BCM4414XD1E2663YZZ [VICOR]
Power Supply Module,;
| 型号： | BCM4414XD1E2663YZZ |
| 厂家： | 
VICOR CORPORATION |
| 描述： | Power Supply Module, |
| 文件： | 总2页 (文件大小：378K) |
| 中文： | 中文翻译 | 下载： | 下载PDF数据表文档文件 |
VI Chip®, ChiP™ and VIA™ Packages
BCM® Family
S
®
Isolated, Fixed-Ratio DC-DC Converter Modules
C
NRTL US
For use in three-phase AC industrial power and DC transmission systems for remote unmanned vehicles;
high-end computing systems, industrial systems, telecom/datacom systems and 384VDC power distribution
architectures; 48V intermediate bus architecture power systems, automated test equipment, communication
and transportation
Description
Features & Benefits
Vicor BCMs are power components that provide voltage
• Input range
transformation, current multiplication and isolation for designs
that require high power density, high efficiency, small size and low
weight. Essentially a very small high-frequency DC-DC transformer,
the BCM steps down its input voltage by a range of ratios and
provides galvanic isolation. BCMs support a broad range of output
voltages and power levels. With peak efficiencies of up to 98%
and power densities of up to 2,870W/in³. The family is available
in a variety of temperature grades. The robust VIA package also
provides integrated PMBus communication and EMI filtering. These
flexible modules can be easily paralleled into higher power arrays.
In addition, the BCM outputs can be connected in series to achieve
higher VOUT. Vicor BCM products offer benchmark performance in
a small, cost-effective package.
■■Ultra-high voltage: 400 – 800V input
■■High voltage: 200 – 410V input
(meets ETSI requirements)
■■Low voltage: 36 – 60V input
• High efficiency
■■Ultra-high voltage: Up to 97%
■■High voltage: Up to 98%
■■Low voltage: Up to 97.6%
• High power density
■■Ultra-high voltage: Up to 700W/in³
■■High voltage: Up to 2,735W/in³
■■Low voltage: Up to 2,870W/in³
Utilizing Vicor resonant Sine Amplitude Converter™ (SAC)
topology, BCMs leverage high-frequency Zero-Voltage Switching
(ZVS) and Zero-Current Switching (ZCS) to deliver unmatched
efficiency and power density with low noise and fast transient
response. In addition, the BCM’s low AC impedance, beyond
the bandwidth of most downstream regulators, enables bulk
capacitance, normally located at the input of a regulator, to be
placed at the high-voltage input to the BCM. This reduces bulk
capacitance requirement an offers saving of board area and system
cost. When BCMs operate in reverse, they provide an efficient
step-up conversion.
• Parallel inputs and outputs for high-powered arrays
• Connect outputs in series for higher output voltages
• Bidirectional capability
• VIA Package
■■Available in chassis- or PCB-mount form-factor
■■Simplifies thermal design
■■Provides integrated filtering
■■Available with PMBus® Communication
Offered in a range of package options and power levels, BCMs
provide unmatched performance to meet the demanding
requirements of modern power system designs.
• VI Chip Full and Half
■■SMT or Through-hole form-factor
• ChiP Package
■■Through-hole form-factor
■■PMBus capable
(using Digital Isolator/Digital Supervisor)
BCM6123 ChiP
2.402 x 0.990 x 0.284in
[61.00 x 25.14 x 7.21mm]
BCM3814 VIA
3.76 x 1.40 x 0.37in
(95.59 x 35.54 x 9.40mm)
BCM4414 VIA
4.35 x 1.40 x 0.37in
[110.55 x 35.54 x 9.40mm]
Full VI Chip
1.280 x 0.866 x 0.265in
[32.50 x 22.00 x 6.73mm]
BCM6123 ChiP
2.494 x 0.898 x 0.284in
[63.34 x 22.80 x 7.21mm]
Half VI Chip
0.866 x 0.650 x 0.265in
(22.00 x 16.50 x 6.73mm)
vicorpower.com
Rev 1.0
08/2019
Part Numbers
Input
Voltage
Output
Voltage
Output
Power
Output
Current
Control
Interface
Model Number
Package
BCM4414xG0F4440yzz
BCM4414xH0E5035yzz
BCM6123TD0G5030yzz [a]
BCM6123TD1E5117yzz [a]
BCM6123TD1E5126yzz [a]
BCM6123TD1E5135yzz [a]
BCM6123TD1E2663yzz [a]
BCM6123TD1E1368yzz [a]
BCM6123TD1E13A3yzz [a]
BCM4414xD1E5135yzz
BCM4414xD1E2663yzz
BCM4414xD1E13A3yzz
BCM352T440y330A00
BCM352T125y300A00
BCM352T110y300B00
BCM384x480y325Bzz
BCM384x120y300Azz
BCM6123x60E10A5yzz
BCM6123x60E15A3yzz
BCM3814x60E10A5yzz
BCM3814x60E15A3yzz
BCM48Bx030x210A00
BCM48Bx040y200B00
BCM48Bx060y240A00
BCM48Bx080y240A00
BCM48Bx096y240A00
BCM48Bx120y300A00
BCM48Bx160y240A00
BCM48Bx240y300A00
BCM48Bx320y300A00
BCM48Bx480y300A00
BCM48Bx120y120B00
[a] Bidirectional capability.
544V (400 – 700V)
650V (500 – 800V)
270V (200 – 400V)
34V (25 – 43.75V)
40.6V (31.3 – 50V)
33.8V (25 – 50V)
40.0A
35.0A
30.0A
16.9A
25.7A
35.0A
62.5A
68.0A
125.0A
35.0A
62.5A
125.0A
7.7A
1600W
VIA
Digital
1000W
800W
48V (32.5 – 51.3V)
1200W
1750W
1500W
800W
ChiP
VIA
Digital / Analog
24V (16.3 – 25.6V)
12V (8.1 – 12.8V)
384V (260 – 410V)
1500W
1750W
1500W
1500W
325W
48V (32.5 – 51.3V)
24V (16.3 – 25.6V)
12V (8.1 – 12.8V)
44V (41.25 – 45.63V)
12.5V (11.79 – 13.04V)
11V (10.3 – 11.4V)
48V (45 – 50V)
12V (11.3 – 12.5V)
6 – 10V
Digital
352V (330 – 365V)
384V (360 – 400V)
300W
26.0A
28.5A
7.1A
Full
VI Chip
300W
Analog
325W
300W
27.3A
150A
130A
150A
130A
70A
1500W
1950W
1500W
1950W
210W
ChiP
VIA
Digital / Analog
Digital
9 – 15V
36 – 60V
6 – 10V
9 – 15V
2.4 – 3.4V
3.2 – 4.6V
200W
50A
4.75 – 6.87V
6.34 – 9.16V
7.6 – 11.0V
40A
240W
30A
25A
Full
VI Chip
38 – 55V
9.5 – 13.8V
300W
240W
25A
Analog
12.7 – 18.3V
19 – 27.5V
15A
12A
25.3 – 36.7V
38.0 – 55V
300W
120W
9A
6A
9.5 – 13.75V
11.3A
Half VI Chip
Typical Applications
24V
or 48V
26 – 55V
0.7 – 55V
380VDC
HV BCM
HV BCM
PRM
VTM
LOAD
4V, 6V, 8V, 9.6V, 12V, 16V, 24V, 48V
48VNOM
(38 – 55V)
(36 – 60V)
PoL
PoL
PoL
LV BCM
3.3V
5V
12V, 24V
or 48V
380VDC
PRM
20 – 55V
2V
PMBusTM
ZVS Buck
LOAD
LOAD
System
Processor
LOAD
3-Phase
AC Input
25 – 44V
Output
UHV BCM
12V
s
48VDC
BCM
LOAD
PMBusTM
Digital
Supervisor
Digital
Isolator
System
Processor
High-Voltage DC Transmission for Unmanned Vehicles
640V
40V
UHV BCM
UHV BCM
40V
©2019 Vicor Corporation. All rights reserved. The Vicor name is a registered trademark of Vicor Corporation.
PMBus® is a registered trademark of SMIF, Inc.
All other trademarks, product names, logos and brands are property of their respective owners.
vicorpower.com
Rev 1.0
08/2019
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