2008
`MURATA PRODUCTS
`POWER SUPPLY REFERENCE
`GUIDE FOR FPGAs
`CATALOG NO. DC-03-A
`
`®
`
`Please visit our website
`www.murata.com
`
`Petitioners
`Ex. 1043, p. Cover
`
`

`

`POWER SUPPLY REFERENCE GUIDE FOR ALTERA® FPGAs
`
`Murata offers an extensive selection
`of DC–DC Converters, both isolated
`and non-isolated. This reference guide
`provides access to recommended
`non-isolated power solutions specifically
`for Altera FPGA devices that lead the
`industry in miniaturization, efficiencies,
`and versatility. Each power solution
`represented here includes reference to
`the appropriate Altera FPGA family,
`Murata DC–DC Converter part numbers
`(and their features) and a suggested
`functional drawing.
`
`For additional information on any of
`Murata’s DC–DC Converter solutions,
`please visit www.murata.com/power,
`or contact your local Murata sales
`representative. (Visit “Contact Us” at
`www.murata-northamerica.com for
`representative locations.)
`
` TABLE OF CONTENTS
`
` Page
`
`DC Voltage Specification Summary
`of Altera FPGAs .................................................................. 1
`
`DC–DC Converter Selection Tables .............................. 2 - 6
`
`Reference Designs List ....................................................... 7
`
`Cyclone™ III Solutions ................................................ 8 - 12
`
`Cyclone™ II Solutions ............................................... 13 - 17
`
`Stratix™ III Solutions ................................................. 18 - 22
`
`Stratix™ II Solutions .................................................. 23 - 27
`
`Stratix™ II GX Solutions ............................................ 28 - 32
`
`Stratix™ GX Solutions ............................................... 33 - 37
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`Feb. 2008
`
`Petitioners
`Ex. 1043, p. TOC
`
`

`

`DC Voltage Specification Summary
`of Altera FPGAs
`
`This table shows the DC voltage for powering each input power rail of Altera FPGAs.
`To estimate current requirement for each individual application, please refer to the Altera Power Estimators,
`available at www.altera.com.
`
`VCCINT
`
`VCCiO
`
`VCCPD
`
`VCCA
`
`VCCD
`
`VCCP
`
`VCCR
`
`Cyclone™III
`
`Cyclone™II
`
`Stratix® III
`
`Stratix® II
`
`Stratix®ll GX
`
`Stratix® GX
`
`1.2V
`
`1.2V
`
`0.9V/1.1V
`(VCCL)
`
`1.2V
`
`1.2V
`
`1.5V
`
`1.2V-3.3V
`
`1.5V-3.3V
`
`1.2V-3.3V
`
`1.2V-3.3V
`
`1.2V-3.3V
`
`1.5V-3.3V
`
`(cid:14809)
`
`2.5V
`
`1.2V
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`2.5V-3.3V
`
`2.5V
`
`1.1V
`
`(cid:14809)
`
`(cid:14809)
`
`3.3V
`
`1.2V
`
`1.2V
`
`(cid:14809)
`
`(cid:14809)
`
`3.3V
`
`3.3V
`
`(cid:14809)
`
`1.2V
`
`1.2V
`
`(cid:14809)
`
`3.3V
`
`(cid:14809)
`
`1.5V
`
`1.5V
`
`1.5V
`
`VCCT
`
`VCCG
`
`VCCL
`
`VCCH
`
`VCCPT
`
`VCCPGM
`
`VCC_CLKIN
`
`VCCBAT
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`2.5V
`
`1.8V-3.3V
`
`2.5V
`
`2.5V
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`1.2V
`
`(cid:14809)
`
`1.2V
`
`1.2V / 1.5V
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`1.5V
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`(cid:14809)
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`Feb. 2008
`
`1
`
`Petitioners
`Ex. 1043, p. 1
`
`

`

`DC–DC Converter
`Selection Tables
`
`Selection Table for Cyclone™ III FPGAs
`Table 1. Cyclone™ lIl Device Selection Table
`Altera
`
`Device
`
`Type
`
`Voltage
`
`Current
`
`muRata Solutions (Vout/Iout)
`Vin=3.3V or 5V
`Vin=12V
`
`EP3C5
`EP3C10
`EP3C16
`EP3C25
`EP3C40
`EP3C55
`EP3C80
`EP3C120
`
` VCCINT
`
`1.2V
`
` VCCIO
`
`1.5V-3.3V
`
` VCCA
`
`2.5V
`
` VCCD
`
`1.2V
`
`To determine
`current
`consumption,
`please use
`Altera's PowerPlay
`Power Estimation
`Tools, available at
`http://www.altera.
`com/support/
`devices/estimator/
`pow-powerplay/jsp.
`
`MPD4S014S (Vo1=1-3.3V/1.3A,
`Vo2=1 8-3.6V/1A,Vo3=2.5V/0.3A)
`MPD5S025S (Vo1=1-3.3V/1.6A,
`Vo2=1 8-3.6V/1.6A,Vo3=2 5V/0.3A)
`MPD6S022S(1.1-3.6V/3A)
`MPDTY102S(0.8-5V/2A)
`MPDTY201S(0.8-2.5V/3A)
`MPDTY301S(0.8-3.3V/7A)
`MPDTY302S(0.8-2.5V/7A)
`MPDTY411S(0.8-3.6V/7A)
`MPDTY412S(0.8-2.5V/7A)
`MPDTH03050WAS(0.8-2.5V/6A)
`MPDTH05050WAS(0.8-3.6V/6A)
`
`MPD4S014S (Vo1=1-3.3V/1.3A,
`Vo2=1.8-3.6V/1A,Vo3=2.5V/0.3A)
`MPDTY303S(0.8-5.5V/8A)
`MPDTH12050WAS(1.2-5.5V/6A)
`
`Selection Table for Cyclone™ ll FPGAs
`
`Table 2. Cyclone™ ll Device Selection Table
`Altera
`
`Device
`
`Type
`
`Voltage
`
`Current
`
`muRata Solutions (Vout/Iout)
`Vin=3.3V or 5V
`Vin=12V
`
`EP2C5
`EP2C8
`EP2C15
`EP2C20
`EP2C35
`EP2C50
`EP2C70
`
` VCCINT
`
`1.2V
`
` VCCIO
`
`1.5V-3.3V
`
`To determine
`current
`consumption,
`please use
`Altera's PowerPlay
`Power Estimation
`Tools, available at
`http://www.altera.
`com/support/
`devices/estimator/
`pow-powerplay/jsp.
`
`MPD4S014S (Vo1=1-3.3V/1.3A,
`Vo2=1 8-3.6V/1A,Vo3=2.5V/0.3A)
`MPD5S025S (Vo1=1-3.3V/1.6A,
`Vo2=1 8-3.6V/1.6A,Vo3=2 5V/0.3A)
`MPD6S022S(1.1-3.6V/3A)
`MPDTY102S(0.8-5V/2A)
`MPDTY201S(0.8-2.5V/3A)
`MPDTY301S(0.8-3.3V/7A)
`MPDTY302S(0.8-2.5V/7A)
`MPDTY411S(0.8-3.6V/7A)
`MPDTY412S(0.8-2.5V/7A)
`MPDTH03050WAS(0.8-2.5V/6A)
`MPDTH05050WAS(0.8-3.6V/6A)
`
`MPD4S014S (Vo1=1-3.3V/1.3A,
`Vo2=1.8-3.6V/1A,Vo3=2.5V/0.3A)
`MPDTY303S(0.8-5.5V/8A)
`MPDTH12050WAS(1.2-5.5V/6A)
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`2
`
`Feb. 2008
`
`Petitioners
`Ex. 1043, p. 2
`
`

`

`DC–DC Converter
`Selection Tables
`
`Selection Table for Stratix® Ill FPGAs
`Table 3. Stratix ® llI Device Selection Table
`Altera
`
`Device
`
`Type
`
`Voltage
`
`Current
`
` VCCL
`(VCCINT)
`
`0.9V/1.1V
`
`muRata Solutions (Vout/Iout)
`Vin=3.3V or 5V
`Vin=12V
`MPD6S022S(1.1-3.6V/3A)
`MPDTY201S(0.8-2.5V/3A)
`MPDTY301S(0.8-3.3V/7A)
`MPDTY302S(0.8-2.5V/7A)
`MPDTY311S(0.8-3.3V/16A)
`MPDTY312S(0.8-2.5V/16A)
`MPDTY402S(0.75-5.5V/16A)
`MPDTY411S(0.8-3.6V/7A)
`MPDTY412S(0.8-2.5V/7A)
`MPDTH03050WAS(0.8-2.5V/6A)
`MPDTH05050WAS(0.8-3.6V/6A)
`MPDTH03060WAS(0.8-2.5V/10A)
`MPDTH05060WAS(0.8-3.6V/10A)
`MPDTH03010WAS(0.8-2.5V/15A)
`MPDTH05010WAS(0.8-3.6V/15A)
`MPDTH03020WAS(0.8-2.5V/22A)
`MPDTH05020WAS(0.8-3.6V/22A)
`
`MPDTY303S(0.8-5.5V/8A)
`MPDTH12050WAS(1.2-5.5V/6A)
`MPDTH12060WAS(1.2-5.5V/10A)
`MPDTH12010WAS(1.2-5.5V/12A)
`MPDTH12020WAS(1.2-5.5V/18A)
`
`with Large
`Load Transient
`Current
`
`0.9V/1.1V
`
`EP3SL50
`EP3SL70
`EP3SL110
`EP3SL150
`EP3SL200
`EP3SL340
`EP3SE50
`EP3SE80
`EP3SE110
`EP3SE260
`
`To determine
`current
`consumption,
`please use
`Altera's PowerPlay
`Power Estimation
`Tools, which is
`available at
`http://www.altera.
`com/support/
`devices/es imator/
`pow-powerplay/jsp.
`
` VCCIO
`
`1.2V-3.3V
`
`MPDRX002S(0.8-1.8V/16A)
`MPDRX312S(0.8-1.8V/16A)
`
`MPD6S022S(1.1-3.6V/3A)
`MPDTY201S(0.8-2.5V/3A)
`MPDTY301S(0.8-3.3V/7A)
`MPDTY302S(0.8-2.5V/7A)
`MPDTY311S(0.8-3.3V/16A)
`MPDTY312S(0.8-2.5V/16A)
`MPDTY402S(0.8-5.5V/16A)
`MPDTY411S(0.8-3.6V/7A)
`MPDTY412S(0.8-2.5V/7A)
`MPDTH03050WAS(0.8-2.5V/6A)
`MPDTH05050WAS(0.8-3.6V/6A)
`MPDTH03060WAS(0.8-2.5V/10A)
`MPDTH05060WAS(0.8-3.6V/10A)
`MPDTH03010WAS(0.8-2.5V/15A)
`MPDTH05010WAS(0.8-3.6V/15A)
`MPDTH03020WAS(0.8-2.5V/22A)
`MPDTH05020WAS(0.8-3.6V/22A)
`
`with Large
`Load Transient
`Current
`
`1.2V-3.3V
`
`MPDRX002S(0.8-1.8V/16A)
`MPDRX312S(0.8-1.8V/16A)
`
`MPDRX004S(0.8-1.8V/12A)
`MPDRX103S(0.8-1.8V/16A)
`MPDRX104S(1.5-3.3V/12A)
`MPDRX301S(0.8-1.65V/13A)
`MPDRX302S(1.6-3.63V/13A)
`MPDRX303S(0.8-1.65V/26A)
`MPDRX304S(1.6-3.63V/26A)
`
`MPDTY303S(0.8-5.5V/8A)
`MPDTH12050WAS(1.2-5.5V/6A)
`MPDTH12060WAS(1.2-5.5V/10A)
`MPDTH12010WAS(1.2-5.5V/12A)
`MPDTH12020WAS(1.2-5.5V/18A)
`
`MPDRX004S(0.8-1.8V/12A)
`MPDRX103S(0.8-1.8V/16A)
`MPDRX104S(1.5-3.3V/12A)
`MPDRX301S(0.8-1.65V/13A)
`MPDRX302S(1.6-3.63V/13A)
`MPDRX303S(0.8-1.65V/26A)
`MPDRX304S(1.6-3.63V/26A)
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`Feb. 2008
`
`3
`
`Petitioners
`Ex. 1043, p. 3
`
`

`

`Selection Table for Stratix® II FPGAs
`Table 4. Stratix ® ll Device Selection Table
`A ltera
`
`muRata Solutions (Vout/Iout)
`Vin=3.3V or 5V
`Vin=12V
`
`DC–DC Converter
`Selection Tables
`
`Device
`
`Type
`
`Voltage
`
`Current
`
` VCC NT
`
`1.2V
`
`with Large
`Load Transient
`Current
`
`1.2V
`
`EP2S15
`EP2S30
`EP2S60
`EP2S90
`EP2S130
`EP2S180
`
`To determine
`current
`consumption,
`please use
`Altera's PowerPlay
`Power Es imation
`Tools, available at
`http://www.altera.
`com/support/
`devices/estimator/
`pow-powerplay/jsp.
`
` VCCIO
`
`1.2V-3.3V
`
`MPD6S022S(1.1-3.6V/3A)
`MPDTY201S(0.8-2.5V/3A)
`MPDTY301S(0.8-3.3V/7A)
`MPDTY302S(0.8-2.5V/7A)
`MPDTY311S(0.8-3.3V/16A)
`MPDTY312S(0.8-2.5V/16A)
`MPDTY402S(0.75-5.5V/16A)
`MPDTY411S(0.8-3.6V/7A)
`MPDTY412S(0.8-2.5V/7A)
`MPDTH03050WAS(0.8-2.5V/6A)
`MPDTH05050WAS(0.8-3.6V/6A)
`MPDTH03060WAS(0.8-2.5V/10A)
`MPDTH05060WAS(0.8-3.6V/10A)
`MPDTH03010WAS(0.8-2.5V/15A)
`MPDTH05010WAS(0.8-3.6V/15A)
`MPDTH03020WAS(0.8-2.5V/22A)
`MPDTH05020WAS(0.8-3.6V/22A)
`
`MPDRX002S(0.8-1.8V/16A)
`MPDRX312S(0.8-1.8V/16A)
`
`MPD6S022S(1.1-3.6V/3A)
`MPDTy201S(0.8-2.5V/3A)
`MPDTY301S(0.8-3.3V/7A)
`MPDTY302S(0.8-2.5V/7A)
`MPDTY311S(0.8-3.3V/16A)
`MPDTY312S(0.8-2.5V/16A)
`MPDTY402S(0.75-5.5V/16A)
`MPDTY411S(0.8-3.6V/7A)
`MPDTY412S(0.8-2.5V/7A)
`MPDTH03050WAS(0.8-2.5V/6A)
`MPDTH05050WAS(0.8-3.6V/6A)
`MPDTH03060WAS(0.8-2.5V/10A)
`MPDTH05060WAS(0.8-3.6V/10A)
`MPDTH03010WAS(0.8-2.5V/15A)
`MPDTH05010WAS(0.8-3.6V/15A)
`MPDTH03020WAS(0.8-2.5V/22A)
`MPDTH05020WAS(0.8-3.6V/22A)
`
`MPDTY303S(0.8-5.5V/8A)
`MPDTH12050WAS(1.2-5.5V/6A)
`MPDTH12060WAS(1.2-5.5V/10A)
`MPDTH12010WAS(1.2-5.5V/12A)
`MPDTH12020WAS(1.2-5.5V/18A)
`
`MPDRX004S(0.8-1.8V/12A)
`MPDRX103S(0.8-1.8V/16A)
`MPDRX104S(1.5-3.3V/12A)
`MPDRX301S(0.8-1.65V/13A)
`MPDRX302S(1.6-3.63V/13A)
`MPDRX303S(0.8-1.65V/26A)
`MPDRX304S(1.6-3.63V/26A)
`
`MPDTY303S(0.8-5.5V/8A)
`MPDTH12050WAS(1.2-5.5V/6A)
`MPDTH12060WAS(1.2-5.5V/10A)
`MPDTH12010WAS(1.2-5.5V/12A)
`MPDTH12020WAS(1.2-5.5V/18A)
`
`MPDRX004S(0.8-1.8V/12A)
`MPDRX103S(0.8-1.8V/16A)
`MPDRX104S(1.5-3.3V/12A)
`MPDRX301S(0.8-1.65V/13A)
`MPDRX302S(1.6-3.63V/13A)
`MPDRX303S(0.8-1.65V/26A)
`MPDRX304S(1.6-3.63V/26A)
`
`with Large
`Load Transient
`Current
`
`1.2V-3.3V
`
`MPDRX002S(0.8-1.8V/16A)
`MPDRX312S(0.8-1.8V/16A)
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`4
`
`Feb. 2008
`
`Petitioners
`Ex. 1043, p. 4
`
`

`

`Selection Table for Stratix® ll GX FPGAs
`Table 5. Stratix ® ll GX Device Selection Table
`Altera
`
`muRata Solutions (Vout/Iout)
`Vin=3.3V or 5V
`Vin=12V
`
`DC–DC Converter
`Selection Tables
`
`Device
`
`Type
`
`Voltage
`
`Current
`
` VCCINT
`
`1.2V
`
`with Large
`Load Transient
`Current
`
`1.2V
`
`EP2SGX30C
`EP2SGX30D
`EP2SGX60C
`EP2SGX60D
`EP2SGX60E
`EP2SGX90E
`EP2SGX90F
`EP2SGX130G
`
`To determine
`current
`consumption,
`please use
`Altera's PowerPlay
`Power Es imation
`Tools, available at
`http://www.altera.
`com/support/
`devices/estimator/
`pow-powerplay/jsp.
`
` VCCIO
`
`1.2V-3.3V
`
`MPD6S022S(1.1-3.6V/3A)
`MPDTY201S(0.8-2.5V/3A)
`MPDTY301S(0.8-3.3V/7A)
`MPDTY302S(0.8-2.5V/7A)
`MPDTY311S(0.8-3.3V/16A)
`MPDTY312S(0.8-2.5V/16A)
`MPDTY402S(0.75-5.5V/16A)
`MPDTY411S(0.8-3.6V/7A)
`MPDTY412S(0.8-2.5V/7A)
`MPDTH03050WAS(0.8-2.5V/6A)
`MPDTH05050WAS(0.8-3.6V/6A)
`MPDTH03060WAS(0.8-2.5V/10A)
`MPDTH05060WAS(0.8-3.6V/10A)
`MPDTH03010WAS(0.8-2.5V/15A)
`MPDTH05010WAS(0.8-3.6V/15A)
`MPDTH03020WAS(0.8-2.5V/22A)
`MPDTH05020WAS(0.8-3.6V/22A)
`
`MPDRX002S(0.8-1.8V/16A)
`MPDRX312S(0.8-1.8V/16A)
`
`MPD6S022S(1.1-3.6V/3A)
`MPDTY201S(0.8-2.5V/3A)
`MPDTY301S(0.8-3.3V/7A)
`MPDTY302S(0.8-2.5V/7A)
`MPDTY311S(0.8-3.3V/16A)
`MPDTY312S(0.8-2.5V/16A)
`MPDTY402S(0.75-5.5V/16A)
`MPDTY411S(0.8-3.6V/7A)
`MPDTY412S(0.8-2.5V/7A)
`MPDTH03050WAS(0.8-2.5V/6A)
`MPDTH05050WAS(0.8-3.6V/6A)
`MPDTH03060WAS(0.8-2.5V/10A)
`MPDTH05060WAS(0.8-3.6V/10A)
`MPDTH03010WAS(0.8-2.5V/15A)
`MPDTH05010WAS(0.8-3.6V/15A)
`MPDTH03020WAS(0.8-2.5V/22A)
`MPDTH05020WAS(0.8-3.6V/22A)
`
`MPDTY303S(0.8-5.5V/8A)
`MPDTH12050WAS(1.2-5.5V/6A)
`MPDTH12060WAS(1.2-5.5V/10A)
`MPDTH12010WAS(1.2-5.5V/12A)
`MPDTH12020WAS(1.2-5.5V/18A)
`
`MPDRX004S(0.8-1.8V/12A)
`MPDRX103S(0.8-1.8V/16A)
`MPDRX104S(1.5-3.3V/12A)
`MPDRX301S(0.8-1.65V/13A)
`MPDRX302S(1.6-3.63V/13A)
`MPDRX303S(0.8-1.65V/26A)
`MPDRX304S(1.6-3.63V/26A)
`
`MPDTY303S(0.8-5.5V/8A)
`MPDTH12050WAS(1.2-5.5V/6A)
`MPDTH12060WAS(1.2-5.5V/10A)
`MPDTH12010WAS(1.2-5.5V/12A)
`MPDTH12020WAS(1.2-5.5V/18A)
`
`MPDRX004S(0.8-1.8V/12A)
`MPDRX103S(0.8-1.8V/16A)
`MPDRX104S(1.5-3.3V/12A)
`MPDRX301S(0.8-1.65V/13A)
`MPDRX302S(1.6-3.63V/13A)
`MPDRX303S(0.8-1.65V/26A)
`MPDRX304S(1.6-3.63V/26A)
`
`with Large
`Load Transient
`Current
`
`1.2V-3.3V
`
`MPDRX002S(0.8-1.8V/16A)
`MPDRX312S(0.8-1.8V/16A)
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`Feb. 2008
`
`5
`
`Petitioners
`Ex. 1043, p. 5
`
`

`

`Selection Table for Stratix® GX FPGAs
`Table 6. Stratix ® GX Device Selection Table
`Altera
`
`muRata Solutions (Vout/Iout)
`Vin=3.3V or 5V
`Vin=12V
`
`DC–DC Converter
`Selection Tables
`
`Device
`
`Type
`
`Voltage
`
`Current
`
` VCCINT
`
`1.5V
`
`with Large
`Load Transient
`Current
`
`1.5V
`
`EP1SGX10C
`EP1SGX10D
`EP1SGX25C
`EP1SGX25D
`EP1SGX25F
`EP1SGX40D
`EP1SGX40G
`
`To determine
`current
`consumption,
`please use
`Altera's PowerPlay
`Power Estimation
`Tools, available at
`http://www.altera.
`com/support/
`devices/estimator/
`pow-powerplay/jsp.
`
` VCCIO
`
`1.5V-3.3V
`
`MPD6S022S(1.1-3.6V/3A)
`MPDTY201S(0.8-2.5V/3A)
`MPDTY301S(0.8-3.3V/7A)
`MPDTY302S(0.8-2.5V/7A)
`MPDTY311S(0.8-3.3V/16A)
`MPDTY312S(0.8-2.5V/16A)
`MPDTY402S(0.75-5.5V/16A)
`MPDTY411S(0.8-3.6V/7A)
`MPDTY412S(0.8-2.5V/7A)
`MPDTH03050WAS(0.8-2.5V/6A)
`MPDTH05050WAS(0.8-3.6V/6A)
`MPDTH03060WAS(0.8-2.5V/10A)
`MPDTH05060WAS(0.8-3.6V/10A)
`MPDTH03010WAS(0.8-2.5V/15A)
`MPDTH05010WAS(0.8-3.6V/15A)
`MPDTH03020WAS(0.8-2.5V/22A)
`MPDTH05020WAS(0.8-3.6V/22A)
`
`MPDRX002S(0.8-1.8V/16A)
`MPDRX312S(0.8-1.8V/16A)
`
`MPD6S022S(1.1-3.6V/3A)
`MPDTY201S(0.8-2.5V/3A)
`MPDTY301S(0.8-3.3V/7A)
`MPDTY302S(0.8-2.5V/7A)
`MPDTY311S(0.8-3.3V/16A)
`MPDTY312S(0.8-2.5V/16A)
`MPDTY402S(0.75-5.5V/16A)
`MPDTY411S(0.8-3.6V/7A)
`MPDTY412S(0.8-2.5V/7A)
`MPDTH03050WAS(0.8-2.5V/6A)
`MPDTH05050WAS(0.8-3.6V/6A)
`MPDTH03060WAS(0.8-2.5V/10A)
`MPDTH05060WAS(0.8-3.6V/10A)
`MPDTH03010WAS(0.8-2.5V/15A)
`MPDTH05010WAS(0.8-3.6V/15A)
`MPDTH03020WAS(0.8-2.5V/22A)
`MPDTH05020WAS(0.8-3.6V/22A)
`
`MPDTY303S(0.8-5.5V/8A)
`MPDTH12050WAS(1.2-5.5V/6A)
`MPDTH12060WAS(1.2-5.5V/10A)
`MPDTH12010WAS(1.2-5.5V/12A)
`MPDTH12020WAS(1.2-5.5V/18A)
`
`MPDRX004S(0.8-1.8V/12A)
`MPDRX103S(0.8-1.8V/16A)
`MPDRX104S(1.5-3.3V/12A)
`MPDRX301S(0.8-1.65V/13A)
`MPDRX302S(1.6-3.63V/13A)
`MPDRX303S(0.8-1.65V/26A)
`MPDRX304S(1.6-3.63V/26A)
`
`MPDTY303S(0.8-5.5V/8A)
`MPDTH12050WAS(1.2-5.5V/6A)
`MPDTH12060WAS(1.2-5.5V/10A)
`MPDTH12010WAS(1.2-5.5V/12A)
`MPDTH12020WAS(1.2-5.5V/18A)
`
`MPDRX004S(0.8-1.8V/12A)
`MPDRX103S(0.8-1.8V/16A)
`MPDRX104S(1.5-3.3V/12A)
`MPDRX301S(0.8-1.65V/13A)
`MPDRX302S(1.6-3.63V/13A)
`MPDRX303S(0.8-1.65V/26A)
`MPDRX304S(1.6-3.63V/26A
`
`with Large
`Load Transient
`Current
`
`1.5V-3.3V
`
`MPDRX002S(0.8-1.8V/16A)
`MPDRX312S(0.8-1.8V/16A)
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`6
`
`Feb. 2008
`
`Petitioners
`Ex. 1043, p. 6
`
`

`

`Power Supply
`Reference Design List
`
`Table 1. Cyclone™ III FPGA Reference Design
`Description
`#Design
`1.2V
`3.3V
`4.5-13.2Vinput, Triple Output MPD4S014S
`1.3A
`1A
`1
`1.6A
`1.6A
`5Vinput, Triple Output MPD5S025S
`2
`3A
`3A
`3-5.5Vinput, MPD6S022S(×2)
`3
`3A
`3A
`3-5.5Vinput, MPDTY201S(×2)
`4
`8A
`8A
`6.5-14Vinput, MPDTY303S(×2)
`5
`Table 2. Cyclone™ II FPGA Reference Design
`Description
`#Design
`1.2V
`3.3V
`4.5-13.2Vinput, Triple Output MPD4S014S
`1.3A
`1A
`1
`1.6A
`1.6A
`5Vinput, Triple Output MPD5S025S
`2
`3A
`-
`3.3Vinput, MPD6S022S
`3
`6A
`6A
`12Vinput, MPDTH12050WAS(×2)
`4
`7A
`7A
`5Vinput, MPDTY411S(×2)
`5
`Table 3. Stratix® III FPGA Reference Design
`Description
`#Design
`0.9V/1.1V
`3.3V
`8A
`8A
`6.5-14Vinput, MPDTY303(×3)
`1
`12A
`8A
`7-14Vinput, MPDRX004S+MPDTY303S
`2
`16A
`3-5.5Vinput, MPDRX002S+MPDTY402S
`3
`16A
`16A
`16A
`5input, MPDRX312S+MPDTY311S
`4
`26A
`5.6-14Vinput, MPDRX303S+MPDRX304S
`5
`26A
`Table 4. Stratix® II FPGA Reference Design
`Description
`#Design
`1.2V
`3.3V
`8A
`8A
`6.5-14Vinput, MPDTY303(×3)
`1
`12A
`8A
`7-14Vinput, MPDRX004S+MPDTY303S
`2
`16A
`5Vinput, MPDRX002S+MPDTY311S
`3
`16A
`18A
`18A
`12Vinput, MPDTH12020WAS(×2)
`4
`6A
`12Vinput, MPDTH12050WAS(×2)
`5
`6A
`Table 5. Stratix® II GX FPGA Reference Design
`Description
`#Design
`1.2V
`3.3V
`8A
`8A
`6.5-14Vinput, MPDTY303(×3)
`1
`12A
`8A
`7-14Vinput, MPDRX004S+MPDTY303S
`2
`16A
`5Vinput, MPDRX002S+MPDTY311S
`3
`16A
`18A
`18A
`12Vinput, MPDTH12020WAS(×2)
`4
`6A
`12Vinput, MPDTH12050WAS(×2)
`5
`6A
`Table 6. Stratix® GX FPGA Reference Design
`#Design
`1.5V
`3.3V
`8A
`8A
`1
`12A
`8A
`2
`16A
`3
`16A
`18A
`18A
`4
`6A
`5
`6A
`Note:
`
`Description
`6.5-14Vinput, MPDTY303(×3)
`7-14Vinput, MPDRX004S+MPDTY303S
`5Vinput, MPDRX002S+MPDTY311S
`12Vinput, MPDTH12020WAS(×2)
`12Vinput, MPDTH12050WAS(×2)
`
`Page
` 8
` 9
`10
`11
`12
`
`Page
`13
`14
`15
`16
`17
`
`Page
`18
`19
`20
`21
`22
`
`Page
`23
`24
`25
`26
`27
`
`Page
`28
`29
`30
`31
`32
`
`Page
`33
`34
`35
`36
`37
`
`(1) The current values in these tables indicate the power supply current rating. The FPGA alone does not
`necessarily require these supply current levels.
`(2) In this reference guide, we show capacitors only for stable DC-DC Converter operation. For FPGA decoupling
`please refer to Altera's documentation on frequency-domain target impedance methods.
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`Feb. 2008
`
`7
`
`Petitioners
`Ex. 1043, p. 7
`
`

`

`CycloneTM III FPGA Design 1
`4.5 - 13.2V Input, 1.3A 3-Output Solution
`
`[ Features ]
`3-Output configuration of the MPD4S014S makes it simple to use.
`Wide Input Voltage Range
`SIP configuration saves PCB space.
`Adjustable Start-up Sequence via On/Off Control Pins.
`Trimmable Output Voltages (Vout1 & Vout2)
`[ Schematic ]
`
`4.5-13.2V Supply
`
`C1
`
`M1
`
`MPD4S014S
`VOUT2
`
`Vin
`ON/OFF1
`
`Q1
`
`GND
`
`VOUT1
`
`VOUT3
`
`ON/OFF2
`
`VAR1 VAR2
`
`R3
`
`R4
`
`R1
`
`R2
`
`Q1
`
`[ Bill of Materials ]
`
`to other devices
`
`3.3V
`
`C2
`
`VCCIO
`
`to other devices
`
`C3
`
`1.2V
`
`2.5V
`
`C4
`
`VCCINT
`
`VCCD
`
`VCCA
`
`CycloneTM lIl
`
`Reference
`
`Qty
`
`Description
`
`Manufacturer
`
`Part Number
`
`M1
`
`C1,C2,C3,C4
`
`Q1
`
`R1,R2
`
`R3
`
`R4
`
`1
`
`3
`
`1
`
`2
`
`1
`
`1
`
`1.3A/1.0A/0.3A-out DC-DC
`converter, Triple Ouptut, SIP
`
`Murata
`
`MPD4S014S
`
`Ceramic, 1uF, 16V, B, 10%
`
`Murata
`
`GRM188B31C105KA92
`
`Dual, 50V, 100mA
`
`Panasonic
`
`XP04601
`
`47 k , 1/16W, 5%
`
`2285 , 1/16W, 0.5%
`
`1.8k , 1/16W, 0.5%
`
`Std
`
`Std
`
`Std
`
`Std
`
`Std
`
`Std
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`8
`
`Feb. 2008
`
`Petitioners
`Ex. 1043, p. 8
`
`

`

`CycloneTM III FPGA Design 2
`5V Input, 1.6A 3-Output Solution
`
`[ Features ]
`3-Output configuration of the MPD5S025S makes it simple to use.
`SIP configuration saves PCB space.
`Adjustable Start-up Sequence via On/Off Control Pins.
`Trimmable Output Voltages (Vout1 & Vout2)
`
`[ Schematic ]
`
`4.5-5.5V Supply
`
`M1
`
`MPD5S025S
`VOUT2
`
`Vin
`ON/OFF1
`
`C1
`
`Q1
`
`GND
`
`VOUT1
`
`VOUT3
`
`ON/OFF2
`
`VAR1 VAR2
`
`R3
`
`R4
`
`R1
`
`R2
`
`Q1
`
`[ Bill of Materials ]
`
`to other devices
`
`3.3V
`
`C2
`
`VCCIO
`
`to other devices
`
`C3
`
`1.2V
`
`C4
`
`2.5V
`
`VCCINT
`
`VCCD
`
`VCCA
`
`CycloneTM lIl
`
`Reference
`
`Qty
`
`Description
`
`Manufacturer
`
`Part Number
`
`M1
`
`C1,C2,C3,C4
`
`Q1
`
`R1,R2
`
`R3
`
`R4
`
`1
`
`3
`
`1
`
`2
`
`1
`
`1
`
`1.6A/1.6A/0.3A-out DC-DC
`converter, Triple Output, SIP
`
`Murata
`
`MPD5S025S
`
`Ceramic, 1uF, 16V, B, 10%
`
`Murata
`
`GRM188B31C105KA92
`
`Dual, 50V, 100mA
`
`Panasonic
`
`XP04601
`
`47 k , 1/16W, 5%
`
`2285 , 1/16W, 0.5%
`
`1.8k , 1/16W, 0.5%
`
`Std
`
`Std
`
`Std
`
`Std
`
`Std
`
`Std
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`Feb. 2008
`
`9
`
`Petitioners
`Ex. 1043, p. 9
`
`

`

`CycloneTM III FPGA Design 3
`3-5.5V Input, 3A Low Cost Solution
`
`[ Features ]
`(cid:74) SIP configuration saves PCB space.
`(cid:74) Adjustable Start-up Sequence via On/Off Control Pins.
`(cid:74) Wide input voltage range of MPD6S012S is from 3.0V to 5.5V.
`(cid:74) Trimmable Output Voltage (1.1V to 3.6V)
`[Schematic ]
`
`3-5.5V Supply
`
`Q1
`
`C1
`
`R1
`
`C2
`
`Q1
`
`R2
`
`MPD6S022S
`9,10:VOUT
`
`1:Vin
`
`6:GND
`
`7:GND
`
`2:ON/OFF
`
`8:Adjust
`
`M1
`
`MPD6S022S
`
`1:Vin
`
`6:GND
`
`9,10:VOUT
`
`7:GND
`
`2:ON/OFF
`
`8:Adjust
`
`M2
`
`C3
`
`to other devices
`3.3V
`IC1
`
`LDO
`
`2.5V
`
`R3
`
`C5
`
`to other devices
`
`VCCIO
`
`VCCA
`
`C4
`
`R4
`
`1.2V
`
`VCCINT
`
`VCCD
`
`CycloneTM lIl
`
`[ Bill of Materials ]
`Reference
`Qty
`
`Description
`
`Manufacturer
`
`Part Number
`
`M1,M2
`
`C1,C2,C3,C4
`
`C5
`
`IC1
`
`Q1
`
`R1,R2
`
`R3
`
`R4
`
`2
`
`4
`
`1
`
`1
`
`1
`
`2
`
`1
`
`1
`
`3A-out DC-DC converter, SIP
`Ceramic, 0.1μ F, 50V, R, 10%
`Tantalum, 1μ F, 10V
`
`2.5V LDO, 400mA-out
`
`Dual, 50V, 100mA
`
`47 k , 1/16W, 5%
`
`131.4k , 1/16W, 0.5%
`
`747 , 1/16W, 0.5%
`
`Murata
`
`Murata
`
`Std
`
`Torex
`
`MPD6S012S
`
`GRM188R11H104KA93
`
`Std
`
`XC6203P252FR
`
`Panasonic
`
`XP04601
`
`Std
`
`Std
`
`Std
`
`Std
`
`Std
`
`Std
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`10
`
`Feb. 2008
`
`Petitioners
`Ex. 1043, p. 10
`
`

`

`CycloneTM III FPGA Design 4
`3-5.5V Input, 3A Ultra Small Solution
`
`[ Features ]
`Super Small (93mm2), Cost-Efficient; MPDTY201S (M1,M2).
`Adjustable Start-up Sequence via On/Off Control Pins.
`Wide input voltage range of MPDTY201S is from 3.0V to 5.5V.
`Trimmable Output Voltage (0.8V to 2.5V)
`
`[ Schematic ]
`
`3-5.5V Supply
`
`Q1
`
`R1
`
`C1
`
`C2
`
`R2
`
`Q1
`
`[ Bill of Materials ]
`
`MPDTY201S
`2:VOUT
`7:Vin
`4:SENSE
`
`5:GND
`
`6:ON/OFF
`8:Reserved
`
`3:GND
`
`8:TRIM
`
`M1
`MPDTY201S
`2:VOUT
`7:Vin
`4:SENSE
`
`5:GND
`
`3:GND
`
`8:TRIM
`
`6:ON/OFF
`8:Reserved
`
`M2
`
`to other devices
`
`1.2V
`
`C3
`
`R3
`
`C4
`
`R4
`
`VCCINT
`
`VCCD
`
`2.5V
`
`VCCIO
`
`VCCA
`
`CycloneTM lIl
`
`Reference
`
`Qty
`
`Description
`
`Manufacturer
`
`Part Number
`
`M1,M2
`
`C1,C2
`
`C3,C4
`
`Q1
`
`R1,R2
`
`R3
`
`R4
`
`2
`
`2
`
`2
`
`1
`
`2
`
`1
`
`1
`
`3A-out DC-DC converter, SMD
`
`Ceramic, 47uF, 6.3V, X5R, 20%
`
`Ceramic, 1uF, 16V, X5R, 10%
`
`Murata
`
`Murata
`
`Murata
`
`MPDTY201S
`
`GRM31CR60J476ME19
`
`GRM188R61C105KA93
`
`Dual, 50V,100mA
`
`47k ,1/16W,5%
`
`1.7k , 1/16W, 0.5%
`
`170.6 , 1/16W, 0.5%
`
`Panasonic
`
`XP04601
`
`Std
`
`Std
`
`Std
`
`Std
`
`Std
`
`Std
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`Feb. 2008
`
`11
`
`Petitioners
`Ex. 1043, p. 11
`
`

`

`CycloneTM III FPGA Design 5
`6.5-14V Input, 8A Solution
`
`[ Features ]
`Low Profile (H<4.2mm), High Efficiency MPDTY303S.
`Adjustable Start-up Sequence via On/Off Control Pins.
`
`to other devices
`2.5V
`
`C3
`
`MPDTY303S
`
`Vin
`
`GND
`
`ON/OFF
`
`Vout
`SENSE
`
`GND
`
`VAR
`
`to other devices
`1.2V
`
`M1
`
`R3
`
`MPDTY303S
`
`Vin
`
`GND
`
`ON/OFF
`
`Vout
`SENSE
`
`GND
`
`VAR
`
`C4
`
`R4
`
`M2
`
`VCCIO
`
`VCCA
`
`VCCINT
`
`VCCD
`
`CycloneTM Ill
`
`[ Schematic ]
`6.5-14V Supply
`
`C1
`
`R1
`
`C2
`
`Q1
`
`Q1
`
`R2
`
`[ List of Material ]
`
`Reference
`
`Qty
`
`Description
`
`Manufacturer
`
`Part Number
`
`M1,M2
`
`C1,C2
`
`C3,C4
`
`Q1
`
`R1,R2
`
`R3
`
`R4
`
`2
`
`2
`
`2
`
`1
`
`2
`
`1
`
`1
`
`8A-out DC-DC converter, SMT
`
`Murata
`
`MPDTY303S
`
`Ceramic, 22uF, 16V, B, 10%
`
`Ceramic, 47uF, 6.3V, B, 20%
`
`Murata
`
`Murata
`
`GRM32EB31C226KE16
`
`GRM31CB30J476ME18
`
`Dual, 50V, 100mA
`
`47 k , 1/16W, 5%
`
`4.01k , 1/16W, 0.5%
`
`45.35k , 1/16W, 0.5%
`
`Panasonic
`
`XP06501
`
`Std
`
`Std
`
`Std
`
`Std
`
`Std
`
`Std
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`12
`
`Feb. 2008
`
`Petitioners
`Ex. 1043, p. 12
`
`

`

`CycloneTM II FPGA Design 1
`4.5-13.2V Input, 1.3A 3-Output Solution
`
`[ Features ]
`3-Output configuration of the MPD4S014S makes it simple to use.
`Wide Input Voltage Range
`SIP configuration saves PCB space.
`Adjustable Start-up Sequence via On/Off Control Pins.
`Trimmable Output Voltages (Vout1 & Vout2)
`[ Schematic ]
`
`4.5-13.2V Supply
`
`C1
`
`M1
`
`MPD4S014S
`VOUT1
`
`Vin
`ON/OFF1
`
`Q1
`
`GND
`
`VOUT2
`
`VOUT3
`
`ON/OFF2
`
`VAR1 VAR2
`
`R3
`
`R4
`
`R1
`
`R2
`
`Q1
`
`[ Bill of Materials ]
`
`to other devices
`
`1.2V
`
`C2
`
`to other devices
`
`C3
`
`3.3V
`
`VCCINT
`
`VCCIO
`
`CycloneTM ll
`
`Reference
`
`Qty
`
`Description
`
`Manufacturer
`
`Part Number
`
`M1
`
`C1,C2,C3
`
`Q1
`
`R1,R2
`
`R3
`
`R4
`
`1
`
`3
`
`1
`
`2
`
`1
`
`1
`
`1.3A/1.0A/0.3A-out DC-DC
`converter, Triple, SIP
`
`Murata
`
`MPD4S014S
`
`Ceramic, 1uF, 16V, B, 10%
`
`Murata
`
`GRM188B31C105KA92
`
`Dual, 50V, 100mA
`
`47 k , 1/16W, 5%
`
`2285 , 1/16W, 0.5%
`
`1.8k , 1/16W, 0.5%
`
`Panasonic
`
`XP04601
`
`Std
`
`Std
`
`Std
`
`Std
`
`Std
`
`Std
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`Feb. 2008
`
`13
`
`Petitioners
`Ex. 1043, p. 13
`
`

`

`CycloneTM II FPGA Design 2
`5V Input, 1.6A 3-Output Solution
`
`[ Features ]
`3-Output configuration of the MPD5S025S makes it simple to use.
`SIP configuration saves PCB space.
`Adjustable Start-up Sequence via On/Off Control Pins.
`Trimmable Output Voltages (Vout1 & Vout2)
`
`[ Schematic ]
`
`4.5-5.5V Supply
`
`M1
`
`MPD5S025S
`VOUT1
`
`Vin
`ON/OFF1
`
`C1
`
`Q1
`
`GND
`
`VOUT2
`
`VOUT3
`
`ON/OFF2
`
`VAR1 VAR2
`
`R3
`
`R4
`
`R1
`
`R2
`
`Q1
`
`[ Bill of Materials ]
`
`to other devices
`
`1.2V
`
`C2
`
`to other devices
`
`C3
`
`3.3V
`
`VCCINT
`
`VCCIO
`
`CycloneTM ll
`
`Reference
`
`Qty
`
`Description
`
`Manufacturer
`
`Part Number
`
`M1
`
`C1,C2,C3
`
`Q1
`
`R1,R2
`
`R3
`
`R4
`
`1
`
`3
`
`1
`
`2
`
`1
`
`1
`
`1.6A/1.6A/0.3A-out DC-DC
`converter, Triple, SIP
`
`Murata
`
`MPD5S025S
`
`Ceramic, 1uF, 16V, B, 10%
`
`Murata
`
`GRM188B31C105KA92
`
`Dual, 50V, 100mA
`
`47 k , 1/16W, 5%
`
`2285 , 1/16W, 0.5%
`
`1.8k , 1/16W, 0.5%
`
`Panasonic
`
`XP04601
`
`Std
`
`Std
`
`Std
`
`Std
`
`Std
`
`Std
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`14
`
`Feb. 2008
`
`Petitioners
`Ex. 1043, p. 14
`
`

`

`CycloneTM II FPGA Design 3
`3.3V Input, 3A Solution
`
`[ Features ]
`SIP configuration saves PCB space.
`Adjustable Start-up Sequence via On/Off Control Pins.
`Wide input voltage range of MPD6S012S is from 3.0V to 5.5V.
`Trimmable Output Voltage (1.1V to 3.6V)
`
`[ Schematic ]
`
`3.3V Supply
`
`C1
`
`MPD6S022S
`9,10:VOUT
`
`1:Vin
`
`6:GND
`
`7:GND
`
`to other devices
`
`C2
`
`1.2V
`
`VCCINT
`
`2:ON/OFF
`
`8:Adjust
`
`M1
`
`R1
`
`to other devices
`
`VCCIO
`
`CycloneTM ll
`
`[ List of Material ]
`
`Reference
`
`Qty
`
`Description
`
`Manufacturer
`
`Part Number
`
`M1
`
`C1,C2
`
`R1
`
`1
`
`2
`
`1
`
`3A-out DC-DC converter, SIP
`
`Murata
`
`MPD6S022S
`
`Ceramic, 0.1uF, 50V, R, 10%
`
`Murata
`
`GRM188R11H104KA93
`
`750 , 1/16W, 0.5%
`
`Std
`
`Std
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`Feb. 2008
`
`15
`
`Petitioners
`Ex. 1043, p. 15
`
`

`

`CycloneTM II FPGA Design 4
`12V Input, 6A Solution
`
`[ Features ]
` Auto-Tracking Feature Makes Sequencing Design Easy
`(Point-of-Load Alliance) Device; MPDTH12050WAS(H) (M1,M2)
`
`[ Schematic ]
`
`10.8-13.2V Supply
`
`C1
`
`+
`
`C2
`
`On/Off Control
`1 = Power Down
`0 = Power Up
`
`C5
`
`R1
`
`C3
`
`C4+
`
`Q1
`
`[ List of Material ]
`Reference
`
`Qty
`
`M1,M2
`
`C1,C3
`
`C2,C4,C6,C7
`
`C5
`
`Q1
`
`R1
`
`R2
`
`2
`
`2
`
`4
`
`1
`
`1
`
`1
`
`1
`
`MPDTH12050WAS(H)
`Vout
`Vin
`
`GND
`
`Track
`
`Inhibit
`
`VoAdjust
`
`M1
`
`R2
`
`MPDTH12050WAS(H)
`Vout
`Vin
`
`GND
`
`Track
`
`Inhibit
`
`VoAdjust
`
`M2
`
`to other devices
`
`C6
`
`3.3V
`
`VCCIO
`
`IC1
`
`C8
`
`to other devices
`1.2V
`
`C7
`
`VCCINT
`
`CycloneTM ll
`
`Description
`
`Manufacturer
`
`Part Number
`
`6A-out DC-DC converter, SMT
`
`Murata
`
`MPDTH12050WAS
`
`Poly-Aluminum, 100uF, 16V
`
`Panasonic
`
`EEFWA1C101P
`
`Ceramic, 10uF, 16V, R, 10%
`
`Murata
`
`GRM32DR11C106KA01
`
`Ceramic, 0.1uF, 50V, R, 10%
`
`Murata
`
`GRM188R11H104KA93
`
`30V, 100mA
`
`22 k , 1/16W, 5%
`
`2k , 1/16W, 0.5%
`
`Rohm
`
`2SK3019FTL
`
`Std
`
`Std
`
`Std
`
`Std
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`16
`
`Feb. 2008
`
`Petitioners
`Ex. 1043, p. 16
`
`

`

`CycloneTM II FPGA Design 5
`5V Input, 7A Solution
`
`[ Features ]
`Industry-Standard Pin Compatibility, Small Footprint, High Efficiency
`Adjustable Start-up Sequence via On/Off Contro Pins.
`Trimmable Output Voltage (0.8V to 3.3V)
`[ Schematic ]
`4.5-5.5V Supply
`
`MPDTY411S
`
`C1
`
`+
`
`R1
`
`Vin
`
`GND
`
`ON/OFF
`
`Vout
`
`GND
`
`TRIM
`
`to other devices
`
`C3
`
`3.3V
`
`VCCIO
`
`M1
`
`R3
`
`MPDTY411S
`
`C2
`
`+
`
`Vin
`
`GND
`
`ON/OFF
`
`Vout
`
`GND
`
`TRIM
`
`C4
`
`R4
`
`M2
`
`Q1
`
`R2
`
`to other devices
`
`1.2V
`
`VCCINT
`
`CycloneTM ll
`
`[ List of Material ]
`
`Reference
`
`Qty
`
`Description
`
`Manufacturer
`
`Part Number
`
`M1,M2
`
`C1,C2
`
`C3,C4
`
`Q1
`
`R1,R2
`
`R3
`
`R4
`
`2
`
`2
`
`2
`
`1
`
`2
`
`1
`
`1
`
`7A-out DC-DC converter, SMT
`
`Murata
`
`MPDTY411S
`
`Poly-Aluminum, 100uF, 6.3V
`
`Panasonic
`
`EEFUD0J101XR
`
`Ceramic, 47uF 6.3V, B, 20%
`
`Murata
`
`GRM31CB30J476ME18
`
`50V, 150mA
`
`22 k , 1/16W, 5%
`
`5.46k , 1/16W, 0.5%
`
`60.9k , 1/16W, 0.5%
`
`Panasonic
`
`2SD1819A
`
`Std
`
`Std
`
`Std
`
`Std
`
`Std
`
`Std
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`Feb. 2008
`
`17
`
`Petitioners
`Ex. 1043, p. 17
`
`

`

`Stratix® III FPGA Design 1
`6.5 -14V Input, 8A Solution
`
`[ Features ]
`Low Profile (H<4.2mm), High Efficiency
`Adjustable Start-up Sequence via On/Off Control Pins.
`
`[ Schematic ]
`6.5-14V Supply
`
`C1
`
`C2
`
`C3
`
`Q1
`
`R1
`
`Q1
`
`R2
`
`MPDTY303S
`Vin
`
`Vout
`
`GND
`
`ON/OFF
`
`SENSE
`GND
`
`VAR
`
`M1
`MPDTY303S
`Vin
`
`Vout
`
`R3
`
`GND
`
`ON/OFF
`
`SENSE
`GND
`
`VAR
`
`M2
`
`R4
`
`MPDTY303S
`Vin
`
`Vout
`
`GND
`
`ON/OFF
`
`Analog Power Section
`
`SENSE
`GND
`
`VAR
`M3
`
`R5
`
`to other devices
`
`3.3V
`
`to other devices
`
`1.1V
`
`IC1
`
`IC2
`
`IC3
`
`C7
`
`C8
`
`C9
`
`C4
`
`C5
`
`C6
`
`VCCIO
`
`VCCPD
`
`VCCL
`
`VCC
`
`VCCPGM
`
`VCCPT
`
`VCCA_PLL
`
`Stratix® lII
`
`[ List of Material ]
`Reference
`M1-M3
`C1-C3
`C4-C6
`C7-C9
`IC1
`IC2-IC3
`Q1
`R1,R2
`R3
`R4
`R5
`
`Qty
`3
`3
`3
`3
`1
`2
`1
`2
`1
`1
`1
`
`Description
`8A-out DC-DC converter, SMT
`Ceramic, 22uF, 16V, B, 10%
`Ceramic, 47uF, 6.3V, B, 20%
`Ceramic, 1uF, 16V, B, 10%
`1.8-3.3V LDO, 700mA
`2.5V LDO, 700mA
`Dual, 50V, 100mA
`47 k , 1/16W, 5%
`4.01k , 1/16W, 0.5%
`45.3k , 1/16W, 0.5%
`3.17k , 1/16W, 0.5%
`
`Manufacturer
`Murata
`Murata
`Murata
`Murata
`Torex
`Torex
`Panasonic
`Std
`Std
`Std
`Std
`
`Part Number
`MPDTY303S
`GRM32EB31C226KE16
`GRM31CB30J476ME18
`GRM188B31C105KA92
`XC6210P332DR
`XC6210P122DR
`XP06501
`Std
`Std
`Std
`Std
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`18
`
`Feb. 2008
`
`Petitioners
`Ex. 1043, p. 18
`
`

`

`Stratix® III FPGA Design 2
`7 -14V Input, 12A High Speed Response Solution
`
`[ Features ]
`Fast Transient Response, High Efficiency
` Adjustable Start-up Sequence via On/Off Control Pins.
`
`[ Schematic ]
`7-14V Supply
`
`MPDTY303S
`
`Vin
`
`GND
`
`ON/OFF
`
`Vout
`SENSE
`
`GND
`
`VAR
`
`M1
`
`R3
`
`MPDRX004S
`
`Vin
`
`GND
`
`ON/OFF
`
`Vout
`SENSE
`
`GND
`
`TRIM
`
`C4
`
`R4
`
`M2
`
`C1
`
`C2
`
`R1
`
`Q1
`
`R2
`
`[ List of Material ]
`
`to other devices
`
`C3
`
`3.3V
`
`VCCIO
`
`VCCPD
`
`VCC
`
`to other devices
`
`VCCL
`
`1.1V
`
`Analog
`Power
`Section.
`Refer to
`Design1
`
`Stratix® Ill
`
`Reference
`
`Qty
`
`Description
`
`Manufacturer
`
`Part Number
`
`M1
`
`M2
`
`C1,C2
`
`C3,C4
`
`Q1
`
`R1,R2
`
`R3
`
`R4
`
`1
`
`1
`
`2
`
`2
`
`1
`
`2
`
`1
`
`1
`
`8A-out DC-DC converter, SMT
`
`Murata
`
`12A-out DC-DC converter, SMT
`
`Murata
`
`MPDTY303S
`
`MPDRX004S
`
`Ceramic, 22uF, 16V, B, 10%
`
`Ceramic, 47uF, 6.3V, B, 20%
`
`Murata
`
`Murata
`
`GRM32EB31C226KE16
`
`GRM31CB30J476ME18
`
`Dual, 50V, 100mA
`
`47 k , 1/16W, 5%
`
`4.01k , 1/16W, 0.5%
`
`8.5k , 1/16W, 0.5%
`
`Panasonic
`
`XP06501
`
`Std
`
`Std
`
`Std
`
`Std
`
`Std
`
`Std
`
`Download data sheets for DC–DC Converters mentioned in this reference guide at www.murata.com/power/fpga/altera
`
`Feb. 2008
`
`19
`
`Petitioners
`Ex. 1043, p. 19
`
`

`

`Stratix® III FPGA Design 3
`5V Input, 16A High Speed Response Solution
`
`[ Features ]
`Fast Transient Response, High Efficiency MPDRX002S.
`Adjustable Start-up Sequence via On/Off Control Pins.
`Industry Standard Package.
`[ Schematic ]
`4.5-5.5V Supply
`
`Vout
`
`MPDTY402S
`Vin
`
`to other devices
`
`3.3V
`
`to other devices
`1.1V
`
`IC1
`
`IC2
`
`IC3
`
`C5
`
`C6
`
`C7
`
`Analog
`Power Section
`
`VCCIO
`
`VCCPD
`
`VCCL
`
`VCC
`
`VCCPGM
`
`VCCPT
`
`VCCA_PLL
`
`Stratix® Ill
`
`C1
`
`C2
`
`GND
`
`ON/OFF
`
`GND
`
`VAR
`
`M1
`MPDRX002S
`Vout
`Vin
`SENSE
`GND
`
`GND
`
`ON/OFF
`
`TRIM
`
`C3
`
`C4
`
`R3
`
`M2
`
`R4
`
`Q1
`
`R1
`
`R2
`
`[ List of Material ]
`Re