/ZCS power architecture Low noise FM control Configuration Chart Size - up half-size:.58" x.5" x 0.6" (65,5 x 6,5 x 5,7mm) Size - up full-size:.9" x.5" x 0.6" (,5 x 6,5 x 5,7mm) Size - up half-size:.58" x.9" x 0.6" (65,5 x,5 x 5,7mm) Size - up full-size:.9" x.9" x 0.6" (,5 x,5 x 5,7mm) Size - up half-size:.58" x 7." x 0.6" (65,5 x 85, x 5,7mm) Size - up full-size:.9" x 7." x 0.6" (,5 x 85, x 5,7mm) Full-Size MegaMods Number of Single Output Modules MI-L 50 0W.9" x.5" x 0.6" MI-M 50 00W.9" x.9" x 0.6" MI-N 00W.9" x 7." x 0.6" Dual Output MI-P 0 00W.9" x.9" x 0.6" MI-Q 00 00W.9" x 7." x 0.6" Triple Output MI-R 50 00W.9" x 7." x 0.6" Half-Size MegaMods Single Output MI-LJ 50W.58" x.5" x 0.6" Dual Output MI-PJ 0 0W.58" x.9" x 0.6" Triple Output MI-RJ 0 50W.58" x 7." x 0.6" Input Voltage Nominal Range Transient =8Vdc 8 50V () 60V 5 =55Vdc 0 V 0V 6 =70Vdc 5 00V () 75V 7 =65Vdc 0 V () Output Voltage Z = V T = 6.5V N = 8.5V Y =.V R = 7.5V = V 0 = 5V M = V L = 8V X = 5.V = V J = 6V W= 5.5V P =.8V K = 0V V = 5.8V = 5V = 8V Product Grade Full-Size I = 0 C to +85 C M = 55 C to +85 C Half-Size I = 0 C to +0 C M = 55 C to +0 C Output Power/Current Full-Size Half-Size 5V <5V 5V <5V Y = 50W A A = W X = 75W 5A Z = 5W 5A W = 0W 0A Y = 50W A V = 0A Output Power/Current 5V <5V V = 50W 0A U = 00W S = 60A Output Power/Current 5V <5V S = 00W P = 90A 0 () 6V operation at 75% load. () These units rated at 75% load from 5 50Vin: Full-size 0W; Vout 0A Half-Size 50W; V A. () For use with Vicor s MI-AIM

23 Specifications Full-Size (At T BP = 5 C, nominal line and 75% load, unless otherwise specified) PARAMETER MIN TYP MAX UNITS NOTES Input Characteristics Inrush charge x x -6 Coulombs Nominal line, per module Input reflected ripple current pp: % I in Nominal line, full load Input ripple rejection 0+0Log ( Vin Vout) db Hz, nominal line 0+0Log ( Vin Vout) db 00Hz, nominal line No load power dissipation.5.0 Watts Per module Output Characteristics Setpoint accuracy % Vnom Load/line regulation % Vnom LL to HL, % to FL Load/line regulation % Vnom LL to HL, NL to % Output temperature drift % / C Over rated temperature Long term drift 0.0 %/K hours Output ripple p-p: V mv 0MHz bandwidth -8V % 0MHz bandwidth Output voltage trimming () 50 % Vnom Total remote sense compensation 0.5 Vdc 0.5V max. neg. leg OVP setpoint % Vnom Recycle power Current limit 5 5 % Inom Automatic restart Short circuit current 0 % Inom Control Pin Characteristics Gate out impedance 50 Ohms Gate in impedance Ohms Gate in open circuit voltage 6.0 Vdc Use open collector Gate in low threshold 0.65 Vdc Gate in low current 6.0 ma Isolation Characteristics Isolation (input to output),000 Vrms Isolation (output to baseplate) 500 Vrms Isolation (input to baseplate),500 Vrms Thermal Characteristics Efficiency % Baseplate to chassis 0. C/Watt Thermal shutdown C Mechanical Specifications Weight -up 9.0 (55) ounces (grams) -up. (55) pounds (grams) -up.7 (780) pounds (grams) () V, V, and 5V outputs, standard trim range ±%. Consult factory for wider trim range.

24 Specifications Half-Size (At T BP = 5 C, nominal line and 75% load, unless otherwise specified) PARAMETER MIN TYP MAX UNITS NOTES Input Characteristics Inrush charge 60 x -6 0 x -6 Coulombs Nominal line, per module Input reflected ripple current pp: % I in Nominal line, full load Input ripple rejection 0+0Log ( Vin Vout) db Hz, nominal line 0+0Log ( Vin Vout) db 00Hz, nominal line No load power dissipation.5.0 Watts Per module Output Characteristics Setpoint accuracy % Vnom Load/line regulation % Vnom LL to HL, % to FL Load/line regulation % Vnom LL to HL, NL to % Output temperature drift % / C Over rated temperature Long term drift 0.0 %/K hours Output ripple p-p: V mv 0MHz bandwidth -8V % 0MHz bandwidth Output voltage trimming () 50 % Vnom Total remote sense compensation 0.5 Vdc 0.5V max. neg. leg Current limit 5 5 % Inom Automatic restart Control Pin Characteristics Gate out impedance 50 Ohms Gate in impedance Ohms Gate in open circuit voltage 6.0 Vdc Use open collector Gate in low threshold 0.65 Vdc Gate in low current 6.0 ma Isolation Characteristics Isolation (input to output),000 Vrms Isolation (output to baseplate) 500 Vrms Isolation (input to baseplate),500 Vrms Thermal Characteristics Efficiency % Baseplate to chassis 0. C/Watt Mechanical Specifications Weight -up.5 (7) ounces (grams) -up 8.8 (50) ounces (grams) -up. (77) ounces (grams) () V, V, and 5V outputs, standard trim range ±%. Consult factory for wider trim range.

25 TM MEGA MODULE Mechanical Drawing Inputs Outputs HALF-SIZE.58 MODULE: (65,5).90 TYP. 0.5 (,5) (,5) TYP. SER. NO. Side view (all models) -Up L- and LJ-Series L- and LJ-Series 0.6 (,) ø.50 (ø,8) THRU C'BORE ø.50 (ø6,5) X.70 (,) DEEP.8 (55,) MEGA MODULE DC-DC CONVERTER A B.50 C (6,5) D E TYP. Baseplate (TYP.) HALF-SIZE MODULE:.60 (0,6) 0.9 (,8) TYP..76 (70,) TYP. TOP VIEW 5.5 TYP. (0,) HALF-SIZE MODULE:.0 (8,) 0.6 (6.0) TYP. -Up P- and PJ-Series 0.9 M-Series M-Series P- and PJ-Series (,8) (57,).6 (57,) 5 DC-DC CONVERTER B D E A C B D G J A C E F H K.90 (,5) TYP. TOP VIEW 0.5 (6,) TYP. -Up R- and RJ-Series Q-Series N-Series 0.9 (,8).6 (57,) (76,) (57,) MEGA MODULE DC-DC CONVERTER TOP VIEW N-Series Q-Series R- and RJ-Series A A B B B C C D D D F H E K F G M H E J P K A C E G J L N Q 7. (85,9) TYP. Inputs Input 5 Gate Out # Gate Out # 6 Gate In # Gate In # 7 Gate Out # +Input 8 Gate In # Mounting Information Use #6 machine hardware torqued to 5-7 in-lbs. Outputs Output # Output # Output # A Output F Output L Output B Sense G Sense M Sense C Trim H Trim N Trim D +Sense J +Sense P +Sense E +Output K +Output Q +Output

26 MI-ComPAC TM Military DC-DC Power Supplies Features Product Highlights The MI-ComPAC is a complete single, dual, or triple output DC-DC power supply that delivers up to 00W from inputs of 8Vdc or 70Vdc. The MI-ComPAC meets the conducted emissions and conducted susceptibility specifications of MIL-STD-6C/D/E and offers complete input transient, surge, and spike protection to the most severe levels of MIL-STD-75A, 70A. Reverse polarity protection and over/undervoltage lockout provide additional safeguards against potentially damaging line conditions. The MI-ComPAC also features a master disable. Inputs: 8Vdc per MIL-STD-70A, MIL-STD-75A 70Vdc per MIL-STD-70D/E Outputs: to, to 8Vdc Up to 5W/in MIL-STD-6C/D/E EMI compliance High efficiency Remote sense ZVS/ZCS power architecture Configuration Chart Low noise FM control Reverse polarity protection Size - up: 8.6" x.5" x 0.99" (9, x 6,5 x 5,mm) Size - up: 8.6" x.9" x 0.99" (9, x 6,0 x 5,mm) Size - up: 8.6" x 7." x 0.99" (9, x 87,5 x 5,mm) Number of Single Output Modules MI-LC 50 0W 8.6" x.5" x 0.99" MI-MC 50 00W 8.6" x.9" x 0.99" MI-NC 00W 8.6" x 7." x 0.99" Dual Output MI-PC 0 00W 8.6" x.9" x 0.99" MI-QC 00 00W 8.6" x 7." x 0.99" Triple Output MI-RC 50 00W 8.6" x 7." x 0.99" Conduction Cooled Models Available Add "-CC" to the end of the part number. (Consult factory for details.) Input Voltage Nominal Range =8Vdc 8 50V 6 =70Vdc 5 00V () Output Voltage Z = V T = 6.5V N = 8.5V Y =.V R = 7.5V = V 0 = 5V M = V L = 8V X = 5.V = V J = 6V W= 5.5V P =.8V K = 0V V = 5.8V = 5V = 8V Product Grade I = 0 C to +85 C M = 55 C to +85 C Output Power/Current 5V <5V Y = 50W A X = 75W 5A W = 0W 0A V = 0A Output Power/Current 5V <5V V = 50W 0A U = 00W S = 60A Output Power/Current 5V <5V S = 00W P = 90A () These units rated at 75% load from 5-50Vin: 0W; Vout 0A.

27 Specifications Specifications (At T BP = 5 C, nominal line and 75% load, unless otherwise specified) PARAMETER MIN TYP MAX UNITS NOTES Input Characteristics 8Vdc input modules Steady state input Vdc Low line lockout 6 Vdc Automatic recovery Input spike limit Vdc 0µs, 50Ω per MIL-STD-70A Vdc 0µs, 5mJ per MIL-STD-75A Input surge limit 0 Vdc 60mS, 0.5Ω per MIL-STD-75A Overvoltage shutdown 50 Vdc 0mS automatic recovery Reverse polarity protection Shunt diode: input fuse required Recommended fuse () Amps F0A type 70Vdc input modules Steady state input Vdc Low line lockout 5 Vdc Automatic recovery Input spike limit +800 Vdc 0µs, 50Ω Vdc 0µs, 5mJ Input surge limit 500 Vdc 0ms, 0.5Ω Overvoltage shutdown 00 Vdc 0µs automatic recovery Reverse polarity protection Shunt diode: input fuse required Recommended fuse () Amps F0A type All models No load power dissipation.5 () () Watts Master disable input current () ma Sink; disables all outputs (Absolute max., 0mA) Inrush current 5 %, I in Steady state I in, ms EMC Characteristics; MIL-STD-6C/D/E Input power leads Conducted emissions CE0, CE0, CE07 MIL-STD-6C -up CE, CE MIL-STD-6D -up CE MIL-STD-6E -up & -up Conducted susceptibility CS0, CS0, CS06 MIL-STD-6C -up CS, CS, CS6 MIL-STD-6D -up CS, CS, CS6 MIL-STD-6E -up & -up Output Characteristics Setpoint accuracy % Vnom Load/line regulation % Vnom LL to HL, NL to % % Vnom } LL to HL, % to FL Output temperature drift %/ C Output noise p-p.0.5 % Vnom Whichever is greater 0 50 mv 0MHz BW Output voltage trimming () 50 % Vnom Remote sense compensation 0.5 Vdc OVP setpoint % Vnom Latching Current limit 5 5 % Inom Auto restart Short circuit current () 0 0 % Inom Isolation Characteristics Input to output, Vrms min. Input to case 8Vdc input, Vrms min. 70Vdc input,500 Vrms min. Output to case 500 Vrms min. Thermal Characteristics Efficiency 8 % Operating temperature, case +85 C See product grade Storage temperature +0 C See product grade Shutdown temperature C Cool and recycle power to restart Mechanical Specifications Weight -up. (5) pounds (grams) -up. (8) pounds (grams) -up.6 (6) pounds (grams) Connector screw torque.5 (0.) inches-pounds (N-M) () Per internal module configuration. () Multiply minimum x for -ups and x for -ups. () V, V, and 5V outputs, standard trim range ±%. Consult factory for wider trim range. () Output ranges of 5V or less incorporate foldback current limiting, outputs of V and above incorporate straight line current limiting. 5

28 Long Term Safe Operating Area Curves* 600 8Vdc Input 70Vdc Input VOLTS-PEAK VALUE OF SPIKE VOLTAGE Ratings Exceeded Reverse Polarity Protection OVP 50V VOLTS-PEAK VALUE OF SPIKE VOLTAGE Ratings Exceeded Reverse Polarity Protection OVP 500V 00V µs -5 µs - 0µs - ms - ms - 0ms 0 s -6 µs -5 µs - 0µs - ms - ms - 0ms 0 s TIME (SECONDS) TIME (SECONDS) * % duty cycle max., for short duration transient capability refer to specifications Disable Circuit 0 ma Max. + Disable V DIS+ DIS Disable Current ma DC minimum for -up ComPAC 8mA DC minimum for -up ComPAC ma DC minimum for -up ComPAC The MI-ComPAC incorporates an optically isolated master disable input which will shut down the MI-ComPAC when a current is driven through the disable terminals. Thermal Considerations Thermal Impedance Case-to-Air ( C/W) Standard Units With Optional Heat Sink () -up -up -up -up -up -up Free Air (Horiz.) Forced Convection Through Heat Sink Fins 50 LFM LFM LFM LFM LFM LFM Thermal impedance, chassis-to-air, is provided for -up, -up and -up MI-ComPAC package configurations as a function of air flow. Case temperature = (total power dissipated x thermal impedance) + ambient temperature. Watts dissipated per output = (output power efficiency) output power. 6 () To order optional heat sink add H to part number

29 Mechanical Drawing Inputs Outputs Measure case temperature on this surface (5,5) 0.5 (,57) 8.6 ±.05 STANDARD UNITS (9,±,6) 0. (,).7 (,80) 0.5 (,57). (8,) 9.5 ±. OPTIONAL HEATSINK (H) (5,0 ±,05) -Up MI-LC.5 (6,5) 0.9 (,) 0.0 (5,) 0.0 (5,) (,6) (,8) (5,76) 6.00 (5,) ø0.50 ± THRU PLACES (ø,8 ± 0,).76 (70,) OUTPUT A B C D E 0 0. (,) 0.75 (9,05). (8,96).5 (8,86). (5,59) 0.5 TYP #8- STUD PLACES -Up MI-MC MI-PC.0.58 (77,) (90,9).96 (6,0) 0.0 (5,) 5.56 (5,87) 0.8 (,6) (,8) (57,9) 6.00 (5,) ø0.50 ± THRU 5 PLACES (ø,8 ± 0,).76 (70,) OUTPUT A B C D E #- STUD PLACES OUTPUT OUTPUT A B C D E A B C D 0 0. (,) 0.75 (9,05). (8,96).5 (8,86). (5,59).8 (7,88).7 (80,5).56 (90,).95 (0,) E.5 (5,06) 0.5 TYP #8- STUD PLACES -Up MI-NC MI-QC MI-RC 7.80 (87,5)..96 (,) (6,0) 0.0 (5,) (77,8) 0.8 (,6) (,8) (58,).0 (6,7) 6.00 (5,) ø0.50 ± THRU 6 PLACES (ø,8 ± 0,).76 (70,) OUTPUT A B C D E #- STUD PLACES OUTPUT OUTPUT #8- STUD PLACES A B C D E A B C D E #- STUD PLACES OUTPUT OUTPUT OUTPUT A B C D E A B C D E 0 0. (,) 0.75 (9,05). (8,96).5 (8,86). (5,59).8 (7,88).7 (80,5).56 (90,).95 (0,).5 (5,06) A 5.5 (,5) 5.59 (,99) B 5.98 (5,89) C 6.7 (6,80) D E 6.95 (76,5) 0.5 TYP #8- STUD 6 PLACES Inputs Ground Disable Input 5 Disable+ +Input Outputs Output # Output # Output # A +Output A +Output A +Output B +Sense B +Sense B +Sense CTrim CTrim CTrim D Sense D Sense D Sense E Output E Output E Output 7

30 Accessories st Generation Product See vicorpower.com for full accessory line , 000 Sockets Sockets are available for all Vicor st Generation modules and are intended for applications requiring ease of module installation or removal. Vicor modules have nine pins; seven of which are 0.00" and two are 0.080". Pin Size Finish Part Number Price 0.00" Electro-tin 087 $ " Electro-tin 088 $0.85 Module Standoffs For mechanical mounting of st Generation modules. Also provides grounding of the module from the baseplate to the printed circuit board. (Sold individually) Description Part Number Price 0.55" Long., 0.5" Hex 69-0 $.07 Inductors, Differential Mode Output inductors may be used to reduce differential output noise by approximately 0dB. Inductance(@ max. A) DC Current (max.) Part Number Price 0-50 ηh 0A 0598 $. Inductors, Common Mode Common-mode inductors provide a high level of attenuation of common-mode currents. Inductance/ DC Current/ Winding Resistance Part Number Price 00 µh A/6.5 mω 0 $. 000 µh 7A/8 mω 0 $. Capacitors, Tantalum Solid tantalum capacitor used to reduce output ripple. Description Part Number Price 70 µf/v 5 $5.50 µf/0v 5 $ µf/0v 5 $ µf/50v 55 $5.50 Capacitors, Y-Type For EMI/RFI considerations, Y capacitors should be used with any of Vicor s DC-DC converter modules. Description Part Number Price Y Cap., 500 pf $.7 Y Cap., 700 pf 000 $. 066 ThermMate Thermal Pads For use with Vicor modules, ThermMate thermal pads are a dry alternative to thermal compound and are pre-cut to the outline dimensions of the module. 067 Thermal Pad Thickness Part Number Price Full-Size 0.007" 066 ( pc. pkg.) $7.50 Half-Size 0.007" 067 ( pc. pkg.) $ Heat Sinks 0697 Description Fin Height Part Number Price Full-Size (Longitudinal) 0.90" 0 $8.0 Full-Size (Longitudinal) 0.70" 0697 $8.0 Full-Size (Longitudinal).5" 009 $ Full-Size (Transverse) 0.90" 0 $8.0 Full-Size (Transverse) 0.70" 0 $8.0 Full-Size (Transverse) 0.0" 0 $8.0 Half-Size (Longitudinal) 0.90" 006 $5.5 Half-Size (Transverse) 0.90" 007 $5.5 Half-Size (Transverse) 0.0" 0578 $ Minimum order quantities may apply. VICORPOWER.COM (U.S. & CANADA) FOR OTHER PHONE AND FAX NUMBERS SEE INSIDE BACK COVER

31 Accessories nd Generation Product See vicorpower.com for full accessory line. SurfMates Surface Mount Sockets Packaged in five pair sets. Design Guides On-line at vicorpower.com Description Pin Style Part Number Price (5-sets) Maxi S 607 $65.00 Mini S 60 $65.00 Micro S 605 $65.00 InMates Thru-hole Sockets All sockets are supplied on InMate headers to assure proper alignment during installation. InMate thru-hole sockets are available for board thicknesses between 0.06" and 0.5". Min/Max 0.055"/0.07". InMates are packaged in five pair sets. See vicorpower.com for larger quantities and pricing. Board Mounting Pin Module Part Price Thickness Style Style Style Number (5-sets) 0.06" In-Board S Maxi 86 $ " In-Board S Mini 866 $ " In-Board S Micro 870 $ " On-Board N Maxi 86 $ " On-Board N Mini 868 $ " On-Board N Micro 87 $ " On-Board N Maxi 865 $ " On-Board N Mini 869 $ " On-Board N Micro 87 $ " On-Board N Maxi 5 $ " On-Board N Mini 5 $ " On-Board N Micro 5 $8.75 PR Bus Isolation Transformer Developed for isolation of PR Bus signal when used with nd Generation parallel configurations. Consult Vicor for applications instruction. Part Number Price 00 $7.50 Phased Array Controller (PAC) Chip For use with arrays of up to converters, the PAC chip provides phased operation to minimize overall noise. ( piece minimum) Part Number Price 9077 $.6 Heat Sinks Fin Baseplate Fin Module Part Style Style Height Style Number Price Longitudinal Thru-Hole 0." Maxi 808 $.5 Longitudinal Thru-Hole 0.9" Maxi 7 $.5 Longitudinal Thru-Hole 0." Mini 809 $9.89 Longitudinal Thru-Hole 0.9" Mini 757 $9.89 Longitudinal Thru-Hole 0." Micro 800 $8.9 Longitudinal Thru-Hole 0.9" Micro 759 $8.9 Transverse Thru-Hole 0." Maxi 8068 $.5 Transverse Thru-Hole 0.9" Maxi 7570 $.5 Transverse Thru-Hole 0." Mini 807 $9.89 Transverse Thru-Hole 0.9" Mini 757 $9.89 Transverse Thru-Hole 0." Micro 807 $8.9 Transverse Thru-Hole 0.9" Micro 757 $8.9 ThermMate Thermal Pads For use with Vicor modules, ThermMate thermal pads are a dry alternative to thermal compound and are pre-cut to the outline dimensions of the module. Thermal Pad Thickness Part Number Price Maxi 0.007" 06 ( pc. pkg.) $7.50 Mini 0.007" 06 ( pc. pkg.) $0.00 Micro 0.007" 065 ( pc. pkg.) $ Minimum order quantities may apply. VICORPOWER.COM (U.S. & CANADA) FOR OTHER PHONE AND FAX NUMBERS SEE INSIDE BACK COVER 9

32 Environmental Stress Screening & MTBF Every military module undergoes extensive post-production environmental stress screening (ESS) before shipment to verify compliance with Vicor's high quality and performance standards and to eliminate early life failures. To ensure the most effective routine for precipitating module failures, Vicor continually evaluates its ESS program and makes appropriate changes as new data becomes available or as product improvements occur. After burn-in and temperature cycling, each module undergoes final electrical testing over the specified temperature range. The program is outlined below. st Generation Module Screening I-Grade M-Grade Operating temperature MI-00-0 C to +85 C -55 C to +85 C MI-J00-0 C to +0 C -55 C to +0 C Storage temperature MI C to +0 C -65 C to +0 C MI-J00-55 C to +5 C -65 C to +5 C Temperature cycling C C per minute 8 hours, 8 hours, nominal chamber rate of change, 5 minute 6 cycles, 6 cycles, dwell time -55 C to +0 C -65 C to +0 C Ambient test at 5 C Yes Yes Power cycling burn-in power on minute, off 5 minute; module temperature cycling hours, 96 hours 5 C to 80 C; load to 50% or 0W; module 5 cycles 00 cycles output continuously monitored while enabled Functional and parametric ATE tests at low/high temperature. -0 C/+80 C -55 C/+80 C Hi-Pot test Yes Yes Visual inspection before packing into ESD containers Yes Yes Test data vicorpower.com vicorpower.com nd Generation Module Screening H-Grade M-Grade Operating temperature -0 C to +0 C -55 C to +0 C Storage temperature -55 C to +5 C -65 C to +5 C Temperature cycling C 5 C per minute nominal chamber rate of change, 5 minute 8 cycles, 6 cycles, dwell time -55 C to +5 C -65 C to +5 C Ambient test at 5 C Yes Yes Power cycling burn-in Power on minutes, off 5 minutes; hours, hours Module temperature cycling 5 C to 80 C; 8 cycles 56 cycles load up to 5W; module output continuously monitored while enabled. 0 Functional and parametric ATE tests at low/high temperature. -0 C to +80 C -55 C to +80 C Hi-Pot test Yes Yes Visual inspection before packing into Yes ESD containers Yes Test data vicorpower.com vicorpower.com

33 MTBF Because operating temperature is one of the most important factors in determining overall module reliability, it is imperative that the user's system design allow for efficient heat transfer from the baseplate to system ambient. A C decrease in baseplate temperature can increase MTBF by over 50%. Due to patented zero-voltage/zero-current switching topology, Vicor converters are highly efficient compared to those with more traditional topologies. High efficiency translates into both smaller size and lower temperature rises. To minimize thermal impedance, all major power dissipating components are mounted directly to the baseplate. Below are representative calculated MTBF values per MIL-HDBK-7F. Vicor utilizes the RelCalc program for MTBF calculations using actual stress ratios, temperatures, and component qualities. If you require information about a specific model, contact Vicor with the model number, expected baseplate temperature, and operating environment to obtain an individually prepared report. st Generation Modules MTBF in,000 Hours Model No. Baseplate Temp. G.B. G.F. A.I.C. N.S. MI-J60-MY 5 C,87, C,96, C, MI-60-MW 5 C,78, C, C, nd Generation Modules MTBF in,000 Hours Model No. Baseplate Temp. G.B. G.F. A.I.C. N.S. V00CM50AL 5 C,,67, (Micro) 50 C,675, C,7, V00B5M50AL 5 C,06, (Mini) 50 C,9, C, V00A8M500AL 5 C,709, (Maxi) 50 C,9, C,

34 Environmental Qualification Fully encapsulated, Vicor modules utilize a proprietary spin fill process that assures complete, void free encapsulation making them suitable for the harshest military environments. In addition to providing mechanical rigidity, the encapsulant is thermally conductive to eliminate hot spots and aid in heat transfer to the baseplate. To verify the suitability of Vicor products for all military application environments, modules have been subjected to the environmental testing requirements of MIL-STD-8, MIL-S- 90 and MIL-STD-0. These tests, listed below, are performed at an independent laboratory. Additional environmental tests can be done upon individual customer request. st Generation Modules Altitude MIL-STD-8D, method 500., procedure III, explosive decompression (0Kft.). MIL-STD-8D, method 500., procedure II, 0,000 ft., ft./min. to 70,000 ft., unit functioning. Acceleration Explosive atmosphere MIL-STD-8C, method 5., procedure I. Vibration MIL-STD-8D, method 5., procedure I, category 6, helicopter, 0g. MIL-STD-8D, method 5 random: 0.0g /Hz, 0.00g /Hz,.9 total grms hours/axis. Sine: 0g, g, 6.6g, 5.0g, 6.0 total grms, axes. MIL-STD-8E, method 5., table 5.-VII, ±6db/octave, 7.7grms, hr/axis. Shock MIL-STD-8D, method 56., proc. I, functional shock, 0g. MIL-STD-0, method, 8 pulses, 60g, 9msec. MIL-STD-0, method, 75g, ms saw tooth shock. MIL-STD-0, method 07, impacts/axis,,,5 feet. Humidity Solder test MIL-STD-8D, method 5., proc. II operational test, 9g for minute along mutually perpendicular axes. MIL-STD-8D, method 507., proc I, cycle I, 0 hrs, 88% relative humidity. MIL-STD-0, method 08, 8 hr. aging. Fungus MIL-STD-8C, method 508. Salt atmosphere MIL-STD-8C, method 509..

35 nd Generation Modules Altitude Explosive atmosphere Vibration MIL-STD-8C, method 500., procedure I & II, 0,000 ft. and 70,000 ft. operational. MIL-STD-8F, method 5., procedure I, operational. MIL-STD-8F, method 5.5, procedure I, category, sine and random vibration per table 5.5C for helicopter AH-6J main rotor with overall level of 5.6 grms for hours per axis. MIL-STD-8F, method 5.5C, general minimum integrity curve per figure 5.5C-7 with overall level of 7.7 grms for hour per axis. Shock MIL-STD-8F, method 56.5, procedure I, functional shock, 0g. MIL-S-90D, lightweight hammer shock, impacts/axis,,,5 ft. MIL-STD-0F, method B, 60g, 9ms half sine. MIL-STD-0F, method B, 75g, ms saw tooth shock. Acceleration Humidity Solder test MIL-STD-8F, method 5.5, procedure II, table 5.5-II, operational, -7g, 6 directions. MIL-STD-8F, method 507., procedure I, cycle I, 0 hrs, 95% RH. MIL-STD-0F, method 08, 8 hour aging.

36 Custom Power Operating in partnership with Vicor Corporation, North American Vicor Integration Architects (VIAs) and International Value Added Resellers (VARs), design and manufacture turnkey custom power systems, specializing in the unique requirements of electronic equipment manufacturers in the military COTS market. VIAs and VARs design, manufacture, and certify compliance to military standards for your custom or customized solution. By basing their designs on Vicor component power modules, VIAs and VARs can provide prototypes and production quantities in far less time and with far less risk than by conventional discrete approaches. They can also modify existing Vicor configurable products to meet your specialized requirements. Granite Power Technologies 50 N.Commercial Street Manchester, NH 0 Tel: 60-6-, Fax: mpetito@granitepower.com Mission Power Solutions 68 Avenida de la Plata, Suite #5 Oceanside, CA Tel: , Fax: sales@mpwrs.com Vicor Integration Architects (VIAs) Aegis Power Systems P.O. Box 9, 805 Greenlawn Road, Murphy, NC Tel: , Fax: aegis@aegispower.com Convertec Corporation 676 Patton Road Roseville, Minnesota 55 Tel: , Fax: eswanson@vicr.com Freedom Power Systems 60 Rutherford Lane, Suite H-, Austin, TX 7875 Tel: , Fax: jrussell@freedompower.com Northwest Power Integrations SE International Way, Suite F Milwaukie, OR 97 Tel: , Fax: info@npi-inc.com

37 Configure Semi-Custom nd Generation DC-DC Converters VDAC (Vicor Design Assistance Computer)... is a patented system which enables Vicor s customers to specify on-line, and verify in real time, the performance and attributes of nd Generation DC-DC converters. Enter design parameters... Input voltage range Output voltage setpoint Output power Operating temperature Mechanical variations Receive instant feedback on design feasibility Manufactured on Vicor s automated production line Delivered in 6 weeks or less. 5

38 Technical Support Vicor global offices are fully equipped and staffed with applications engineers and customer service representatives to provide the product information and technical assistance customers need concerning Vicor products and power solutions. Applications Engineers... Evaluate specific customer design issues and offer a wide range of component-based power solutions. Answer technical questions. (by phone, fax, , or the Vicor web site) Assist with component-based power system design. Support user needs through visits to customer facilities. Vicor Express Representatives... Provide product price and delivery information. Help select the most appropriate product for your application. Can arrange a visit to your site by a Vicor applications engineer or sales representative. Fulfill literature requests. Process purchase order requirements. Order status information. 6 USA Vicor Corporation (Corporate Headquarters) 5 Frontage Road Andover, MA 08-5 vicorpower.com For General Information Tel: Fax: For Technical Support Tel: Fax: apps@vicr.com For Sales Support (Vicor Express) In U.S. and Canada: Fax: vicorexp@vicr.com Vicor Corporation 77 E. Butterfield Road Lombard, IL 608 Tel: Fax: Vicor Corporation 60 Rutherford Lane, Suite H- Austin, TX 7875 Tel: Fax: Vicor, Westcor Division 560 Oakmead Parkway Sunnyvale, CA Tel: Fax: Picor Corporation P.O. Box 859 Slatersville, RI 0876 Tel: Fax: picorpower.com Europe Vicor France 6, Parc Ariane Bâtiment "Le Mercure" 788 Guyancourt Cedex France Tel: (in France) Fax: vicorfr@vicr.com Vicor Germany Adalperostraße Ismaning, Germany Tel: (in Germany) Fax: expressde@vicr.com Vicor Italy Via Milanese, Sesto S. Giovanni Milano, Italy Tel: (in Italy) Fax: vicorit@vicr.com Vicor U.K. Coliseum Business Centre Riverside Way, Camberley Surrey GU5 YL England Tel: In UK: In Denmark: In Norway: In Sweden: Fax: expressuk@vicr.com Asia-Pacific Vicor Japan Co., Ltd. 6F, POLA rd Bldg , Nishi-gotanda Shinagawa-ku Tokyo -00 Japan Tel: Fax: Vicor Hong Kong Rm 5, Tower, Silvercord 0 Canton Road Tsim Sha Tsui Hong Kong Tel: Fax: In Latin America: Call the number below and ask the operator to connect you to Argentina: Brazil: Mexico: