End-to-End
Embedded Power
Product Selection Guide
Critical Power
Who We Are
GE’s Critical Power business provides mission-critical facilities with end-to-end solutions to ensure that equipment and processes are
protected from power system anomalies. The business offers a single source for power solutions from design to installation to aftermarket services. GE’s Critical Power business delivers reliable, uninterrupted power.
Customers such as data centers, healthcare facilities and telecommunication networks utilize our end-to-end product and service
solutions to ensure quality power and to maintain uptime for crucial equipment even during power disturbances.
What We Do
Embedded Power
Uninterruptible Power Supplies (UPS)
• Products for AC-DC OEM embedded power for datacom,
telecom, medical and industrial applications.
• Products and services to provide a continuous supply of
power and conditioning for mission-critical applications plus
global installation and maintenance services in markets
including datacenters, hospitals, financial institutions,
telecommunications networks, wind energy, transportation
and industrial.
• Products for DC-DC OEM conversion for board mounted
power applications in communications, computing, storage,
industrial, medical and military markets.
• Full custom capabilities in both AC-DC and DC-DC product lines.
Power Switching
• Products for emergency standby, back-up power
supply management and spike or surge protection plus
installation and maintenance services for markets including
datacenters, hospitals, telecommunications, financial
institutions, transportation and industrial applications.
DC Energy Systems
• Solutions for telecommunications, wireless and cable
broadband service providers that leverage our extensive
experience in turnkey project management, engineering,
installation and maintenance services.
GE’s Critical Power business brings end-to-end power solutions for a variety of markets including data centers,
as in the example above.
With the amount of energy demanded by large facilities in today’s world, having high-efficiency products is absolutely critical. GE’s
For product details, browse our website: www.gecriticalpower.com
Total Cost of Ownership:
Critical Power business offers a majority of our products with
above average efficiency levels. Many of our AC-DC products
are certified 80+ Platinum for their efficiency numbers.
can save in the millions in energy costs. More efficient power
products result in less heat dissipation, which leads to less
cooling and thereby reduced costs across the board.
Large cloud computing companies, data centers and large
industrial customers realize that the slightest edge they have
over their competitors saves them considerable money in
energy savings. For every sliver of efficiency gained, companies
With GE’s Critical Power Business product line up, Total
Efficiency* power products are developed, which deliver
increased efficiencies that lead to large cost savings over time.
Key/Index
Rectifiers & Converters......................................................... Page 5
Front Ends & Converters........................................................ Page 7
Energy Systems........................................................................ Page 9
Fan-Less .5U High Front Ends.............................................Page 10
Open Frame Power Supplies...............................................Page 11
Power Shelves ........................................................................Page 12
Isolated DC-DC Converters ................................................Page 13
Non-Isolated DC-DC Converters .......................................Page 21
For all inquiries, please call: +1 888 546 3243 or +1 972 244 9288
Embedded Power
GE’s Critical Power business provides end-to-end power solutions that offer size, efficiency and cost advantages while reducing risk
with standards-based power components.
Front Ends
& Rectifiers
Isolated DC-DC
Converters
Non-Isolated
Point-of-Load
Modules
Hybrid Architecture:
85% overall efficiency
Strengths:
• Large installed base
• Supports SELV systems
• Battery back-up systems
• Flexibility
• Increased value at lower power
• Optimized for battery operated systems
48 or 24V Rectification
Intermediate
Bus Architecture:
88% overall efficiency
Optional
Batteries
Weaknesses:
• Multiple conversion steps
48 or 24V Rectification
48V Rectification
48V
48V
Optional
Batteries
Optional
Batteries
LVD
LVD
48 or 24V Rectification
48V Rectification
Optional
12V Rectification
Batteries
Isolated / Regulated
Fully
Regulated
Converter
Bus Converter
12V
92% Efficiency
96% Efficiency
48V
Isolated / Regulated
Converter
48V
92%Regulated
Efficiency
Fully
Bus Converter
12V
12V
96% Efficiency
LVD
Optional
Batteries
LVD
48V Rectification
48V
Fully Regulated
Bus Converter
12V Rectification
Optional
Batteries
LVD
12V
12V
Strengths:
Weaknesses:
• Circulating current issues
• Higher I2R losses
• Few battery back-up options
• No secondary grounds
1
LOAD
Non-Isolated / POL
1.2V
LOAD
12V Rectification
Non-Isolated / POL
Non-Isolated / POL
3.3V
2.5V
Non-Isolated / POL
Non-Isolated / POL
2.5V
1.2V
LOAD
LOAD
LOAD
LOAD
LOAD
96% Efficiency
Non-Isolated
/ POL
1.8V
LOAD
Non-Isolated / POL
1.2V
LOAD
Non-Isolated / POL
Non-Isolated / POL
Non-Isolated / POL
Non-Isolated / POL
Non-Isolated
/ POL
96% Efficiency
2.5V
3.3V
1.2V
3.3V
2.5V
LOAD
LOAD
LOAD
LOAD
LOAD
Non-Isolated / POL
Non-Isolated / POL
2.5V
1.8V
LOAD
LOAD
Non-Isolated / POL
Non-Isolated / POL
Non-Isolated / POL
96% Efficiency
Non-Isolated
/ POL
1.8V
1.2V
3.3V
1.2V
LOAD
LOAD
LOAD
LOAD
Non-Isolated
/ POL
96% Efficiency
2.5V
LOAD
Non-Isolated / POL
Non-Isolated / POL
LOAD
LOAD
Non-Isolated / POL
Non-Isolated / POL
3.3V
1.8V
2.5V
1.2V
Non-Isolated
/ POL
96% Efficiency
1.8V
LOAD
Non-Isolated / POL
Non-Isolated / POL
1.2V
3.3V
LOAD
LOAD
Non-Isolated / POL
2.5V
LOAD
Non-Isolated / POL
1.8V
LOAD
Non-Isolated / POL
1.2V
LOAD
96% Efficiency
91% overall efficiency
• Highest efficiency
• Best power density
• Improved EMI performance
• Lowest cost
2.5V
LVD
96% Efficiency
AC to 12V
Bus Architecture:
Non-Isolated / POL
96% Efficiency
Strengths:
• Flexibility (bus voltage options)
• Multiple high di/dt loads
• Provides ground isolation
• Competitive cost
• Increased efficiencies
• Increased power densities
LOAD
Isolated / Regulated
Converter
92% Efficiency
Weaknesses:
• di/dt of isolated bricks less than POLs
• Increased costs for multiple
isolation points
• Multiple conversion steps
48V
12V
96% Efficiency
LOAD
LOAD
96% Efficiency
For product details, browse our website: www.gecriticalpower.com
Vertical Industry Solutions
GE’s Critical Power business DC-DC isolated and point-of-load (POL) power solutions are used in thousands of applications across a
broad array of global industries where discrete power solutions have traditionally been deployed:
• Data Centers
• Aerospace and Aviation
• Broadcasting
• Displays, Lighting and Signage
• Smart Buildings
• Industrial Automation and
Process Control
• Instrumentation, Test and
Measurement
• Medical Devices
• Robotics
Data Centers
With close to half the total cost of power for a data center being
utilized for cooling, the importance of utilizing embedded power
products that are highly efficient takes on ever more critical role.
The GE Total Efficiency* (TE) architecture reduces energy loss
and lowers cooling costs as well as addresses issues end-toend based on our proven experience and expertise in batteries,
power distribution, DC energy systems, AC-DC power supplies,
and DC-DC board mounted power to deliver a solution that is
more safe, reliable and energy efficient than alternatives from
our competitors.
For all inquiries, please call: +1 888 546 3243 or +1 972 244 9288
2
Vertical Industry Solutions
Broadcasting
Aerospace and Aviation
More video has been uploaded to YouTube in the last 60
days than if ABC, CBS and NBC had been airing new content
24-hours a day continuously for the past 65 years. Powering the
electronics that allow CATV, video and broadcasting equipment
to reliably function has never been more important.
Electronics in the aviation industry are rapidly requiring
increased capability and complexity while demanding a more
compact design. Ranging from cockpit avionics and lighting
systems to elaborate multimedia entertainment systems for
commercial jets, the need for small, efficient, and reliable
power electronics modules is critical. These new systems
need a mixture of voltages and control frequencies. As design
engineers continue to integrate more functionality into their
innovative designs, the ability to support a complex mixture of
output voltages will become even more important.
Deployed globally in products used
by cable, fiber-to-the-home (FTTH),
broadband/ADSL, satellite and
terrestrial operators, GE Critical
Power solutions deliver advanced
feature sets and digital control
functions in our power modules.
These modules provide flexibility
and high density combined with
reliability for superior OEM products.
Smart Buildings
• Cockpit Avionics
In many of today’s smart buildings, power is being shifted from
the devices that once required separate AC power, to devices
that can both communicate and be powered over a single
Power over Ethernet (PoE) cable. Enterprise devices such as
badge scanners, 802.11n wireless access points, laptops, RFID
device, pan-tilt-zoom security cameras, video phones and
point-of-sale terminals take advantage of GE’s PoE rectifiers, the
CP2000AC54TEP and CP2725AC54TEP. These rectifiers provide
40 Amps and 50 Amps of 48 volt power required to run smart
building systems.
• Navigation Systems
The new solutions have a highly reliable, hot-pluggable and
hot-swappable footprint and are easily integrated into switch
architectures that support multiple redundant rectifiers on a
common DC bus, in various redundancy schemes including
N+1 or N+N arrangements. In addition, flexible communication
interfaces allow the switch designer
to choose the most effective way
to communicate with the power
supplies. Enterprise customers
benefit from a solution specifically
created for highly redundant
environments, thereby reducing
operating and service costs.
3
Using standard, commercially available power supplies yields
space savings, simpler designs, and less cabling when the DC
output is fed directly into the backplane as opposed to using
an external power supply. GE’s Critical Power business power
modules deliver the latest developments in power design in an
efficient compact form factor.
• Aircraft Control Panels
• Lighting Systems
• In-Flight Entertainment (IFE)
Displays, Lighting and Signage
With the ever increasing demand for more efficient lighting
solutions, LED lighting requires both constant-voltage and
constant-current for its products. GE’s Critical Power business
power modules for lighting applications feature shielding from
power disturbances, ruggedized designs, high efficiencies and
high reliability in a small form factor.
• Outdoor Multimedia Displays
• Stadium Lighting
• Indoor and Outdoor Lighting
• Solar Lighting
For product details, browse our website: www.gecriticalpower.com
Vertical Industry Solutions
Industrial Automation and Process Control
Medical Devices
Industrial automation uses information technology and control
systems to manage machinery and processes reducing the
need for human intervention and possible costly errors. Power
supplies for industrial automation and control applications
require a wide operating temperature range and extended
shock and vibration testing. GE’s Critical Power business
modules offer sequencing, reliability, and remote on/off facilities
to ensure continuous efficient operation in the power design.
Sophisticated power solutions for ultrasound, dialysis, and
diagnostic equipment require stringent parameters such as low
output ripple and EMI noise, which, if left unconditioned, can
disrupt the performance and accuracy of the end equipment.
These highly sensitive systems require more sophisticated
power solutions – a key strength for GE’s Critical Power
business. Given the sometimes long FDA approval cycles in the
healthcare industry, our expertise in powering medical products
provides solutions to complex system requirements which
enable designers to improve product cycle times while reducing
their time-to-market.
Our ruggedized power supplies meet MIL STD 810F for extended
shock and vibration testing, up to 50Grms, offer excellent
thermal management up to 105˚C, and maintain low ripple/
noise operation.
• Laboratory and Analytical
• Conveyor Systems
• Eye Care Equipment
• Motor Control Applications
• Medical Imaging
• Factory Automation (PLCs)
• Dental Equipment
• Switching Systems
• Transportation / Railway
• Remote Monitoring Equipment
• Security Systems
Instrumentation, Test and Measurement
Test and measurement systems are ubiquitous in electronic
devices and maximize the productivity of engineers and
technicians responsible for packaged-part characterization
in applications ranging from early device research through
development, quality verification, and failure analysis.
Automated test equipment systems are routinely used in
electronics manufacturing operations, the semiconductor
industry, and factory environments. GE’s Critical Power business
power modules provide key features important to this market
segment such as output voltage accuracy, low output noise, and
ingress protection. In factory environments, improved cooling,
extended temperature ranges, and ruggedization also prove to
be important in considering power solutions.
Robotics
The global robotics industry is estimated to reach $21.4 billion
US dollars by 2014 driven in part by demand from the auto
and electronics markets. Power modules for robotics require
a small form factor but a robust module to power their silicon
processors and a variety of other electronics.
Power supplies for robotics applications require high levels
of shock and vibration resistance and a wide operating
temperature range.
• Manufacturing Systems
• Gantry Robots
• Industrial Robots
• Semiconductor Test Equipment
• Automated Test Equipment
• Oscilloscopes
• Microscopes
For all inquiries, please call: +1 888 546 3243 or +1 972 244 9288
4
AC-DC
AC-DC
Front Ends &
Rectifiers
DC-DC
Converters
5
1800W
CAR2512TE
12V
I2C/PMBus
1U
1Φ (110/220 VAC)
2500W
CAR2512FP
12V
I2C/PMBus
1U
1Φ (110/220 VAC)
2500W
CAR2512DC
12V
I2C/PMBus
1U
48Vdc
2500W
MODEL
NOMINAL
OUTPUT
(POSITIVE)
DIGITAL
COMM.
PROFILE
NOMINAL
INPUT
MAX
OUTPUT
POWER
CAR1248FP
48V
I2C/PMBus
1U
1Φ (110/220 VAC)
1200W
CAR2024FP
24V
I2C/PMBus
1U
1Φ (110/220 VAC)
2000W
CAR2548FP
48V
I2C/PMBus
1U
1Φ (110/220 VAC)
2500W
CAR2548DC
48V
I2C/PMBus
1U
48Vdc
2500W
MODEL
NOMINAL
OUTPUT
(NEGATIVE)
DIGITAL
COMM.
PROFILE
NOMINAL
INPUT
MAX
OUTPUT
POWER
EP0300TE
48-54V
RS485
1U
1Φ (110/220 VAC)
300W
EP1000TE
48-54V
RS485
1U
1Φ (110/220 VAC)
1000W
EP1600TE
48-54V
RS485
1U
1Φ (110/220 VAC)
1600W
CAR1248TN
48-54V
I2C/PMBus
1U
1Φ (110/220 VAC)
1200W
CP2000TE
48-54V
I2C/PMBus/
RS485
1U
1Φ (110/220 VAC)
2000W
CP2000DC
48-54V
I2C/PMBus/
RS485
1U
48/60Vdc
2000W
CP2500TE
48-54V
I2C/PMBus/
RS485
1U
1Φ (110/220 VAC)
2500W
CP2500DC
48-54V
I2C/PMBus/
RS485
1U
48/60Vdc
2500W
CAR2548TN
48-54V
I2C/PMBus
1U
1Φ (110/220 VAC)
2500W
CP2725TE
48-54V
I2C/PMBus/
RS485
1U
1Φ (110/220 VAC)
2725W
CP2725TE-FBs
24-48V
I2C/PMBus/
RS485
1U
1Φ (110/220 VAC)
2725W
4000W
1600W
1Φ (110/220 VAC)
4000W
1Φ (110/220 VAC)
1U
4000W
1U
I2C/PMBus
4000W
I2C/PMBus
12V
3500W
12V
CAR1812FP
3500W
CAR1612FP
3500W
1200W
3500W
48Vdc
3000W
1U
3000W
I2C/PMBus
3000W
12V
3000W
CAR1212DC
2500W
1200W
2500W
850W
1Φ (110/220 VAC)
2500W
48Vdc
1U
2500W
1U
I2C/PMBus
2000W
I2C/PMBus
12V
2000W
12V
CAR1212FP
2000W
CAR0812DC
2000W
850W
1500W
1Φ (110/220 VAC)
1500W
1U
1500W
I2C/PMBus
1500W
12V
CAR0812FP
1000W
MAX
OUTPUT
POWER
1000W
NOMINAL
INPUT
1000W
PROFILE
NOMINAL
OUTPUT
1000W
DIGITAL
COMM.
MODEL
500W
200W
500W
1Φ (110/220 VAC)
12V
500W
Open Frame
CLP0212
200W
MAX
OUTPUT
POWER
DIGITAL
COMM.
500W
AC-DC &
DC-DC
Front Ends
NOMINAL
INPUT
NOMINAL
OUTPUT
200W
AC-DC &
DC-DC
Front Ends
PROFILE
MODEL
200W
Open Frame
Power
Supplies
200W
Product Matrix
For product details, browse our website: www.gecriticalpower.com
Rectifiers and Converters
EP0300TE
• 300 watts / 48V out
• High efficiency operation - up to 91%
• 9 x 2 x 1.61 / 228.2 x 50.4 x 40.9mm
• RS485 communication interface
EP1000TE / EP1600TE
• 1,000 or 1,600 watts / 54V out
• High efficiency operation - up to 95%
• Power density up to 27W/in3
• Universal AC input range with active PFC
• 8.19 x 4.58 x 1.58” / 208.0 x 116.5 x 40.2mm
• RS485 communication interface
• Mates with SPS shelf family
• RoHS6 CAR1248TN
• 1,200 watts / -48V out
• High efficiency operation - up to 91%
• Power density of 19W/in3
• Universal AC input range with active PFC
• 11.20 x 3.44 x 1.65” / 284.5 x 87.4 x 41.9mm
• I2C / PMBus digital interface
• Mates with ACE125 shelf
CP2000DC / CP2500DC
• 2,000 or 2,500 watts / 54V out
• 40-60Vdc input range
• High efficiency operation - up to 92%
• Power density up to 27.6W/in3
• 13.85 x 4.00 x 1.63” / 352.0 x 101.6 x 41.4mm
• I2C and RS485 digital interface
• Mates with CPL PEM shelf
CP2000TE / CP2500TE / CP2725TE
• 2,000, 2,500 or 2,725 watts / 54V out
• High efficiency operation - approaching 97%
• Power density of up to 30W/in3
• 13.85 x 4.00 x 1.63” / 356.0 x 101.6 x 41.4mm
• I2C and RS485 communication interface
• Mates with CPL shelf family
For all inquiries, please call: +1 888 546 3243 or +1 972 244 9288
6
AC-DC & DC-DC Front Ends
CAR2548TN
CAR1212FP
• 2,500 watts / -48Vout
• 1,200 watts / 12Vout
• High efficiency operation - up to 91%
• High efficiency operation - up to 89%
• Power density of 27W/in3
• Power density of 16W/in3
• Universal AC input range with active PFC
• Universal AC input range with active PFC
• 14.25 x 4.00 x 1.61” / 362.0 x 102.0 x 40.9mm
• 11.20 x 4.00 x 1.65” / 284.5 x 101.6 x 41.9mm
• I2C / PMBus digital interface
• I2C / PMBus digital interface
• Mates with ACE254 shelf
CAR0812FP
• 850 watts / 12Vout
• Efficiency of 92%
• Power density of 18W/in3
• Universal AC input range with active PFC
• 8.73 x 3.38 x 1.65” / 221.7 x 85.9 x 41.9mm
• I2C / PMBus digital interface
CAR0812DC
• 850 watts / 12Vout
• Efficiency of 92%
• Power density of 18W/in3
CAR1212DC
• 1,200 watts / 12Vout
• High efficiency operation - up to 90%
• Power density of 16W/in3
• 36 - 75Vdc input range
• 11.20 x 4.00 x 1.65” / 284.5 x 101.6 x 41.9mm
• I2C / PMBus digital interface
CAR1612FP
• 1,600 watts / 12Vout
• Efficiency of 94.5%
• Power density of 20W/in3
• Universal AC input range with active PFC
• 12.45 x 4.00 x 1.65” / 316.23 x 101.6 x 41.9mm
• 36 – 75Vdc input range
• I2C / PMBus digital interface
• 8.73 x 3.38 x 1.65” / 221.7 x 85.9 x 41.9mm
• Mates with ACE164 shelf
• I C/PMBus digital interface
2
CAR1812FP
• 1,800 watts / 12Vout
• Efficiency of 94%
• Power density of 22W/in3
• Universal AC input range with active PFC
• 12.45 x 4.00 x 1.65” / 316.23 x 101.6 x 41.9mm
• I2C / PMBus digital interface
• Mates with ACE184RUW shelf
7
For product details, browse our website: www.gecriticalpower.com
AC-DC & DC-DC Front Ends
CAR2512DC
CAR1248FP
• 2,500 watts / 12Vout
• 1,200 watts / 48Vout
• High efficiency operation - up to 92%
• High efficiency operation - up to 91%
• Power density of 25W/in
• Power density of 19W/in3
• 36-75Vdc input range
• Universal AC input range with active PFC
• 15.38 x 4.00 x 1.65” / 390.5 x 101.6 x 41.9mm
• 11.20 x 3.44 x 1.65” / 284.5 x 87.4 x 41.9mm
• I2C / PMBus digital interface
• I2C / PMBus digital interface
3
• Mates with ACE125 shelf
CAR2512TE
• 2,500 watts / 12Vout
• Efficiency up to 94%
CAR2548FP
• Power density of 25W/in3
• Universal AC input range with active PFC
• 15.38 x 4.00 x 1.65” / 378.0 x 102.0 x 41.9mm
• I2C / PMBus digital interface
• 2,500 watts / 48Vout
• High efficiency operation - up to 91%
• Power density of 27W/in3
• Universal AC input range with active PFC
CAR2512FP
• 14.25 x 4.00 x 1.65” / 362.0 x 102.0 x 40.9mm
• 2,500 watts / 12Vout
• I2C / PMBus digital interface
• Efficiency up to 92.1% peak
• Mates with ACE254 shelf
• Power density of 25W/in3
• Universal AC input range with active PFC
CAR2548DC
• 15.38 x 4.00 x 1.65” / 378.0 x 102.0 x 41.9mm
• 2,500 watts / 48Vout
• I C / PMBus digital interface
• High efficiency operation - up to 91%
2
• Power density of 27W/in3
CAR2024FP
• 36-75Vdc input range
• 2,000 watts / 24Vout
• 14.25 x 4.00 x 1.61” / 362.0 x 102.0 x 40.9mm
• High efficiency operation - up to 90.5%
• I2C / PMBus digital interface
• Power density of 21W/in
• Mates with ACE254 shelf
3
• Universal AC input range with active PFC
• 14.25 x 4.00 x 1.65” / 316.2 x 101.6 x 41.9mm
• I2C / PMBus digital interface
• Mates with ACE204 shelf
Dozens of standard configurations are available including options for batteries, enclosures, sensors and cables.
Please contact our technical support team to discuss your specific installation requirements.
For all inquiries, please call: +1 888 546 3243 or +1 972 244 9288
8
Energy Systems
SPS Platform
• 48V Embedded or available rectifier shelf
• Mates with EP1000/1600 rectifier modules
• 1U High 19” / 483.0mm rack mount
• Maximum 10.37” / 264.0mm depth
• Adjustable mounting ears (flush or mid-mount)
• Rear / front panel DC distribution options
• Breaker and fuse panel options
• Optional pulsar edge controller
Pulsar Edge Controller
• Available for both CPL & SPS platforms
• Compact design installs in shelf
• Preserves rectifier slots
• Advanced rectifier and battery management
• Web based GUI or front panel control
• Extensive alarm capability & data logging
• RJ45 craft and Ethernet ports
• Up to 5 Form C Relay Contacts
CPL Platform
• 48V rectifier shelf
• I2C or RS485 control options
• Mates with CP2000TE / CP2500TE / CP2725TE rectifier
modules
• 1U High 19” / 483.0mm rack mount
• Maximum 17.21” / 487.0mm depth
• Adjustable mounting ears (flush or mid-mount)
• Rear / front panel DC distribution options
• Breaker and fuse panel options
• Optional Pulsar Edge Controller
9
The CP2000TE and CP2725TE are both 80 PLUS Platinum
certified in a compact 1U footprint with up to 30W/in3. The CPL
is a highly flexible solution, which has with two communications
protocols on board every power supply increasing its flexibility
for use in embedded OEM applications or in external rackmounted applications. The I2C protocol used in OEM embedded
applications helps fully integrate the power supply into a
platform and the RS485 communications using Galaxy Protocol
allows standalone systems full alarm and communication
capability, as well as battery management.
The CPL provides AC to 48V power conversion downstream of
an AC UPS system or as the primary power conversion step in
DC UPS systems with direct connected battery backup. Versions
are also available with PoE isolation.
For product details, browse our website: www.gecriticalpower.com
Fan-Less .5U High Front Ends
The industry’s first half U height fan-less AC-DC rectifier offers an alternative means for thermal management that lends itself to
conduction, convection, forced air or even liquid cooling applications. This shift towards alternative cooling capability allows system
engineers to innovate and explore new thermal-mechanical options opening up considerable new opportunities. Eliminating fans
reduces unwanted audible noise while synonymously increasing system MTBF (mean time between failure) and extending system
reliability. In a sleek form factor, the CCR0512 reduces the real estate needed for use in hard-to-reach applications and minimizes the
height affording low profile capabilities.
The CCR0512FP power supply is a paradigm shift for thermal management of AC-DC solutions. By taking advantage of accessibility to the
unit’s cold plate, the end user can choose how they prefer to cool the power supply lending itself to many different end applications.
With a universal AC input, this 12Vdc, 500W output fan-less solution supports N+N redundant capability and current sharing allowing
end system scalability or fault tolerant operation. The CCR0512 is the perfect low-to-mid power platform geared for 12V applications
with low profile constraints such as networking, test equipment and thin client server applications.
CCR0512
• Conduction cooling for fan-less operation
• Compact 0.5U Profile
• Overall Dimensions: 0.877” x 3.35” x 8.790” / 223.2 x 85.1 x 22.3mm
• 12Vdc, 500W Output
• 10.8 to 13.2Vdc Output Voltage Programmability
• Universal AC input with Active PFC
• Hot Plugability
• Redundant Parallel Operation
• Active Load Sharing (Single Wire)
• Analog, I²C or PMBus means of control and monitoring
• Remote On/Off
• Remote Sense (up to 0.25V of total compensation)
• No Minimum Load Requirements
• Three visual LED Indicators; Input, Output and Fault status
• 3.3 or 5.0Vdc 2A Standby Output
• UL certified to UL60950-1, CAN/CSA† C22.2
• No.60950-1, and EN60950-1(VDE‡ 0805-1) Licensed
• CE mark meets 2006/95/EC directives
• ISO 9001 and ISO 14001 certified manufacturing facility
• Compliant to RoHS EU Directive 2002/95/EC
For all inquiries, please call: +1 888 546 3243 or +1 972 244 9288
10
Open Frame Power Supply
CLP0212 Open Frame Power Supply
In a 2 x 4 inch footprint smaller than an iPhone®, the 12Vdc single-output CLP0212 open frame power supply delivers 80 PLUS®
Gold energy efficiency. Half the size of other power supplies in this segment, the CLP series is specifically designed to handle power
challenges associated with tight space and low airflow. Offering a leading 18W/in3 power density in a 1U high, fanless form factor,
the CLP series addresses a broad range of applications in new products from communications, computing and data storage original
equipment manufacturers.
• Compact size 50.8 x 101.6 x 36.1 mm (2 x 4 x 1.4”) with density of 18W/in3
• Universal AC Input Range (90 – 264 VAC)
• Output voltage of 12V (adjustable ±5%)
• Maximum output current of 16.7A@ 12Vout (200W)
• Standby output of 5V or 3.3V @ 0.25A
• Efficiency - 80 PLUS® Gold
• Full load capability at 50ºC and 1m/s (200LFM) airflow with
derating at higher temperatures or lower airflows
• Remote ON/OFF
• Output overcurrent protection (non-latching)
• Overtemperature protection
• Output overvoltage protection
• Up to 12ms of holdup time
• Parallelable with current sharing
• Active power factor corrected input
• Conducted EMI - meets CISPR22 (EN55022) and FCC Class A requirements
• Compliant to RoHS EU Directive 2002/95/EC
• UL and cUL approved to UL/CSA60950-1, TUV (EN60950-1), CE Mark (for LVD) and CB Report available
• ISO 9001 and ISO 14001 certified manufacturing facilities
11
For product details, browse our website: www.gecriticalpower.com
Power Shelves
ACE125
ACE164 • 48V front end or rectifier shelf
• Mates with CAR1248 modules
• 5 bay power shelf
• 5 x 1,200W power modules
• 4,800W N+1 redundant
• 6,000W total power
• 1U High 19” / 483.0mm rack mount
• 14.98” / 380.5mm depth
• Class B emissions with fully-populated shelf
• 12V front end or rectifier shelf
• Mates with CAR1612 modules
• 4 bay power shelf
• 4 x 1,600W power modules
• 4,800W N+1 redundant
• 6,400W total power
• 1U High 19” / 483.0mm rack mount
• 16.4” / 416.6mm depth
• Class A emissions with fully-populated shelf
ACE254
ACE184
• 48V front end or rectifier shelf
• Mates with CAR2548
• 4 Bay power shelf
• 4 x 2,500W power modules
• 7,500W N+1 redundant
• 10,000W total power
• 1U High 19” / 483.0mm rack mount
• 18.07” / 459.0mm depth
• Class B emissions with fully-populated shelf
• 12V front end or rectifier shelf
• Mates with CAR1812 modules
• 4 bay power shelf
• 4 x 1,800W power modules
• 5,400W N+1 redundant
• 7,200W total power
• 1U High 19” / 483.0mm rack mount
• 16.4” / 416.6mm depth
• Class A emissions with fully-populated shelf
ACE204 • 24V front end or rectifier shelf
• Mates with CAR2024FP modules
• 4 bay power shelf
• 4 x 2000W power modules
• 6000W N+1 redundant
• 8,000W total power
• 1U High 19” / 483.0mm rack mount
• 18.07” / 459.0mm depth
• Class B emissions with fully-populated shelf
For all inquiries, please call: +1 888 546 3243 or +1 972 244 9288
12
Isolated DC-DC
Converters
Fully
Regulated
Bus
Converters
13
2250Vdc
1/16 brick
3.3 - 12V
10A / 30W
KSTW
36 - 75V
2250Vdc
1/16 brick
3.3 - 12V
10A / 30W
KHHD
18 - 75V
2250Vdc
1/16 brick
3.3 - 12V
15A / 50W
KSTW
36 - 75V
2250Vdc
1/16 brick
3.3 - 12V
15A / 50W
KNW
36 - 75V
2250Vdc
1/16 brick
3.3 - 5V
20A / 66W
EHHD
18 - 75V
2250Vdc
1/8 brick
3.3 - 12V
20A / 75W
ESTW
36 - 75V
2250Vdc
1/8 brick
3.3 - 15V
25A / 82W
EVW
36 - 75V
2250Vdc
1/8 brick
5 - 12V
10A /120W
JRW
36 - 75V
1500Vdc
1/2 brick
1.2 - 12V
70A / 204W
MODEL
INPUT
VOLTAGE
OUTPUT
VOLTAGE
MAX
CURRENT/
POWER
QBDW (digital)
36 - 75V
2250Vdc
1/4 brick
8.1 - 12V
33A / 400W
QBVW
36 - 75V
2250Vdc
1/4 brick
8.1 - 12V
33A / 400W
QBVE
45 - 56V
500Vdc
1/4 Brick
10.4V
60A / 624W
QBVS
52 - 60V
500Vdc
1/4 Brick
12V
50A / 600W
EBDW (digital)
36 - 75V
2250Vdc
1/8 brick
6 - 12V
25A / 300W
EBVW
36 - 75V
2250Vdc
1/8 brick
6 - 12V
25A / 300W
ISOLATION FOOTPRINT
600W
18 - 75V
600W
KHHD
500W
12A / 33W
500W
5A / 15W
1.8 - 5V
400W
3.3 - 12V
1x1
400W
1x1
1500Vdc
300W
2250Vdc
300W
36 - 75V
24 - 48 V
200W
SSTW
HC/HW
200W
5A / 15W
100W
3.3 - 12V
100W
1x1
75W
2250Vdc
75W
18 - 75V
MAX
CURRENT/
POWER
50W
SHHD
OUTPUT
VOLTAGE
ISOLATION FOOTPRINT
50W
INPUT
VOLTAGE
0W
Isolated and
Regulated
DC-DC
Converters
MODEL
0W
Product Matrix
Hammerhead
The Hammerhead* series power modules are isolated dc-dc converters that operate over an ultra-wide input voltage range of
18 -75Vdc and provide a single precisely regulated output voltage. This series is a low cost, smaller size alternative to the existing
LW/LAW/LC/SC/SW with enhanced performance parameters. The output is fully isolated from the input, allowing versatile polarity
configurations and grounding connections. The modules exhibit high efficiency and built-in filtering for both input and output, which
minimizes the need for external filtering. The module is fully self-protected with output overcurrent and overvoltage, overtemperature
and input under voltage shutdown control.
• Ultra-wide Input Voltage Range, 18 to 75Vdc
• Output overcurrent/voltage protection (hiccup)
• No minimum load
• Overtemperature protection
• High efficiency
• Output Voltage adjust: 90% to 110% of Vo, nom
• Constant switching frequency
• Wide operating temperature range (-40°C to 85°C)
• Low output ripple and noise
• Meets the voltage and current requirements for
ETSI 300-132-2 and complies with and licensed for Basic
insulation rating per EN60950-1
• Small Size and low profile, follows industry standard footprints
• Surface mount (SMT) or Through hole (TH)
• Reflow process compliant, both SMT and TH versions
• 2250Vdc Isolation tested in compliance with IEEE 802.3
PoE standards
• Positive Remote On/Off logic
• ISO 9001 and ISO 14001 certified manufacturing facilities
SHHD Hammerhead* Series
NEW
15W / 5A Max Power
• 1.10 x 0.96 x 0.34” / 27.94 x 24.38 x 8.5mm
• Surface mount or through-hole
KHHD Hammerhead* Series
MODEL
INPUT
VOLTAGE
OUTPUT
VOLTAGE
OUTPUT
CURRENT
EFFICIENCY
SHHD001A3B
18 - 75V
12V
1.3A
88%
SHHD003A0A
18 - 75V
5V
3A
87%
SHHD005A0F
18 - 75V
3.3V
5A
88%
2250Vdc Isolation for PoE Applications
NEW
50W / 15A Max Power
• 1.30 x 0.90 x 0.37” / 33.0 x 22.9 x 9.3mm
• Surface mount or through-hole
MODEL
INPUT
VOLTAGE
OUTPUT
VOLTAGE
OUTPUT
CURRENT
EFFICIENCY
KHHD002A5B
18 - 75V
12V
2.5A
90%
KHHD006A0A
18 - 75V
5V
6A
91%
KHHD010A0F
18 - 75V
3.3V
10A
91%
KHHD004A2B
18 - 75V
12V
4.2A
90%
KHHD010A0A
18 - 75V
5V
10A
91%
KHHD015A0F
18 - 75V
3.3V
15A
91%
OUTPUT
CURRENT
EFFICIENCY
2250Vdc Isolation for PoE Applications
EHHD Hammerhead* Series
75W / 20A Max Power
• 2.28 x 0.90 x 0.30” / 57.9 x 22.8 x 7.6mm
• Surface mount or through-hole
MODEL
INPUT
VOLTAGE
OUTPUT
VOLTAGE
EHHD006A0B
18 - 75V
12V
6A
93%
EHHD015A0A
18 - 75V
5V
15A
91%
EHHD020A0F
18 - 75V
3.3V
20A
91%
2250Vdc Isolation for PoE Applications
14
Low Power Barracuda
Offering optimum efficiency, the low power modules are targeted at a broad range of communications equipment. These
modules can be used in powering distributed power and intermediate bus architectures, as well as the latest integrated circuits
or microprocessors. These isolated DC-DC converters can deliver up to 120W output power and provide a precisely regulated
output voltage over a wide range of input voltages (Vin = 36-75Vdc). Convenient packaging options, combined with open-frame
construction, enable designers to develop cost- and space-efficient solutions. Additional features include remote On/Off, remote
sense, output voltage adjustment, overcurrent/voltage protections and overtemperature protection.
APPLICATIONS
• Distributed power architectures
• Wireless networks
• Access and optical network equipment
• Microprocessor powered applications
• Enterprise networks
• Latest generation IC’s (DSP, FPGA, ASIC)
SSTW Barracuda Low Power Series
15W / 5A Max Power
MODEL
INPUT
VOLTAGE
OUTPUT
VOLTAGE
OUTPUT
CURRENT
EFFICIENCY
SSTW001A3B
48V (36 - 75V)
12V
1.3A
88%
• 1.10 x 0.96 x 0.34” / 27.94 x 24.38 x 8.5mm
SSTW003A0A
48V (36 - 75V)
5V
3A
87%
• Surface mount or through-hole
SSTW005A0F
48V (36 - 75V)
3.3V
5A
88%
2250Vdc Isolation for PoE Applications
KSTW Barracuda Low Power Series
50W / 15A Max Power
• 1.30 x 0.90 x 0.37” / 33.0 x 22.9 x 9.3mm
• Surface mount or through-hole
MODEL
INPUT
VOLTAGE
OUTPUT
VOLTAGE
OUTPUT
CURRENT
EFFICIENCY
KSTW002A5B
48V (36-75V)
12V
2.5A
90%
KSTW006A0A
48V (36-75V)
5V
6A
90%
KSTW010A0F
48V (36-75V)
3.3V
10A
90%
KSTW004A2B
48V (36-75V)
12V
4.2A
90%
KSTW010A0A
48V (36-75V)
5V
10A
91%
KSTW015A0F
48V (36-75V)
3.3V
15A
91%
2250Vdc Isolation for PoE Applications
ESTW Barracuda Low Power Series
82W / 25 Max Power
• 2.3 x .90 x 0.34” / 58.4 x 22.8 x 11.3 mm
• Surface mount or through-hole
MODEL
INPUT
VOLTAGE
OUTPUT
VOLTAGE
OUTPUT
CURRENT
EFFICIENCY
ESTW004A2C
48V (36-75V)
15V
4.2A
90%
ESTW006A0B
48V (36-75V)
12V
6A
90%
ESTW010A0A
48V (36-75V)
5V
10A
91%
ESTW015A0A
48V (36-75V)
5V
15A
91%
ESTW015A0F
48V (36-75V)
3.3V
15A
91%
ESTW025A0F
48V (36-75V)
3.3V
25A
92%
2250Vdc Isolation for PoE Applications
KBVW Barracuda Low Power Series
70W / 6A Max Power
• 1.30 x 0.90 x 0.37” / 33.0 x 22.9 x 9.3mm
• Surface mount or through-hole
15
MODEL
INPUT
VOLTAGE
OUTPUT
VOLTAGE
OUTPUT
CURRENT
EFFICIENCY
KBVW006A0B
48V (36-75V)
12V
6A
91%
2250Vdc Isolation for PoE Applications
For product details, browse our website: www.gecriticalpower.com
Low Power Series
KNW Low Power Series
66W / 20A Max Power
• 1.30 x 0.90 x 0.40” / 33.0 x 22.9 x 10.2mm
• Surface mount or through-hole
HC / HW Low Power Series
MODEL
INPUT
VOLTAGE
OUTPUT
VOLTAGE
OUTPUT
CURRENT
EFFICIENCY
KNW013A0A
KNW015A0F
48V (36-75V)
5V
13A
91%
48V (36-75V)
3.3V
15A
92%
KNW020A0F
48V (36-75V)
3.3V
20A
91%
2250Vdc Isolation for PoE Applications
MODEL
INPUT
VOLTAGE
OUTPUT
VOLTAGE
OUTPUT
CURRENT
EFFICIENCY
HC005AOA
24V (18-36V)
3.3V
5A
86%
• 1.86 x 1.16 x 0.34” / 47.2 x 29.5 x 8.5
HC004A0A
24V (18-36V)
5V
4A
88%
HW005A0F
48V (36-75V)
3.3V
5A
87%
• Surface mount or through-hole
HW004A0A
48V (36-75V)
5V
4A
89%
OUTPUT
VOLTAGE
OUTPUT
CURRENT
EFFICIENCY
33W / 12A Max Power
2250Vdc Isolation for PoE Applications
EVW Low power Series
120W / 20A Max Power
• 2.3 x 0.90 x 0.32” / 58.4 x 22.8 x 8.1 mm
• Surface mount or through-hole
MODEL
INPUT
VOLTAGE
EVW020A0A
48V (36-75V)
5V
20A
92%
EVW020A0S6R0
48V (36-75V)
6V
20A
92%
EVW010A0B
48V (36-75V)
12V
10A
93%
2250Vdc Isolation for PoE Applications
For all inquiries, please call: +1 888 546 3243 or +1 972 244 9288
16
High Power Barracuda
The high power Barracuda series of DC-DC converters is a new generation of DC-DC power modules designed to support
10.4 -12Vdc intermediate bus applications where multiple low voltages are subsequently generated using point of load (POL)
converters, as well as other application requiring a tightly regulated output voltage. The converter incorporates digital control,
synchronous rectification technology, and innovative packaging techniques to achieve higher efficiencies. This leads to lower power
dissipations such that for many applications a heat sink is not required. Standard features include on/off control, output overcurrent
and overvoltage protection, overtemperature protection, input under and overvoltage lockout.
The output is fully isolated from the input, allowing versatile polarity configurations and grounding connections. Built-in filtering for
both input and output minimizes the need for external filtering.
Barracuda* Series
1/8 Brick
MODEL
INPUT
VOLTAGE
OUTPUT
VOLTAGE
OUTPUT
CURRENT
EFFICIENCY
• Remote sense and output voltage trim
EBVW020A0B
48V (36-75V)
12V
20A
95%
• DOSA-standard quarter and eighth brick
EBVW025A0B
48V (36-75V)
12V
25A
95%
MODEL
INPUT
VOLTAGE
OUTPUT
VOLTAGE
OUTPUT
CURRENT
EFFICIENCY
QBVW025A0B
48V (36-75V)
12V
25A
96%
QBVW033A0B
48V (36-75V)
12V
33A
96%
• 1/8 Brick - 2.30 x 0.90 x 0.44” / 58.4 x 22.8 x 11.3mm
QBVE060A0S10R4
48V (46-56V)
10.4V
60A
96%
• 1/4 Brick - 2.30 x 1.45 x 0.46” / 58.4 x 36.8 x 11.7mm
QBVS050A0B
48V (52-60V)
12V
55A
96%
• High efficiency operation up to 96%
• Negative remote on/off logic
• Output overcurrent/overvoltage protection
• Overtemperature protection
• Wide operating temperature range (-40°C to °85C)
1/4 Brick
• Optional baseplate
1/8 Brick
Barracuda* Digital Series
• Conforms to new DOSA standard for
Second Generation Single Output Pin DC-DC
Converters with Digital Connections
• Fully backwards compatible with other Barracuda series
• Digital interface with PMBus
• Two user configurable pins
MODEL
INPUT
VOLTAGE
OUTPUT
VOLTAGE
OUTPUT
CURRENT
EFFICIENCY
EBDW020A0B
48V (36V-75V)
12V
20A
95%
EBDW025A0B
48V (36V-75V)
12V
25A
95%
1/4 Brick
MODEL
INPUT
VOLTAGE
OUTPUT
VOLTAGE
OUTPUT
CURRENT
EFFICIENCY
QBDW025A0B
48V (36V-75V)
12V
25A
96%
QBDW033A0B
48V (36V-75V)
12V
33A
96%
D i s t r i b u t e d - p o w e r
O p e n S t a n d a r d s A l l i a n c e
17
For product details, browse our website: www.gecriticalpower.com
Power Amplifiers
A new generation of power modules designed for maximum cost effectiveness and power density, the industry standard half-brick
series DC-DC converter is an ideal choice for high voltage and power amplifier applications.
Orca* Series JRCW/JNCW Modules
MODEL
OUTPUT
VOLTAGE
OUTPUT
CURRENT
EFFICIENCY
• 450 watts maximum power
INPUT
VOLTAGE
JRCW016A0R
48V (36-75V)
28V
16A
94%
• 36-75Vdc input/28 - 48Vdc output model
JNCW016A0R
48V (36-75V)
28V
16A
94%
JRCW450R
48V (36-75V)
32V
14A
94%
JNCW450R
48V (36-75V)
32V
14A
94%
JRCW450U
48V (36-75V)
48V
9.4A
94%
MODEL
INPUT
VOLTAGE
OUTPUT
VOLTAGE
OUTPUT
CURRENT
EFFICIENCY
• Output voltage adjustment trim, 16.8 to 32.0Vdc
JNC350R
24V (18-36V)
28V
12.5A
91%
• High efficiency operation up to 92%
JNW350R
48V (36-75V)
28V
12.5A
92%
• Output voltage adjustment trim, 16.0 to 35.2Vdc
or 28.8 - 57.6Vdc
• High efficiency operation up to 94%
• Integral metal baseplate with optional threaded inserts
• Optional Tunable Loop* for optimized output capacitance
• Operates at full power to case temperatures of 100°C
• 2.27 x 2.39 x 0.5” / 57.7 x 60.7 x 12.7mm
JNC/JNW Modules
• 350 watts maximum power
• 18-36 / 36-75Vdc input/28Vdc output model
• Integral metal baseplate with optional threaded inserts
• Optional Tunable Loop* for minimized output capacitance
• Operates at full power to case temperatures of 85°C
• 2.27 x 2.39 x 0.5” / 57.7 x 60.7 x 12.7mm
For all inquiries, please call: +1 888 546 3243 or +1 972 244 9288
18
Filter & PIM Modules
Filter Modules
The internal operation of DC-DC converters utilizes pulsed voltages and currents, which can generate broad-spectrum noise that
results in electromagnetic emissions. To ease the task of meeting International Standards that limit emissions, GE offers a range
of input filter modules with current ratings of 5A, 7A, 10A, 12A, and 20A. One properly sized filter module can be used with one or
multiple DC-DC converter modules. Our filter modules reduce the levels of conducted common-mode and differential-mode noise,
providing high insertion loss throughout the frequency range regulated by such bodies as the International Special Committee on
Radio Interference (CISPR) and the U.S. Federal Communications Commission (FCC).
All of our filter modules are rated for differential input voltages up to 75Vdc and common-mode input voltages up to 1500Vdc. For
further details on managing EMC, refer to individual DC-DC module and filter datasheets.
19
FLT007A0Z
25.4 x 25.4 x 12.2 mm
FLT012A0Z
48.3 x 25.4 x 11.7 mm
MODEL
RATED VOLTAGE
FLTR75V05Z
25.4 x 25.4 x 10.2 mm
RATED CURRENT
COMMON-MODE
INSERTION LOSS
FLTR100V10Z
51 x 28 x 12 mm
FLTR100V20Z
50.8 x 40.6 x 12.7 mm
DIFFERENTIAL-MODE
INSERTION LOSS
RESISTANCE PER LEG
(MOHMS)
FLT007A0Z
0-75V
7A max
60dB
66dB
25
FLT012A0Z
0-75V
12A max
56dB
57dB
20
FLTR75V05Z
0-75V
5A max
28dB
25dB
20
FLTR100V10Z
0-75V
10A max
36dB
44dB
14
FLTR100V20Z
0-75V
20A max
32dB
36dB
6.6
For product details, browse our website: www.gecriticalpower.com
Filter & PIM Modules
ATCA Power Input Modules (PIM)
The PIM400 series of Power Input Modules is designed to greatly simplify the task of implementing dual redundant, hot swappable
–48Vdc power distribution with EMI filtering on an ATCA or other telecom boards. The PIM400 with optional digital interface (I2C)
capability, when used with a variety of GE’s series of Bus converters (e.g. Barracuda* Series) and POLs (e.g. DLynx* Series), provides
for a simple, elegant power architecture solution for a wide variety of intelligent power architectures.
Model
Input Voltage
Current Rating
Auxiliary Output 1
Auxiliary Output 2
PIM400Z
-36 to -75 V
10A
3.3V/3.6A
5.0V/0.15A
Options
-
PIM400KZ
-36 to -75 V
10A
3.3V/3.6A
5.0V/0.15A
I C Digital Interface
2
Features:
• Digital interface options with I2C
• Delivers up to 400W of rated power
• -48V/10A Dual redundant input power distribution
• High efficiency : 98% typical
• Integral EMI filter designed for minimal external filtering
• OR’ing FETs for A&B feeds
• A&B Feed Loss or open fuse alarm
• Hot swap capability
• Inrush current protection
• Industry Standard Quarter brick size
Specifications
• Input voltage range -36 to -75V
• Management power 3.3V/3.6A & 5.0V/150mA
• Independent holdup capacitor charging voltage trimmable from 50 to 95V
• Operating temperature range : -40ºC to 85ºC
Protection features
• Reverse polarity protection
• Input undervoltage lockout
• Input transient overvoltage protection
• Overcurrent and temperature protection
For all inquiries, please call: +1 888 546 3243 or +1 972 244 9288
20
Non-Isolated
Point-of-Load
Converters
6A
Analog
12.2 x 12.2 x 6.25 mm
3.0-14.4V
0.6-5.5V
12A
Analog
12.2 x 12.2 x 6.25 mm
3.0-14.4V
0.45-5.5V
3A
Digital
12.2 x 12.2 x 6.25 mm
3.0-14.4V
0.45-5.5V
6A
Digital
12.2 x 12.2 x 6.25 mm
3.0-14.4V
0.45-5.5V
12A
Digital
12.2 x 12.2 x 6.25 mm
3.0-14.4V
0.45-5.5V
12A
Digital
20.32 x 11.43 x 3.0 mm
3.0-14.4V
0.60-5.5V
12A
Analog
20.32 x 11.43 x 3.0 mm
3.0-14.4V
0.60-5.5V
20A
Analog
20.32 x 11.43 x 8.6 mm
3.0-14.4V
0.45-5.5V
20A
Digital
20.32 x 11.43 x 8.6 mm
4.5-14.4V
0.60-2.0V
40A
Analog
33.02 x 13.46 x 10.9 mm
4.5-14.4V
0.45-2.0V
40A
Digital
33.02 x 13.46 x 10.9 mm
9.0-36.0
9.0-24V
3.0-18.0V
-3.3 to -12V
3A
Analog
20.32 x 11.43 x 8.5 mm
9.0-36.0
9.0-24V
3.0-18.0V
-3.3 to -18V
5A
Analog
20.32 x 11.43 x 8.5 mm
PicoTLynx*
3.0-14.4V
0.60-5.50V
2A
Analog
12.2 X 12.2 X 6.25 mm
MicroTLynx*
2.4-5.5V
0.60-3.63V
12A
Analog
20.32 x 11.43 x 8.5 mm
TLynx*
2.4-5.5V
0.60-3.63V
20A
Analog
33 x 13.46 x 8.5 mm
MegaTLynx*
6.0-14.0V
0.80-3.63V
30A
Analog
33 x 13.46 x 10 mm
GigaTLynx*
4.5-14.0V
0.7-2.0 V
50A
Analog
33 x 22.9 x 10 mm
3.0-14.0V
0.6-5.5V
2A
Analog
10.4 x 16.5 x 8.1 mm
4.5-14.0V
0.59-6.0V
3A
Analog
10.4 x 16.5 x 7.84 mm
4.5-14.0V
0.59-6.0V
6A
Analog
10.4 x 16.5 x 7.84 mm
4.5-14.0V
0.59-6.0V
10A
Analog
10.4 x 16.5 x 8.4 mm
4.5-13.8V
0.59-6.0V
20A
Analog
36.8 x 15.5 x 9.2 mm
5.0-13.8V
0.60-5.0V
40A
Analog
36.8 x 27.9 x 10.7 mm
5.0-14.0V
0.60-2.0V
50A
Analog
36.8 x 27.9 x 20.1 mm
5.0-13.8V
0.60-5.0V
60A
Analog
65.5 x 31.8 x 11.6 mm
SlimLynx*
Surface
Mount
MicroDLynx*
Modules
MegaDLynx*
ProLynx*
SIP
21
Naos
Raptor*
60A
0.6-5.5V
55A
3.0-14.4V
PicoDLynx*
50A
12.2 x 12.2 x 6.25 mm
45A
12.2 x 12.2 x 4.5 mm
Analog
40A
Analog
3A
35A
2A
0.6-5.5V
30A
0.6-5.5V
3.0-14.4V
25A
3.0-14.0V
DIMENSIONS
20A
COMMUNICATIONS
15A
OUTPUT
CURRENT
5A
OUTPUT
VOLTAGE
10A
INPUT
VOLTAGE
2A
Product Matrix
For product details, browse our website: www.gecriticalpower.com
Next-Generation Non-Isolated / POL
Tunable Loop* Technology
Improved footprints, transient response, and costs
The power of Tunable Loop* is a simple implementation of a resistor and capacitor in series across the point-of-load (POL) Trim and Output pins to optimize POL
modules for multiple applications of varying demands. These very small passive devices never exceed a few kΩ resistance or a few hundred nF capacitance.
The figure below illustrates the transient response of a 12A PicoDLynx* module to a 50% load step with varying external capacitance. The
maximum voltage deviation improves from 347 mV (1x47uF) to 222mV (4x47uF) but the control loop bandwidth drops from 51kHz to 24kHz,
increasing the duration of the voltage excursion. This is consistent with the reduction in control bandwidth and poorer phase margin caused by
increased capacitance.
Without Tunable Loop*: High deviation and reduced control bandwidth with increased output capacitance.
The goal of Tunable Loop* is to regain the bandwidth lost with increased capacitance. If we fix the value of RTune to 330ohms and vary CTune from
1pF to 2700pF, we regain control bandwidth back to 82KHz and achieve a 4.8x reduction in voltage deviation.
With Tunable Loop*: Substantially reduced deviation through improved control bandwidth and reduced output capacitance.
Tunable Loop* achieves lower voltage deviation with significantly reduced capacitance. As an example, the 12A PicoDLynx* model (5Vin / 1.2Vout @ 8A),
with a step load of 4A and deviation <4% (48mV) would require 3 ceramic caps + 4 electrolytic caps versus 1 ceramic cap + 1 electrolytic cap with Tunable
Loop*. This results in a $1.45 reduction in external capacitor cost and a footprint reduction of 190mm2 achieving 4X the effective current density.
Caps - No Tune
Caps - Tuned
$1.20 / 157mm2
$.60 / 45.8mm2
73% Cost Reduction
74%
Footprint Reduction
50% Cost Reduction
61% Footprint Reduction
For all inquiries, please call: +1 888 546 3243 or +1 972 244 9288
22
Tunable Loop* POL Converter Modules
D i s t r i b u t e d - p o w e r
O p e n S t a n d a r d s A l l i a n c e
DLynx* Series
The GE DLynx* offers digital control and communication in ultra-compact industry standard footprints. Multiple devices can use
industry standard PMBus communication to monitor and optimize power conversion, even during operation, making Adaptive Voltage
Scaling (AVS) a reality. A minimum of three external components are needed to implement these modules, which leads to shortened
design time. The GE DLynx* family provides some of the most compact Point of Load DC-DC converters available with outstanding
performance, control, and reliability at a cost competitive rate.
• 3 to 40A output current
• Digital communication (PMBus)
• 3 to 14.4Vdc input models
• Total Efficiency* architecture
• 0.45 to 5.5Vdc output models
• Superior thermal performance
• Dual offering – both digital & analog versions
• EZ-Sequence*
• Standards-based DOSA footprint
• Cost efficient open frame design
• Tunable Loop*
PicoDLynx*
MicroDLynx*
MegaDLynx*
MODEL
NUMBER
INPUT
VOLTAGE
OUTPUT
VOLTAGE
OUTPUT
COMMUNICATIONS
CURRENT
PNVX002
3.0-14.0V
0.6-5.5V
2A
Analog
96%
12.2 x 12.2 x 4.5 mm
PDT003
3.0-14.4V
0.45-5.5V
3A
Digital
94%
12.2 x 12.2 x 6.25 mm
12.2 x 12.2 x 6.25 mm
EFFICIENCY
DIMENSIONS
PVX003
3.0-14.4V
0.6-5.5V
3A
Analog
92%
PDT006
3.0-14.4V
0.45-5.5V
6A
Digital
94%
12.2 x 12.2 x 6.25 mm
PVX006
3.0-14.4V
0.6-5.5V
6A
Analog
94%
12.2 x 12.2 x 6.25 mm
PDT012
3.0-14.4V
0.45-5.5V
12A
Digital
96%
12.2 x 12.2 x 6.25 mm
PVX012
3.0-14.4V
0.6-5.5V
12A
Analog
95%
12.2 x 12.2 x 6.25 mm
UDT020
3.0-14.4V
0.45-5.5V
20A
Digital
96%
20.32 x 11.43 x 8.6 mm
UVT020
3.0-14.4V
0.6-5.5V
20A
Analog
96%
20.32 x 11.43 x 8.6 mm
MDT040
4.5-14.4V
0.45-2.0V
40A
Digital
91.5%
33.02 x 13.46 x 10.9 mm
MVT040
4.5-14.4V
0.6-2.0V
40A
Analog
91.5%
33.02 x 13.46 x 10.9 mm
SlimLynx* Low Profile Series
The new encapsulated SlimLynx* series is a mere 3mm high allowing engineers to utilize this power module in very tight spaces, such as
underneath the boards, in mezzanine structures, and in very small profile applications. A digital POL in an industry standard DOSA footprint,
the SlimLynx* delivers exceptionally high efficiency peaking at over 95%, which reduces energy consumption and heat dissipation.
• Ultra low height design for very dense power applications.
• High technology encapsulation for improved thermal
performance, electrical insulation, and easy manufacturing.
• Wide Input voltage range (3-14.4Vdc)
• Bottom side placement
• Wide operating temperature range [-40°C to 85°C]
• Digital interface through the PMBus protocol
• DOSA approved footprint
• Small footprint: 20.32 x 11.43 x 3mm (Max)
(0.8 in x 0.45 in x 0.118 in)
• Tunable Loop* to optimize dynamic output voltage
SlimLynx*
23
• Output voltage programmable from 0.6 to 5.5Vdc via
external resistor. Digitally adjustable down to 0.45Vdc
MODEL
NUMBER
INPUT
VOLTAGE
OUTPUT
VOLTAGE
OUTPUT
COMMUNICATIONS
CURRENT
ULDT012
3.0-14.4V
0.45-5.5V
12A
ULVT012
3.0-14.4V
0.6-5.5V
12A
EFFICIENCY
DIMENSIONS
Digital
95.5%
20.32 x 11.43 x 3 mm
Analog
95.5%
20.32 x 11.43 x 3 mm
For product details, browse our website: www.gecriticalpower.com
ProLynx* Wide Input Series
The ProLynx series offers a wide input voltage range of 9 to 36V and an extended output range of 3 to 18V. It can also generate
negative output voltages using an alternate connection scheme. These power modules simplify board design and accelerate new
product development schedules by minimizing the designer’s steps over choosing a discrete power solution. The ProLynx can be
used in a broad range of applications including automotive, industrial, medical, military, and wireless industries.
• Extra Wide Input voltage range (9 to 36Vdc)
• Patent Pending AutoLimit automatic scaling of current limit
with output voltage
• Output voltage programmable from 3 to 18Vdc
via external resistor
• Output overcurrent protection (non-latching)
• Can deliver up to 5A of output current
• Small size: 20.3 x 11.4 x 8.5 mm (0.8 in x 0.45 in x 0.335 in)
• Tunable Loop* to optimize dynamic output voltage response
• Wide operating temperature range
[-40°C to 105°C (Ruggedized: -D), 85°C (Regular)]
ProLynx*
MODEL
NUMBER
INPUT
VOLTAGE
OUTPUT
VOLTAGE
OUTPUT
CURRENT
COMMUNICATIONS
EFFICIENCY
DIMENSIONS
APXW003
9.0-36.0V
9.0-24V
3.0-18.0V
-3.3 to -12V
3A
Analog
97%
20.32 x 11.43 x 8.5 mm
APXW005
9.0-36.0V
9.0-24V
3.0-18.0V
-3.3 to -18V
5A
Analog
96%
20.32 x 11.43 x 8.5 mm
TLynx* Surface Mount Models
The GE TLynx* transformed the industry with the patented Tunable Loop* technology that dramatically reduced the total board
space requirement while continuing to improve transient performance. TLynx provides small size, proven reliability, great thermal
performance, and cost effectiveness. Only three external components are needed to complete a design thereby reducing design time
and increasing reliability. GE TLynx* family provides a high performance Point of Load solution with a minimum of risk, time and cost.
PicoTLynx*
MODEL
NUMBER
INPUT
VOLTAGE
OUTPUT
VOLTAGE
OUTPUT
CURRENT
EFFICIENCY
DIMENSIONS
APXS002
3.0-14V
0.6-5.5V
2A
96%
12.2 x 12.2 x 6.25 mm
APXK004
8.0-16V
0.6-8.0V
4A
96%
12.2 x 12.2 x 6.25 mm
APTS030
6.0-14.0V
0.80-3.63V
30A
96%
33 x 13.46 x 10 mm
APTS050
4.5-14.0V
0.70-2.0 V
50A
95%
33 x 22.9 x 10 mm
MegaTLynx*
GigaTLynx*
Naos Raptor* Single In Line Package (SIP)
The GE Naos Raptor* family offers the high performance features of Tunable Loop*, excellent thermal performance,
and proven GE reliability in a SIP package, which requires a minimum of board space.
Naos
Raptor*
MODEL
NUMBER
INPUT
VOLTAGE
OUTPUT
VOLTAGE
OUTPUT
CURRENT
EFFICIENCY
DIMENSIONS
NQR002
3.0–14.0V
0.6-5.5V
2A
93%
10.4 x 16.5 x 8.1 mm
NSR003
4.5–14.0V
0.59-6.0V
3A
93%
10.4 x 16.5 x 7.84 mm
NSR006
4.5–14V
0.59-6.0V
6A
92%
10.4 x 16.5 x 7.84 mm
NQR010
4.5-14.0V
0.59-6.0V
10A
97%
10.4 x 16.5 x 8.4 mm
NSR020
4.5-13.8 V
0.59-6.0V
20A
97%
36.8 x 15.5 x 9.2 mm
NSR040
5.0-13.8V
0.60-5.0V
40A
95%
36.8 x 27.9 x 10.7 mm
NSR050
5.0-14.0V
0.60-2.0V
50A
93%
36.8 x 27.9 x 20.1 mm
NSR060
5.0-13.8V
0.60-5.0V
60A
95%
65.5 x 31.8 x 11.6 mm
For all inquiries, please call: +1 888 546 3243 or +1 972 244 9288
24
Digital Power Solutions
Digital Converters
Barracuda*
GE’s Critical Power business digitally controlled DC-DC power
converters provide power engineers with a broad suite of
information and tools to innovate their designs. Digital models
offer more flexibility, often require less real estate, and deliver
higher performance at an attractive price. The true power of
digital communication becomes apparent when measurements
and adjustments can be made instantaneously.
The cost-effective, high-efficiency Barracuda* series delivers
digital power communication and control in a quarter-brick and
eighth-brick DOSA standard footprint. Power design engineers
can deploy the new Barracuda* modules in existing power
designs as DOSA-compliant, drop-in upgrades for unregulated
and semi-regulated bus converters. As part of the Total
Efficiency* architecture, the new Barracuda* modules deliver
peak efficiency of up to 96 percent.
Digital modules provide the ability to diagnose and refine
designs prior to final production, monitor and adjust running
product and deliver exceptional thermal de-rating. Digital
solutions combine voltage range accuracy while consuming
less board space at competitive costs.
The non-isolated DLynx* family and the isolated Barracuda*
family offer both an industry-standard DOSA footprint to ensure
hardware compatibility and a standard PMBus interface to
ensure software compatibility to minimize risk for future designs.
DLynx*
The DLynx* portfolio is available in 3A, 6A, 12A, and 20A digital
and analog versions in addition to a 40A module. The DC-DC
POL converters efficiently power circuit board electronics such
as processors, memory, application specific integrated circuits
(ASICs), field programmable gate arrays (FPGAs) and other
silicon devices. The standards-based DOSA footprints and
analog/digital compatibility with existing circuit board designs
shrinks the size, lowers the cost and improves the performance
of DC-DC converter modules.
A new digital PMBus interface supports a wide range of
commands to both control and monitor the Barracuda*
modules with a full range of protections and warnings, digital
on/off, trim, margin, power good, rise time adjustment, and
input under voltage lockout.
SlimLynx*
The SlimLynx* 12A is the first offering within a new series
of encapsulated, digital and analog, non-isolated, DC-DC
converters from GE’s Critical Power business. The ultra-slim
3mm module provides industry-leading power density to
reduce heat dissipation inside industrial, networking and
telecommunication devices, while also delivering exceptionally
high energy efficiency, peaking at over 95 percent. See www.
slimlynx.com for more information.
An industry-standard PMBus interface and space-saving Tunable
Loop* technology deliver leading current density. With proven
tools to simplify design, DLynx* modules can be implemented
with only three external components. Adaptive voltage scaling
(AVS) leverages silicon performance to reduce power consumption
through tight digital control (±0.4 percent) of the output voltage
and a ±1 percent controller set point reference.
25
For product details, browse our website: www.gecriticalpower.com
Digital Power Solutions
Digital Evaluation Kits
Digital Power Insight Kit
SlimLynx Evaluation Kit
The GE’s Critical Power business Digital Power Insight* (DPI) kit and SlimLynx* Evaluation kit provide provide an easy to use digital
evaluation set and GUI that give power engineers a user interface that delivers control flexibility over their digital power converters. The
software features continuous monitoring (polling) of input voltage, output voltage and current, as well as module status. Status changes
are automatically time stamped and logged by the software and are easily exported. A Command Line Interface (CLI) is available for a
more in-depth analysis of the transmitted data across the I2C bus. The CLI is a useful tool for creating and executing user-defined routines
and scripts, in addition to logging of data for future review or plotting. The software enables engineers to create custom configuration files
and to fine-tune and optimize a variety of parameters to ensure the highest levels of performance and efficiency.
Design is simplified with GE’s Critical Power business design tools like the ProGUI, a graphical user interface package. During
development, measurement of different power related parameter’s configurations allows the developer to optimize the design with a
level of granularity and ease previously unavailable. See www.digitalpowerinsight.com for more information.
Digital DC-DC Efficiency Impact
Digital communication allows system architects to adjust critical system parameters to optimize overall efficiency and minimize
power dissipation. The data collected may also be employed to improve reliability and total cost of ownership (TCO).
n=
Pout
Pin
=
Pin - Pdiss
Pin
Definition of System Efficiency
n = Performance
Pin
Module efficiency alone is not the most significant variable. System efficiency is the real target for optimization. Performance may be
TPC benchmarks, GFLOPs, etc.
For all inquiries, please call: +1 888 546 3243 or +1 972 244 9288
26
Custom Capabilities
GE Global Research (GRC)
Talent
GE Global Research is one of the world’s most diversified
industrial research labs, providing innovative technology for all
of GE’s businesses. Global Research has been the cornerstone
of GE technology for more than 100 years, developing
breakthrough innovations in areas such as medical imaging,
energy generation technology, jet engines and lighting. GE
Global Research is headquartered in Niskayuna, New York and
has three other multidisciplinary facilities in Bangalore, India,
Shanghai, China and Munich, Germany.
GE’s Critical Power business retains independent Research
& Development and Custom Product Development teams
to ensure both continued development of next generation
technology road maps as well as custom / modified designs.
We are self-certified to support major safety agencies, further
reducing product development schedules.
We employ 2,800 researchers all searching to uncover the next
technological breakthroughs that will change the landscape
for the GE businesses. Our diverse set of technology expertise
ranges from electronics to chemistry, biosciences to computing,
metallurgy to fluid mechanics, materials to imaging– and
everything in between.
Our Customer Focus
GE’s Critical Power business maintains a broad range of
standard technologies that are the ideal building blocks to solve
your application’s power requirements. Many of our customers
want us to re-package our technologies to develop an optimal
solution that maximizes performance while reducing their total
cost of ownership. We quickly and cost effectively employ our
leading-edge technologies to deliver custom products that best
fit our customer’s unique power requirements—reducing their
risk and time to market by utilizing proven technologies.
27
Our regional Field Application Engineers (FAEs) work closely with
our customers to rapidly produce clean engineering prototypes,
and, along with our design teams, provide ongoing sales and
technical support throughout the life of each application. Our
closed-loop engineering processes ensure continued process
improvements and new technology trends are implemented
into our future designs.
Research & Design
GE’s Critical Power business maintains strategic alliances
with key suppliers and global industry leaders to help define
future technology direction and objectives. Our alliances
allow us greater utilization of next generation technologies
and topologies that we deploy into our custom power designs
to drive leading power densities and efficiencies for our
customers.
For product details, browse our website: www.gecriticalpower.com
Custom Capabilities
Product Development
Once a solution is proven at the prototype level, our product
development teams execute a full development process
finalizing the design and implementing improvements to the
fabricated parts (such as PCBs, sheet metal, and magnetics),
confirming the bill of materials, defining the quality assurance
metrics, performing design verification tests, performing
reliability tests (HALT / STRIFE), and testing for certification and
EMI / safety qualification.
Manufacturing & Quality Control
Our global operations and standardized processes enable us to
build product at any of our global facilities utilizing consistent
processes, equipment, training, and quality standards ensuring
our customers receive exceptional product regardless of the
country of design or manufacture. Our consistent approach
ensures product quality, faster prototypes, and a reliable
disaster recovery program.
Facilities
Our manufacturing strategy is to use the best of both internal
and third party manufacturing, allowing us the flexibility to
best fit each application’s requirements. Our manufacturing
processes, quality systems, data collection, and documentation
are standardized across all facilities ensuring a smooth
transition among locations to accommodate optimal
For all inquiries, please call: +1 888 546 3243 or +1 972 244 9288
capacity utilization and/or proximity of supply close to our
end customer’s manufacturing location. Employing a global
procurement strategy further underscores our commitment to
our customers. Managing a common AVL across all divisions
allows us to leverage our cost structure with our supplier base,
which contributes to competitive products with cost savings for
our customers.
Quality / Reliability
Our Global Total Quality Management System ensures
consistent measurement and collection of SPC data and
deployment of controls of operation. Starting with the design
and development phase, we apply stringent derating criteria
of components and expose our designs to STRIFE and HALT
testing. Our focus on reliability continues into production by
using HASS screening and elevated temperature testing. Finally,
we monitor the process using CPK and statistical analysis
tools, forming a closed-loop process. All of our facilities are ISO
9001:2000 and ISO14001 Certified with many of our Quality
Managers holding Green and Black Belt Six Sigma ratings.
As a leading power provider, we offer our customers low-risk,
leading-edge technology and consistent, high-quality product
produced around the world and backed up by responsive
local support.
28
Engineering
Resources
& Tools
29
POL Voltage Setting & Tolerance Tool
Tunable Loop* Selection Tool
Helps designers set the output voltage of POL modules
including trim resistor values; worst case static variation in
the output voltage for a trim resistor; calculating the values of
margining resistors; and selecting the external series resistor
to program the output voltage to desired nominal, low and
high values. Supports all Austin Lynx*, Lynx II*, TLynx*, DLynx*
and NSR/NQR series of POL modules.
The Tunable Loop* helps designers select output capacitors,
and values of CTUNE and RTUNE for Tunable Loop* POLs for
optimized performance and reduced output capacitance.
Supports the TLynx*, DLynx* and NSR/NQR series of
POL modules.
For product details, browse our website: www.gecriticalpower.com
On-Line Power Module Selector
Power Module Wizard
Helps select the best modules to meet your board-level
powering requirements. Simply enter your input voltage
range, output voltage and current needs and board
constraints (maximum allowed temperature, minimum airflow
and height). With this basic information, the selector provides
a list of possible solutions with side-by-side comparisons and
the ability to sort by size, efficiency and cost.
For applications where multiple rails on a board need to be
powered, the Power Module Wizard can evaluate different
on-board powering architectures and provide a comparison
of different approaches. By providing the relative efficiency,
cost and board size needed by combinations of modules,
including isolated and non-isolated, the user can quickly
make the choice that best matches their needs
Evaluation Boards
ProGUI
Evaluation boards enable designers to evaluate the
performance of our converters, either stand-alone or with
our POL modules and optional input filters. Features such as
on/off control, output voltage trim, and remote sense can be
tested as well as external filtering components on both the
input and output side.
The new ProGUI enhances the capability of the Digital
Power Insight* software suite with a powerful tool capable
of communicating with up to 64 modules on the PMBus.
Features include configuring modules, logging and plotting
data obtained from the modules, and saving data for
further analysis and documentation. The ProGUI, along with
the previously available GUI and Command Line Interface
(CLI) software tools, provide the user with a wide range of
capabilities to communicate with digital modules during the
design phase as well as with production boards. Products
supported by these tools include the DLynx* POL modules
(PDT 3A/6A/12A, UDT 20A and MDT 40A) as well as the
Barracuda* DC-DC isolated converters (QBDW and EBDW
series) and the SlimLynx* series.
Digital Power Insight* Tools
Digital Power Insight* software tools provide power
engineers the flexibility to configure and reconfigure voltages,
thresholds, warnings and settings for digital power modules
using standards-based PMBus over I2C communications.
For more information on our tools, go to
www.gecriticalpower.com
For all inquiries, please call: +1 888 546 3243 or +1 972 244 9288
30
POL/Non-Isolated
IOUT \ VOUT
18V
8V
6V
5.5V
60A
2V
0.7V
0.6V
0.45V
NSR050
MDT040†
MVT040
ER
W
PO
40A
3V
APTS050
NG
SI
EA
CR
IN
50A
5V
NSR060
NSR040
UDT020†
20A
UVT020
ULDT012†
ULVT012
12A
PDT012†
PVX012
10A
NQR010
PDT006†
6A
5A
PVX006
APXW005
4A
APXK004
APXW003
3A
PDT003†
PVX003
APXS002
2A
PNVX002
NQR002
†
31
ProLynx (9-36Vin)
First Letter
Package
AP
varies
P
Pico (12x12mm)
P
Micro (20x11mm)
SlimLynx (3-14.4Vin)
P
Mega (33x13mm)
TLynx (Vin varies)
P
SIP, varies
DLynx (3-14.4Vin)
Naos Raptor (SIP, Vin varies)
PMBus Digital
For product details, browse our website: www.gecriticalpower.com
Isolated
IOUT \ VOUT
48V
32V
28V
15V
12V
10.4V
5V
3.3V
78A
60A
55A
QBVE060A0S10R4
QBVS050A0B
ER
W
PO
50A
NG
SI
EA
CR
IN
68A
36A
33A
QBDW033A0B
FNW700R
25A
QBDW025A0B
EBDW025A0B
ESTW025A0F
EBDW020A0B
EHHD020A0F
24A
20A
19A
17A
JRCK017A0S32R
16A
JRCW450R
JRCW016A0R
15A
EHHD015A0A
KHHD015A0F
ESTW015A0A
KSTW015A0F
ESTW015A0F
10A
KHHD010A0A
KHHD010A0F
KSTW010A0A
KSTW010A0F
ESTW010A0A
9.4A
JRCW450U
6.0A
EHHD006A0B
KHHD006A0A
ESTW006A0B
KSTW006A0A
KBVW006A0B
SHHD005A0F
5.0A
SSTW005A0F
4.7A
4.2A
KHHD004A2B
ESTW004A2C
KSTW004A2B
SHHD003A0A
3.0A
2.5A
1.3A
SSTW003A0A
KHHD002A5B
KSTW002A5B
SHHD001A3B
SSTW001A3B
0.3A
HAMMERHEAD (18-75Vin)
BARRACUDA LOW (36-75Vin)
BARRACUDA HIGH (Vin varies)
ORCA (36-75Vin)
For all inquiries, please call: +1 888 546 3243 or +1 972 244 9288
32
Standard AC-DC
IOUT \ VOUT
54V
52V
48V
32V
28V
24V
12V
CAR2512TE
208A
CAR2512FP
NG
SI
EA
CR
IN
166A
CAR2012TE
CAR1812FP
ER
W
PO
150A
CAR2512DC
133A
CAR1612FP
CAR1212FP
100A
CAR1212DC
83.3A
CAR2024FP
CAR0812FP
70.8A
CAR0812DC
60A
EP3000AC48
52A
CAR2548TN
50A
CP2725AC54TEZ/P
CP2725AC48TEZ-FB
CP2500AC54TEZ
45A
CP2500DC54PEZ
41.6A
40A
CCR0512FP
CP2000AC54TEZ/P
CP2000DC54PEZ
30A
EP1600UTEZ
CAR1248FP
25A
20A
CAR1248TN
EP1000UTEZ
EP0500V
CLP0212 5V Aux
16A
10A
6.0A
CLP0212 3V Aux
EP0500U
EP0300AC48
EP Rectifier (AC in)
CP Rectifier (AC in)
CAR Rectifier (AC in)
CLP0212 (2x4 AC in)
CP Converter (DC in)
CAR Converter (DC in)
CCR (1/2 U)
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For product details, browse our website: www.gecriticalpower.com
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For all inquiries, please call: +1 888 546 3243 or +1 972 244 9288
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36
601 Shiloh Road, Plano, TX USA 75074
Toll-Free: +1 888 546 3243
or +1 972 244 9288
www.gecriticalpower.com
@2013 General Electric Company. *MARK is a trademark of GE Power Electronics, Inc. The GE Monogram, imagination at work, and all other trademarks, registered trademarks and service marks, unless
otherwise noted, are owned or licensed by the General Electric Company or its subsidiaries. The contents of this document are the property of General Electric Company. No part of this work may be reproduced
or transmitted in any form or by any means, except as permitted in written license agreement with General Electric Company. The information contained in this document is subject to change without notice.
© 2013 GE Power Electronics, Inc. (Plano, TX) All International Rights Reserved.
GE Power Electronics, Inc. products are protected under various patents. Information on these patents is available at http://gecriticalpowerpatents.com/
08/13
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