Transcript
Products in this Brochure
Solutions from Source to Point of Load
PowerBench Tool Interactive Whiteboard A Simple & Fast Way to Design . . . IFC AC-DC PFC Universal Input
Vicor provides power solutions from source to point of load. Our family of products provide a broad breadth of choices from semiconductor power solutions to complete power modules. This brochure shows features of our newer products. For a full line of our product solutions from AC to point of load, visit our website at vicorpower.com.
PFM . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 DC-DC Isolated Regulated DCM . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 Cool-Power PI31xx . . . . . . . . . . . . . . . 3 Isolated & Non-Isolated Fixed-Ratio BCM . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 Non-Isolated Regulated Buck and Buck-Boost Cool-Power PI33xx, PI34xx . . . . . . . . 5
Power Component Design Methodology Vicor’s Power Component Design Methodology is a predictable, reliable methodology that enables power systems designers to deliver designs that are high in power density, efficient and are economical. Utilizing Vicor’s online tools, power system designers select from an extensive portfolio of proven Vicor power components to architect, optimize and simulate their complete power system, all the way from their input sources to their points of load. This innovative approach to power system design delivers fast time-to-market and state-of-the-art performance while minimizing the possibility of last minute surprises and delays that so often occur with conventional or custom design methodologies.
PowerBench™ Interactive Whiteboard Experience a Simple and Fast Way to Design Power Systems
Choose & Create Enter your requirements to get solutions based on your specific needs. Easily sort, filter, and compare your results, and view any of your solutions in the Whiteboard. n Add predefined solutions that solve industry specific issues, then go in and change n n
parameters on products.
Architect n
Choose the Whiteboard from our tools menu. Here you can use the
product pallet to find specific Vicor products that fit your needs.
n
Easily build your own solution from scratch. Once you have completed your design you can save it and share it.
n
Analyze n
Analyze the efficiency of your design once supply, load, and operating
temperatures have been specified. The information will be calculated
and presented.
Isolated & Regulated Converter with PFC for AC-DC Systems
PFM™ in a VIA Package Features & Benefits n Up to 400 W n Up to 92% efficiency n Active Power Factor Correction
Exceeds 0.95 at most line/load conditions
n Chassis mount or PCB mounting options
PFM VIA
n Available temperature grades
– C-Grade: -20 to 100°C – T-Grade: -40 to 100°C
n Small size & low profile AIM VIA
n Allows designers to minimize the space needed for
their applications
n Double sided thermal housing simplifies thermal
Product Description
design challenges
The PFM is the lowest profile AC-DC solution in the market. Vicor’s VIA package enables designers to efficiently package power into their system thermal management solutions. Unlike the competition which offers solutions with twice the width and 3x the height, these slim line converters can do the same job in less space.
n Companion AIM in a VIA package provides rectification
and EMI filtering for use in Class B power systems
n Product dimensions
– PFM: 111 x 35.5 x 9.3 mm – AIM: 44.6 x 35.5 x 9.3 mm
Part Numbering Vout
Max Power
Mounting Style
Companion AIM
PFM4414VB6M24D0T00
Part Number
24
400
Chassis
AIM1714VB6AMC7D5T00
PFM4414BB6M24D0T04
24
400
Board - Short
AIM1714BB6AMC7D5T04
PFM4414BB6M24D0T08
24
400
Board - Long
AIM1714BB6AMC7D5T08
PFM4414VB6M48D0T00
48
400
Chassis
AIM1714VB6AMC7D5T00
PFM4414BB6M48D0T04
48
400
Board - Short
AIM1714BB6AMC7D5T04
PFM4414BB6M48D0T08
48
400
Board - Long
AIM1714BB6AMC7D5T08
Basic Application Applications n Networking
Cool-Power ZVS Buck
n Telecom n LED lighting n Bench-top equipment n Industrial AC-DC
power systems
Cool-Power ZVS Buck
Single-Phase AC 84 – 264 VAC TMOV
AIM
PFM
24 VDC
Cool-Power ZVS Buck
12 V
5V
3.3 V
24 V
1
DC-DC Isolated Regulated Converter
DCM™ Features n Nominal input voltages of 300, 290, 270, 48, 28, 24 V n Output voltages cover 48, 36, 28, 24, 15, 12, 5 V outputs n High power density: up to 1,244 W/in3 in a 1.67 in2 footprint
(76 W/cm3 in a 10.77 cm2)
n Output power: up to 600 W n High efficiency: over 93% n Isolation: up to 4,242 VDC
n Array eight units with no power derating
Industrial – Low Voltage
n Double-sided cooling
MIL-COTS – 28 V (3)
(2)
Applications n Industrial and process control n Defense/Aerospace aircrafts requiring
24 VDC
48 V
DCM
Cool-Power ZVS Bucks
16 - 50 VDC
28 V
VI Chip DCM
3.3 V
Cool-Power ZVS Bucks
90 W Total
16 V (3)
270 and/or 28 VDC
12 V
DCM
5.0 V
Cool-Power ZVS Bucks
Cool-Power ZVS Bucks
150 W Total
5V
n Railway, transportation
(2)
Cool-Power ZVS Bucks
n Hybrid electric vehicle
2.5 V 60 W Total
n Capital equipment n Server/telecom/datacom equipment
Product Table (Available Versions)
= Also Available in VIA package
Power (W) by Nominal Output Voltage (V)
Application
Nominal Input (V)
Package Size
Industrial HV
300
4623
Telecom/Datacom
48
3623
160
320
320
320
320
320
Industrial LV
24
3623
180
320
320
320
320
320
320
EV/HEV
290
4623
MIL-COTS
270
4623
250
500
500
500
500
MIL-COTS
28
3623
180
320
320
320
320
5
12
13.8
15
400
24
28
36
600
500
48 500
600 320
DCM in ChiP Packaging Part Numbering Device
Vin
Package Type
Output Voltage x10
Temperature Grade
Output Power
Rev
Package Size
Version
DCM
290
P
138
T
600
A
4
0
DCM
48 (36 – 75) 24 (18 – 36) 290 (160 – 420) 300 (180 – 420)
MDCM = (MIL-COTS)
270 (160 – 420) 28 (16 – 50)
P = ChiP Through-Hole
120 = 12 V 138 = 13.8 V 150 = 15 V 240 = 24 V 280 = 28 V 360 = 36 V 480 = 48 V
T = -40 to 125°C M = -55 to 125°C
180 = 180 W 320 = 320 W 400 = 400 W 500 = 500 W 600 = 600 W
A
4 = 4623 5 = 3623
0 = Analog
DCM in VIA Packaging Part Numbering Product
Package
Package
Package
Function
Length
Width
Type
37
14
x
Inches x 10
Inches x 10
D
C
M
DCM = DC-DC Converter
2
B = Board VIA V = Chassis VIA
Internal Reference
D2
H
26
Internal Reference
D7
Product Grade (Case Temperature)
y C = -20 to 85°C T = -40 to 85°C
Option Field
z
z
01 = Chassis/Analog 05 = Short Pin/Analog 09 = Long Pin/Analog
5
DC-DC Isolated Regulated Converters
Cool-Power DC Converter ®
Features n Complete isolated DC-DC with zero-voltage switching module n 50 W / 60 W output power n Efficiency up to 89%
(dependent upon converter model) n Output voltage sensing without opto coupler use
Cool-Power Input Output Set Range
for higher reliability
Communications (-40°C to 125°C)
n Three input voltage ranges for communication,
PI3101-00-HVIZ
industrial, rugged/M-grade applications
IOUTMax
3.3 V
3.0 to 3.6 V
18 A
12 V
9.6 to 13.2 V
5A
18 V
16.2 to 19.8 V
3.3 A
5V
4.0 to 5.5 V
10 A
12 V
9.6 to 13.2 V
4.2 A
3.3 V
3.0 to 3.6 V
10 A
5V
4.0 to 5.5 V
10 A
PI3106-00-HVMZ
12 V
9.6 to 13.2 V
4.2 A
PI3111-00-HVMZ
15 V
12 to 16.5 V
3.3 A
36 – 75 Vin
n Communication converters have max peak input
PI3105-00-HVIZ
voltage of 100 V/100 ms (non-operating) n Surface mount 0.87” x 0.65” x 0.265”
PI3110-01-HVIZ
high density package
41 – 57 Vin
Industrial (-40°C to 125°C)
n 900 kHz switching frequency, minimizes input
filtering and reduces output capacitance
PI3109-01-HVIZ
n On/Off control, positive logic ENABLE
18 – 36 Vin PI3106-01-HVIZ
n Wide trim range +10/-20% Trim n Temperature Monitor (TM) & Over-Temperature
M-Grade (-55°C to 125°C)
Protection (OTP)
PI3108-00-HVMZ
n Input UVLO & OVLO and output OVP n Over current protection with auto restart
PI3109-00-HVMZ 16 – 50 Vin
n Adjustable soft-start n 2,250 VDC input to output isolation
Applications n Networking n Industrial n Rugged defense applications n Space constrained system n Isolated, board-level power
Basic Application Input Fuse
Input Filter
Vout
Lin Vin
+ Cbulk
Picor Cool-Power®
Chf
Css
DC-DC Converter
Cout Rload
Optional
3
DC-DC Isolated Fixed-Ratio Converters
BCM Bus Converter Modules ®
Features n 98% peak efficiency n Parallel operation for multi-kW arrays n Protection features
– Undervoltage and overvoltage lockout – Overcurrent protection – Short circuit protection
– Over-temperature protection
n Analog or digital control interface versions n The High Voltage BCMs support 260 – 410 VIN systems
Cool-Power ZVS Buck
with 48 or 12 V outputs and capable of up to 1.75 kW
48 VDC
n The Low Voltage BCMs support modern 48 V systems
12 V
BCM
Cool-Power ZVS Buck
(up to 36 – 60 V input range) with a range of power capabilities (1.95 kW to 120 W)
For BCM Part Numbering, 48 V go to www.vicorpower.com 26 – 55 V
380 VDC
BCM
PRM
0.7 – 55 V
VTM
Cool-Power ZVS Buck LOAD
12 V
BCM
Cool-Power ZVS Buck
380 VDC
48 V
BCM
Cool-Power ZVS Buck
ZVS Buck
12 V
BCM
LOAD
Cool-Power ZVS Buck
LOAD
BCM
5V
5V
5V
PRM 20 – 55 V
380 VDC
5V
5V
5V
48 V LOAD
PMBus DC-DC Non-Isolated Fixed-Ratio Converters Digital Digital
TM
Isolator
Supervisor
System Processor
NBM Bus Converter Modules ®
Features n High power density: Up to 3,532 W/in3 n Reversible n Output power: Up to 2,400 W n High efficiency: 97.9% n Fast response time n Low noise n Innovative ChiP package n Array units to create higher power conversion systems n Double-sided cooling
60 V 12 VDC
NBM
NBM
12 V
Part Numbering
4
Model Number
Input Voltage (V)
Output Voltage (V)
Output Power (W)
Output Current (A)
Package Type
Control Interface
NBM6123x46C15A6yzz
36 – 46
12 – 15.3
2400
160
6123
Analog
NBM6123x60E12A7yzz
36 – 60
7.2 – 12
2000
170
6123
Analog
DC-DC Non-Isolated Regulated Buck-Boosts and Bucks
Cool-Power ZVS Regulators ®
ZVS Buck-Boost Regulator Part Number PI3749-00-LGIZ
Input Voltage
Output Range
Power Max
Package (LGA)
16 V – 34 V
12 V – 34 V
200 W
10 x 14 mm
ZVS Buck-Boosts with PRM Function
ZVS Series Features n High efficiency – >98% peak Buck-Boost – >96% peak 24 VIN to 12 V Buck – Light load and full load high efficiency performance n High density 10 x 10 x 2.5 and 10 x 14 x 2.5 mm Sip packaging
PI3751-00-LGIZ
38 V – 60 V
38 V – 50 V
200 W
10 x 14 mm
PI3755-01-LGIZ
38 V – 60 V
28 V – 54 V
100 W
10 x 10 mm
Output Range
Power Max
Package (LGA)
ZVS Buck Regulator Part Number[a]
Input Voltage
PI3301-x0-LGIZ
8 – 36 V
2.3 – 4.1 V
10 A
14 x 10 mm
PI3301-x1-LGIZ
8 – 36 V
2.3 – 4.1 V
15 A
14 x 10 mm
n -40°C to 125°C operating range (Tj)
PI3302-x0-LGIZ
8 – 36 V
3.3 – 6.5 V
10 A
14 x 10 mm
n Fast transient response
PI3302-03-LGIZ
11 – 36 V
3.3 – 6.5 V
15 A
14 x 10 mm
n Paralleling and single wire current sharing
PI3303-x0-LGIZ
17.4 – 36 V
6.5 – 13.0 V
8A
14 x 10 mm
n Frequency synchronization/ interleaving
PI3305-x0-LGIZ
20.4 – 36 V
10 – 16 V
8A
14 x 10 mm
– Input over/undervoltage lockout – Output overvoltage protection (OVP) – Over temperature protection (OTP)
PI3311-x0-LGIZ
8 – 36 V
1.0 – 1.4 V
10 A
14 x 10 mm
PI3311-x1-LGIZ
8 – 36 V
1.0 – 1.4 V
15 A
14 x 10 mm
PI3312-x0-LGIZ
8 – 36 V
2.0 – 3.1 V
10 A
14 x 10 mm
PI3312-x1-LGIZ
8 – 36 V
2.0 – 3.1 V
15 A
14 x 10 mm
PI3318-x0-LGIZ
8 – 36 V
1.4 – 2.0 V
10 A
14 x 10 mm
ZVS Buck-Boost Features n General purpose and VTM compatible
PI3318-x1-LGIZ
8 – 36 V
1.4 – 2.0 V
15 A
14 x 10 mm
PI3420-00-LGIZ
8 – 18 V
1.0 – 1.4 V
15 A
14 x 10 mm
Buck-Boost Regulator
PI3421-00-LGIZ
8 – 18 V
1.4 – 2.0 V
15 A
14 x 10 mm
n High-side current sense amplifier
PI3422-00-LGIZ
8 – 18 V
2.0 – 3.1 V
15 A
14 x 10 mm
n General purpose amplifier
PI3423-00-LGIZ
8 – 18 V
2.3 – 4.1 V
15 A
14 x 10 mm
ZVS Buck Features n Optional I2C functionality & programmability n Wide operating ranges – 8 – 36 VIN , 8 – 18 VIN and 36 – 60 VIN – Wide VOUT 1 – 16 V and 2.5 – 12 V
PI3424-00-LGIZ
8 V – 18 V
3.3 – 6.5 V
15 A
14 x 10 mm
PI3542-00-LGIZ
36 V – 60 V
2.2 – 3.0 V
10 A
10 x 10 mm
PI3543-00-LGIZ
36 V – 60 V
2.6 – 3.6 V
10 A
10 x 10 mm
PI3545-00-LGIZ
36 V – 60 V
4.0 – 5.5 V
10 A
10 x 10 mm
PI3546-00-LGIZ
36 V – 60 V
6.5 – 14.0 V
9A
10 x 10 mm
[a]
-x indicates the I2C option; Replace -x with “-2” for I2C, or “-0” for no I2C option
n Simple to use; fast development time
– Internal compensation – few external components – No additional design or additional settings required
Cool-Power ZVS Buck
48 VDC
85 – 264 VAC
Cool-Power ZVS Buck
2.5 V
3.3 V
PFM Cool-Power ZVS Buck
Cool-Power ZVS Buck
5V
12 V
5
Enabling Our Customers’ Competitive Advantage At Vicor, we enable customers to efficiently convert and manage power from the wall plug to point of load. We master the entire power chain with the most comprehensive portfolio of high efficiency, high-density, power distribution architectures addressing a broad range of performance-critical applications. Vicor’s holistic approach gives power system architects the flexibility to choose from modular, plug-and-play components ranging from bricks to semiconductor-centric solutions. By integrating our world-class manufacturing and applications development, we can quickly customize our power components to meet your unique power system needs.
Focus Performance-Centric Industries/Applications Communications/Computing n HVDC solutions at >2,000 W/in3 n 98%+ efficient IBCs n Smallest, most efficient 48 V to
processor/memory (VR12.x, etc.)
n Complete LTE repeater power
> 400 VDC Power Distribution > Datacom > Netcom > Telecom Infrastructure > Data Centers > High Performance Computing > Network Servers
Industrial n Pioneer and leader in HVDC
- 380 V infrastructure
- Energy storage
- 600/800 V Hybrid earth moving
n Rail industry leader n Test & measurement cost leader n Field-proven in harsh environments
> ATE > Lighting > Process Control > Transportation
Automotive n 4X smaller, lighter 380 – 12 V auxiliary power n Bi-directional powertrains n Energy-recovery systems
Defense/Aerospace n MIL-COTS industry leader n Land, sea, air: combat-proven n 8 – 10X smaller, lighter airborne power n Power components and turn-key solutions
> Electric Vehicles > Hybrid Vehicles
Vicor Corporation
Corporate Headquarters 25 Frontage Road Andover, MA 01810
> Aircraft Test Equipment > Ground Vehicles > Radar > Telemetry > Unmanned Vehicles
Phone (US): 1 800 735 6200 Europe: 00 800 (8426 7000) www.vicorpower.com
Rev 2.7 12/2015
