Selection

GuideBattery

powered

motor

drives/motorcontrol2Highest

performance

in

your

motor

control3Evaluation

boards4Solution

matrix

for

battery

powered

motor

drives5Consumer

robotics6Home

and

professional10Light

electric

vehicles12Low

voltage

MOSFETs14OptiMOS?andStrongIRFET?14Small

Signal

MOSFETs18High

voltage

MOSFETs

–

CoolMOS?19Intelligent

power

modules

(IPM)20Motor

control

and

gate

driver

ICs21Gate

driver

ICs21iMOTION?24Microcontroller–XMC?26Content4IEcvtaalmuaqtiuoondbitoaadrdoslorep/motorcontrol

/imotion

/xmcEvaluation

boardsHigh

efficiency

demonstratorsdriving

your

innovationiMOTION?

modular

application

design

kit

(EVAL-M1-099M)The

iMOTION?

modular

application

design

kit

(MADK)

evaluation

platform

covers

motor

drive

applications

up

to

1

kW.

Using

iMOTION?

MADK

standardizedM1

platform

interface,

different

control

and

power

boards

can

be

combined

in

asystem

that

perfectly

matches

the

requirements

of

the

application.

Thismodularapproach

allows

developers

a

maximum

in

flexibility

and

scalability

during

theevaluation

and

development

phases

at

affordable

cost.XMC1000

and

XMC4400motorcontrol

applicationkitsThe

XMC1000

and

XMC4400

motor

control

application

kits

are

ready-made

eval-uation

kits

for

three-phase

drives.

These

two

kits

are

best

suited

to

customerslooking

for

a

motor

control

plug

&

play

experience.

Both

kits

have

a

similar

setupwith

a

microcontroller

board,

the

respective

24

V

power

board

including

n-chan-nel

OptiMOS?

power

transistors

and

a

three-phase

gate

driver

EiceDRIVER?

fromInfineon,

rounded

off

with

a

brushless

DC

motor.

The

kits

are

supported

by

the

DAVE?

motor

control

apps

library,

including

sinusoidal

and

block

commutation

as

well

as

various

position

detection

and

sensing

schemes

with

encoder,

hallsensors

and

shunts.

The

XMC4400

motor

control

application

kit

also

includes

aresolver

interface.40

V

Medium

Can

ME/MF

DirectFET?

three-phase

BLDCmotor

drive

demonstrator

boardThe

power

tools

ME/MF

DirectFET?

kit

consists

of

a

power

board

and

a

controlboard

(KIT_XMC1300_DC_V1).

The

kit

demonstrates

the

complete

solution

fromInfineon

for

cordless

power

tools

BLDC

motor

drives,

which

achieves

the

best-in-class

power

efficiency

and

power

density.Top

viewBottom

view5SoloreiustScoolunteiopnramteantdriex/motorcontrolSolution

matrix

for

battery

powered

motor

drivesHighest

performance

in

your

motor

control

applicationBased

on

industry

leading

technology,

highest

quality

andmanufacturing

expertise,

Infineon

provides

a

variety

of

in-novative

power

semiconductors

which

enable

designers

todevelop

highly

reliable

and

efficient

solutions

for

all

kindsof

motor

drive

applications.Through

our

comprehensive

portfolio

we

can

address

abroadrange

ofbattery

poweredmotor

controlapplications,such

as

power

tools,

forklifts,

all

kinds

of

light

electricvehicles

including

e-skateboards,

e-scooters,

pedelecs,

lowspeed

cars

and

many

others.

Infineon

offers

an

excellentselection

of

devices

for

power

management

and

consump-tion,as

well

as

voltageregulation

–

such

aspower

MOSFETs(e.g.

CoolMOS?

and

OptiMOS?),

XMC?

microcontrollers,EiceDRIVER?

gate

drivers

and

more.To

explore

our

comprehensive

portfolio,

please

visit

ourwebsiteStrongIRFET?

20

V-300

VEiceDRIVER?CIPOS?

NanoiMOTION?XMC1300/XMC1400Linear

voltage

and

DC-DC

switching

regulatorsHall

sensorsOptiMOS?

25

V-80

V200

V

and

600

V

gate

driver

ICsXMC4500/XMC4400CoolMOS?

P7

(standard

grade)

1CoolMOS?

P7

(industrial

grade)

1OptiMOS?

80

V-300

VHome

and

professionalMOSFETsGate

driver

ICsMicrocontrollersIPMMicrocontroller

&

driver

supportMagneticsensorsLight

electric

vehiclesConsumer

robotics1)

If

the

necessary

package/RDS(on)

combination

is

not

available

in

the

new

CoolMOS?

P7

series

yet,

the

previous

CoolMOS?

CE

and

P6

series

are

the

preferred

series6ICcotanmsuqmueordriotabodtoiclosrepConsumer

robotics

-

multicoptersCost-effective

system

solutionsConsumer

robotics

is

the

fastest

growing

segment

of

thewhole

robotics

market.

The

biggest

growth

is

in

multicop-ters

and

service

robots.Within

multicopters,

camera

applications,

autonomous

fly-ing

and

sophisticated

on-board

equipment

are

pushing

thelimits

of

performance,

efficiency

and

control.

From

XMC?microcontrollers

and

iMOTION?

motor

control

ICs

throughto

magnetic

sensors,

Infineon

offers

a

comprehensive

sys-tem

solution

portfolio

of

high

quality

products

suitable

formulticopter

designs.Application

example

block

diagram

–

multicopterCurrent

sensingCurrent

or

position

sensingGate

driver3-phase

inverterXMC?microcontroller&digital

control

ICsMPower

managementBattery

managementAuthenticationLEDGimbalXMC1400microcontrollerVideo

cameraCANUSBESD2.4/5.0

GHzwirelessLTE/GPS24GHzradar

sensorPressure

sensorAuthentication

&

remote

controlAngle

sensorMMotor

driveSecurityHall

latches

orangle

sensorHall

latchesRemote

controlJoystickDC-DCLDO/multicopter7SoloreCiuosntscuomneerprroabteontidcesFlight

controlESCMicrocontrollersSensorsDC-DC

modulesLDOLow

noise

amplifer(LNA)MicrocontrollersSensorsIntelligent

power

modules?

XMC4000family?

XMC1000family?

AURIX??

Pressure

sensor:DPS310?

24GHzradar

sensor:BGT24MR?

Current

sensor:TLI4970?

IFX90121ELV50?

IFX91041EJV33?

IFX91041EJV50?

IFX1117ME?

IFX54441EJV?

IFX1763XEJV33?

LTE:

BGA7H,BGA7M,

BGA7L?

GPS:

BGA524N6,BGA824N6?

Wi-Fi:

BFP842ESD,BFR840L3RHESD,BFR843L3,

etc.?

XMC1300

family?

iMOTION?IRMCK099?

Integrated

driverTLE987x

family?

Hall

sensor:TLI4961,

TLV4961?

Angle

sensor:TLI5012B,

TLE5009?

Pressure

sensor:DSP310?

Hall

sensor:TLI4961?

Angle

sensor:TLI5012BSecurityAccessory

authenticationJoystickInterface

protec-

tion

diodesLED

driversMOSFET

gate

driversDual

n-channelLow

voltage

MOSFETspower

MOSFETs?

OPTIGA?

Trust

E

?

OPTIGA?

Trust

?

3D

magnetic

?

ESD102

seriesSLS32AIA

SLS10ERE

sensor:

TLV493D?

OPTIGA?

Trust

P

?

ORIGA?SLE95050SLJ52ACA?

OPTIGA?

TPMSLB96XX?

BCR450

?

IRS2301S

?

IR3742,

etc.

?

OptiMOS?

5

series?

BCR321U

?

6EDL04N02P

?

BSC0925ND,

etc.

?

StrongIRFET?

series?

BCR421U

?

IRS23365?

PX3517ChargerBattery

managementHigh

voltage

MOSFETsLow

voltage

MOSFETsStand

alone

PWM

controllersAuthentication

ICsCell

balancingLow

voltage

MOSFETsGimbal

controlMicrocontrollersAngle

sensorsLDOCAN

transceiversLow

voltage

MOSFETsDual

n-channel

power

MOSFETsMOSFET

gate

drivers?

XMC1400family?

TLI5012B?

TLE5009?

IFX1117ME?

IFX54441EJV?

IFX1763XEJV33?

HS

CAN

IFX1050G?

IFX1050GVIO?

OptiMOS?

525

V-30

V?

StrongIRFET?

25

V-30

V?

IRFHM8363TRPBF,

etc.

?

IR2101STRPBF,etc.?

600V

CoolMOS?

P7(standard

grade)?

600V-650V

CoolMOS?

CE

?

40

V-80V

OptiMOS?

5

inTO-220,

SuperSO8?

40

V-75V

StrongIRFET??

ICE2QS03G?

OPTIGA?

Trust

B

SLE95250

?

30

V

OptiMOS?

in

SSO8,

?

OptiMOS?

5

in

SuperSO8,S308,

DirectFET? S3O8,

DirectFET??

30V

StrongIRFET?

?

40V-80

V

StrongIRFET?Solutiontree

for

multicopters/multicopter8ICcotanmsuqmueordriotabodtoiclosrepConsumer

robotics

–

service

roboticsPowerfuland

quiet

solutionsService

robotics

is

another

fast

growing

segment

with

a

15

percent

CAGR

within

the

next

5

years.

The

keyapplica-tions

are

electric

vacuum

cleaners

and

lawn

mowers.

Highperformance

Infineon

components

such

as

low

RDS(on)

MOSFETs,

powerful

microcontrollers

and

sensors

enablehigh

power

density,

weight

reduction

and

quietness.Microcontroller

XMC1000

iMOTION?Gate

driverEiceDRIVER?Driver

CoolMOS?

CoolSET?Low

side

driversACCurrent

senseSensorsPower

stage

StrongIRFET?

OptiMOS?Small

Signal

MOSFET

Power

p-channel

MOSFETBatteryBattery

managementCoolMOS?

OptiMOS?

CoolSET?

XMC?Voltage

regulatorsStepper

motor/service-roboticsApplication

example

block

diagram

–

service

robotics9SoloreCiuosntscuomneerprroabteontidcesChargerHigh

voltage

MOSFETsPFC?

500

V-600

V

CoolMOS?

CE?

600

V-700V

CoolMOS?

P7(standard

grade)?

CoolSET?Motor

controlMicrocontrollersSensorsGate

driver

ICs?

XMC1000?

XMC4000?

Hall

switchesTLE496X

?

EiceDRIVER?

?

200

V

and

600

V6EDL04N02PR

gatedriver2EDL05N06PF –

IRS200x–

IRS2301–

IRS21867–

IRS2334Battery

managementSensorsMicrocontrollers/

driver

suppliesHigh

voltage

MOSFETsLow

voltage

MOSFETsGate

driver

ICsAuthentications

ICs?

Hall

switchesTLI496X?

XMC1300?

IFX1763?

IFX54441?

IFX54211?

IFX21003?

IFX30081?

IFX90121?

IFX91041?

600V

CoolMOS?

P7(standard

grade)PQFN3x3,

TO-220in

SuperSO8,

DPAK,

DirectFET?,

D2PAK,

PQFN3x3,

TO-220?

500

V-650

V

CoolMOS?

CE

?

OptiMOS?

25

V-200

V

?

EiceDRIVER?in

SuperSO8,

DPAK, –

6EDL04N02PRDirectFET?,

D2PAK, –

2EDL05N06PF?

200

V

and

600

V

gate

driver?

StrongIRFET?

20

V-200

V –

IRS200x–

IRS2301–

IRS21867–

IRS2334?

ORIGA?1Solution

tree

for

service

robotics

(vacuum

cleaners

and

lawn

mowers)/service-robotics10IHcotammeqaunoddpitraofdeoslsoiorenpalHome

and

professionalHighest

power

density

and

system

efficiencyToday,

cordless

power

tools

are

the

fastest

growing

sectorwithin

the

electric

tool

market.

The

convenience

and

safetyof

lightweight

and

low

voltage

cordless

power

tools

bringbenefits

to

both

professional

and

private

users.Depending

on

the

topology,

cordless

power

tools

requireeither

space

optimized

designs

or

cost

optimized

solutions.For

both

requirements

Infineon

can

offer

a

complete

port-folio

of

products

includingMOSFETs,drivers,

microcontrol-lers,

and

sensors

to

enable

excellent

product

performanceand

reliability.CurrentsensingGate

driver3-phase

inverterUSB,serial

COMXMC1000microcontrollerUser

interfaceDC-DCBattery

18-36

VMOSFET

temperature

sensingMotor

temperature

sensing

Position

sensingMHall

sensors/powertoolsApplication

example

block

diagram

–

power

tool11SoHloormeieuastncdopnreopfersastieonndael/powertoolsChargerHigh

voltage

MOSFETsPFC?

500

V-600

V

CoolMOS?

CE?

600

V-700V

CoolMOS?

P7(standard

grade)?

CoolSET??

EiceDRIVER?

1EDN?

EiceDRIVER?

2EDN?

XMC1000?

XMC4000?

Hall

switchesTLE496X

?

EiceDRIVER?6EDL04N02PR2EDL05N06PF?

200

V

and

600

Vgate

driverIRS200xIRS2301IRS21867IRS2334IRS(1,2)0752Motor

controlMicrocontrollersSensorsGate

driver

ICsBattery

managementSensorsMicrocontrollers/

driver

suppliesHigh

voltage

MOSFETsLow

voltage

MOSFETsGate

driver

ICsAuthentications

ICs?

Hall

switchesTLI496X?

XMC1300?

IFX1763?

IFX54441?

IFX54211?

IFX21003?

IFX30081?

IFX90121?

IFX91041?

600

V

CoolMOS?

P7(standard

grade)in

SuperSO8,

DPAK,

DirectFET?,

D2PAK,PQFN3x3,

TO-220DirectFET?,

D2PAK,

PQFN3x3,

TO-220,

D2PAK

7pin+?

500

V-650

V

CoolMOS?

CE

?

OptiMOS?

25

V-200

V

?

EiceDRIVER?1EDN2EDN–

6EDL04N02PR?

StrongIRFET?

20

V-200

V –

2EDL05N06PFin

SuperSO8,

DPAK,

?

200

V

and

600

Vgate

driverIRS200xIRS2301IRS21867IRS2334–IRS(1,2)0752?

ORIGA?1Solution

tree

for

powertools12ILcitgahmt

eqleucotdriictavdehoilcolreespLight

electric

vehiclesPerformance

leadership

andsystem

solutionEnvironmental

concerns

have

seen

the

rapid

need

to

re-duce

pollution

within

large

urban

areas.

E-mobility

alterna-tives

such

as

e-bikes,

e-scooters

and

low

speed

cars

haveexposed

the

needs

for

more

efficient

and

higher

performingelectric

motors.

At

the

same

time

increasing

battery

operat-ing

range

and

life

time

as

well

as

reduced

charging

time

arekey

requirements.With

XMC?

microcontrollers,

EiceDRIVER?

gate

drivers

andOptiMOS?

low

voltage

MOSFETs,

Infineon

provides

solu-tions

for

all

e-mobility

applications./LEV

/e-bikeCurrent

sensingBattery24

V/36

V/48

V/72

VPosition

sensingGate

driver3-phase

inverterUSB,serial

COMXMC?microcontroller

1000/4000seriesMUser

interface

and

communicationChargerAC-DCDC-DCSense

&monitor110

V/230

VApplication

example

block

diagram

–

e-bike13SoloLrigeihutsetlceocntreicpvreatheicnldees/LEV

/e-bikeChargerHigh

voltage

MOSFETsPFC?

600

V

CooMOS?

P7(industrial

grade)?

CoolSET??

EiceDRIVER?

1EDN?

EiceDRIVER?

2EDNMotor

controlMicrocontrollersSensorsGate

driver

ICs?

XMC1300?

XMC4400?

XMC4500?

Hall

switchesTLE496X

?

EiceDRIVER?–

6EDL04N02PR–

2EDL05N06PF?

200

V

and

600

V

gate

driver–

IRS2127–

IRS2136Battery

managementSensorsMicrocontrollers/

driver

suppliesHigh

voltage

MOSFETsLow

voltage

MOSFETsGate

driver

ICsAuthentications

ICs?

Hall

switchesTLI496X?

XMC1300?

XMC4400?

XMC4500?

IFX1763?

IFX54441?

IFX54211?

IFX21003?

IFX30081?

IFX90121?

IFX91041?

600

V

CooMOS?

P7(industrial

grade)TO-220?

OptiMOS?

60V-300

V

in

DPAK,

D2PAK

7pin,

TOLL,?

StrongIRFET?

60

V-200

V

in

DPAK,

D2PAK

,D2PAK

7pin+,

TO-220?

EiceDRIVER?1EDN2EDN6EDL04N02PR–

2EDL05N06PF?

200

V

and

600

Vgate

driver–

IRS2127–

IRS2136–

IRS200x?

ORIGA?1Solution

tree

for

light

electric

vehicles14LIcotwamvoqlutaogdeitMa

OdoSlFoErTespOptiMOS?

and

StrongIRFET?Power

MOSFETs

for

motor

drive

applicationsInfineon

power

MOSFETs

enable

higher

efficiency,

powerdensity

and

cost

effectiveness

within

motor

driven

appli-cations.

The

joint

OptiMOS?

and

StrongIRFET?

portfolio,covering

20

V

up

to

300

V

MOSFETs,

addresses

both

low

andhigh

switching

frequencies.OptiMOS?

and

StrongIRFET?

family

positioningThe

graph

shows

the

recommended

technology

for

best

fitstandard

components,

price/performance

and

differentiat-ed

products

according

to

switching

frequency.For

low

frequency

applications,

OptiMOS?

5

is

the

bestfit

when

best-in-class

performance

is

required.

However,StrongIRFET?

is

recommended

for

20

V

to

75

V

applicationswhen

best-in-class

performance

is

not

essential

and

cost

isa

more

significant

consideration.For

best-in-class

performance

at

voltages

from

80

V

to

150

V,

OptiMOS?

5

is

recommended.

If

best-in-class

is

notessential

and

price/performance

is

more

important,

thenOptiMOS?

3

or

StrongIRFET?

is

the

recommendation.Voltagesabove150

Vareavailable

inOptiMOS?3andStrongIRFET?.

In

addition,

older

trenchMOSFETs,shownhere

as

HEXFET?,

are

an

option

for

highly

commoditizedmarkets

where

cost

is

the

main

consideration.Infineon

can

offer

bare

die

options,

if

this

is

the

preferreddesign

choice.Best-in-classOptiMOS?

520

V-150

VOptiMOS?

3200

V-300

VStrongIRFET?20

V-75

VOptiMOS?

580

V-150

VOptiMOS?

380

V-150

VHEXFET?80

V-300

V20

V300V80

VBreakdown

voltageLow

frequency

applications

<100

kHzDifferentiatedproductsPriceperformance?Best

fit“standardcomponents/baredie

/powermosfet-20V-300V15SoloLroewiuvsot

lctoange

MprOaSteFnEdTesOptiMOS?

and

StrongIRFET?

MOSFETs

consistently

meetthe

highest

quality

and

performance

demands

in

key

spec-ifications

for

power

system

design

such

as

on-state

resis-tanceandfigure

ofmeritcharacteristics.OptiMOS?StrongIRFET?Highest

system

efficiency

and

reduced

switching

losses

due

to

output

capacitance

reductionDesigned

for

industrial

applicationsIncreased

commutation

ruggednessIdealfor

low

switchingfrequency

(<100

kHz)Narrowparameterspreade.g.VGS(th)

especiallyin100Vand150VHigh

current

carrying

capability

(>120

A)

for

increased

power

capabilityLess

paralleling

requiredRugged

silicon

for

robustnessIncreased

power

density4.5VlogicleveloptimizedLow

voltage

overshootLow

RDS(on)

for

reduced

conduction

lossesFeatures

and

benefitsBest-in-class

technology,

robustness

and

price/performance

ratio/baredie

/powermosfet-20V-300VHotterCoolerSmallerLargerPQFN3x3DPAKDirectFET?

S/MSuperSO8D2PAK

7pinD2PAK

7pin+TOLLTO-220D2PAK2550100150

200Package

area

[mm2]2503003502.52.01.51.00.50Thermal

resistance

[K/W]16LIcotwamvoqlutaogdeitMa

OdoSlFoErTespRDS(on)

comparison

between

OptiMOS?

5

and

next

best

alternative

in

80

V

and

100

V32

-6%

103210Next

best

alternative-13%D2PAKTO-220RDS(on)

max.

[m?]-13%-15%D2PAKTO-220RDS(on)

max.

[m?]OptiMOS?

5100V80

VThe

right

package

depending

on

the

requirements/packages

/toll

/to-247-4

/to-247plus

/optimos-latest-packages

/powermosfet-20V-300VA

full

portfolio

of

industry

standardpackages

is

available

to

suit

differingdesign

requirements

such

as

thermalbehavior

and

footprint.17SoloLroewiuvsot

lctoange

MprOaSteFnEdTesBest-in-class

technology,

robustness

and

price/performance

ratioDirectFET?The

DirectFET?

portfolio

is

the

best

fit

for

a

broad

number

of

industrial

applicationssuch

as

voltage

regulators

for

servers,DC-DC

converters

in

telecom,

solar

microin-vertersand

maximumpowerpoint

trackers

(MPPT),

low

voltage

drives

and

synchro-nous

rectificationin

server

and

desktop.With

only

a

31

mm2

footprint,

DirectFET?Mallows

79

percentspace

reduction

in

powercomponents

on

the

board

comparedto

traditional

D2PAK.

In

addition,

the

metal

can

enables

double-sided

cooling

alongwith

almost

no

package

parasitic

inductances,

leading

to

a

higher

system

efficiency.DirectFET?

Corner

Gateoffers

the

same

benefits

but

in

addition

reduced

packageresistance,improvedthermalbehavioraswellasincreasedcurrent

rating.Best

thermal

behavior

ina

tiny

footprintSuperSO8/PQFN

3.3

x

3.3In

applications

such

as

synchronous

rectification

in

server

and

desktop,

motordrives

and

DC-DC

converters

in

telecom,

high

power

density

and

high

efficien-cy

are

the

main

objectives.

The

trend

set

by

Infineon

to

move

from

TO-220

toSuperSO8

and

PQFN

3.3

x

3.3

reduces

the

area

consumption

considerably.

With

athree

times

lower

parasitic

resistance

compared

to

TO-220,

SuperSO8

offers

highsystem

efficiency

and

low

design

effort

due

to

reduced

spikes.For

highest

efficiency

andpowermanagementTO-LeadlessTO-Leadlessisespeciallydesignedforhighcurrent

applicationssuchasforklift

andlight

electric

vehicles.

The

outstanding

current

capability

of

up

to

300

A

is

akeyfeature

of

TO-Leadless.

Furthermore,

this

package

offersbenefitsin

termsofopti-mized

board

space.

The

significantly

smaller

package

size,

reduced

by

60

percent,enables

a

very

compact

design.

Additionally,

the

50

percent

height

reduction

offersa

significantadvantage

innarrowapplications.Small

Signal

packagesSmallSignalMOSFETs

fromInfineonareavailableinsevenindustrystandardpackage

types

ranging

from

the

largestSOT-223

down

to

the

smallestSOT-363measuring

2.1

x

2

x

0.9

mm.

Products

are

offeredin

single,

dual

and

complementa-ry

configurations

and

are

suitablefor

a

wide

range

of

applications

including

batteryprotectionand

motorcontrol.Optimized

for

high

powerapplicationsAutomotive

qualified

packagesD2PAK

7pin

plusD2PAK

7pin

plus

offers

an

optimized

lead-frame

which

allows

up

to

20

percent

moredie

than

a

regular

D2PAK7pin.

Due

to

increasednumbersof

bondwiresthe

RDS(on)

is

improved

by27

percent

andimproved

thermal

resistance

byupto

15

percent.

Thelead

trimming

option

in

our

production

allowsto

accommodate

three

different

leadconfigurations

(SA,SC,SN).Optimized

for

rugged,

high

powerapplications18LIcotwamvoqlutaogdeitMa

OdoSlFoErTespSmall

Signal

MOSFETsSuitable

for

high

quality

demanding

applicationsThe

Infineon

Small

Signal

and

Small

PowIR?

MOSFET

portfolio

covers

n-channel

and

p-channel

enhancement

MOSFETs

aswellasdepletionmodeproducts.

Thedraintosourcebreakdown

voltageofferingrangesfrom250

Vp-channelupto800

Vn-channel

in

single,

dual

and

complementary

configurations.

Many

products

are

suitable

for

battery

protection

and

lowvoltage

drives

applications.Main

features

and

benefits

of

Small

Signal

MOSFETs

and

Small

PowIR??

VDS

range

-250

V

to

800

V

in

industry

standard

small

outline

packages?

4

VGS(th)

classes?

ESD

protected

p-channel

parts?

Reduced

design

complexity?

Many

products

qualified

to

automotive

AEC

Q101N-channelP-channelPolarityN-channel

enhancement/n-channel

depletionP-channel

enhancement

with

and

without

ESD

protectionVDS

rangefrom

-250

V

up

to

800

VConfigurationSingle,

dual

and

complementaryGatedrivevoltageQualification1.8

V

(ULL),

2.5

V

(SLL),

4.5

V

(LL),

10

V

(NL)

1)Automotive

AEC

Q101

(except

where

indicated)PackagesSOT-223SOT-89TSOP-6SC59SOT-23SOT-323SOT-3631)

ULL:

Ultra

logic

levelSLL:

Super

logic

levelLL:

Logic

levelNL:

Normal

levelLow

voltage

drivesMNMOSMNMOSNMOSMP-channelMOSFETNMOSMDP-channelMOSFET/smallsignal

/smallpowir19SolHoirgehiuvsot

lctoange

MprOaSteFnEdTesCoolMOS?Trusted

leader

in

high

voltage

MOSFETsThe

revolutionary

CoolMOS?

power

MOSFET

family

sets

newstandards

in

the

field

of

energy

efficiency.

Our

CoolMOS?products

offera

significant

reduction

of

conduction,

switch-ing

and

driving

losses

and

enable

high

power

density

andefficiencyfor

superior

power

conversion

systems.

Drivingfactors

like

efficiency,

powerdensity,

controllability,

EMI,layout

resistance,commutationbehavior

andcost,cannot

befulfilled

at

the

same

time

and

lead

to

different

technologiesand

solutions.

Designers

will

select

the

most

suitable

partbased

onefficiency,

ease-of-use

and

commutation.The

600

V

CoolMOS?

P7

is

the

successor

of

the

600

V

CoolMOS?

P6series

targeting

a

broad

range

ofapplications

ranging

from

low

powerSMPS

up

to

thehighestpowerlevels.The600

V

Cool-MOS?P7is

Infineon’smostwellbalanced

CoolMOS?technologyinterms

of

combining

ease-of-use

(e.g.

low

ringing)with

excellent

efficiency

performance

and

reasonable

price.600

V

CoolMOS?P7

achievesup

to1.5

percentbetter

effi-ciency

and

4.2°C

lower

MOSFET

temperature

versus

com-petitor

offerings.

Its

gate

charge

Qg

and

EOSS

are

30

percentto60

percent

lower

compared

to

previousCoolMOS?

fam-ilies

and

competition,

which

leads

to

reduced

driving

andswitching

losses

that

allow

high

efficiency

in

various

powerclasses.

Furthermore,

the

optimized

RDS(on)

enables

smallerfootprints

and

higher

power

density.The

700

VCoolMOS?P7

offers2

percent

to

5

percentlowerswi