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Motor Control Solutions

MOSFETs, TRIACs, MCUs, LOGIC and much more Standard Products

2 Motor control brochureMotor control brochure 3

NXP standard products: we offer you a solu tion for every motor-control device

Motor control at a glance Content

Industry 4.0 is only one aspect of a changing industrial landscape. Evolving applications like e-bikes and power tools raise the demand for highly efficient and reliable parts.

At the same time, industrial designers face the challenge of creating motor-control platform designs that combine the flexibility to adapt quickly to different types of motors with the high accuracy needed to guarantee performance in the most rugged systems.

To meet these new requirements, companies and hardware engineers need to adapt and develop their designs, products, and processes. Motor-control devices need to become progressively smaller and more efficient, to support the industrial transfer to a real Industry 4.0. NXP supports these trends by securing the interfaces, increasing the flexibility and design speed of the control stage, and reducing the size of the power stage while also increasing its power density.

Our portfolio of standard products has become a key driver in the industrial transition to a greener and smarter world, and is already present in countless applications. From MOSFETs, diodes, and transistors to ESD/TVS and logic, we have a complete portfolio of products to cover your industrial needs.

NXP’s LPC1500 microcontrollers are optimized for fast, easy, and high-precision motor control. These new microcontrollers incorporate all the features required for high-accuracy sensored and sensorless motor control, enabling simultaneous control of two motors in highly flexible configurations. Supported by ultra-efficient motor-control firmware, easy-to-use GUI-based tuning tools, and two new motor-control solution kits, LPC1500 microcontrollers simplify evaluation and development of motor-control applications without requiring deep motor-control experience.

ESDPROTECTIONLOGIC

Control StageMCU

Power StageMOSFETSor TRIACS

DISCRETES

} Introducing the Standard Products Group

} Application cross-reference

} Motor types

} Low-voltage types

- Brushed DC motors

- Brushless DC

- Permanent-magnet synchronous motors (PMSM)

- Induction motors

- Stepper motors

} Mains-voltage types

- Universal motors

- Brushed DC motors

- Single-phase AC induction motors

} Microcontrollers and logic solutions

} Automotive solutions


NXP’s Standard Products Group Application cross-reference

NXP’s Standard Products Group produces a staggering 70 billion devices a year and is part of the daily life of billions of people around the globe. Our portfolio consists of a large variety of catalog products, based on widely-known production techniques and offering characteristics that are largely standardized throughout the industry. The portfolio also includes leading discrete solutions, especially in the areas of ESD protection/EMI filtering, low-loss rectification, and power switching.

Power MOS

Bipolar power

Not all power MOSFETs are the same. NXP power MOSFETs are designed and built differently. Based on a unique copper-clip construction, NXP’s LFPAK56 packages are designed to share current and spread heat evenly over the die, while LFPAK33 packages provide the benchmark performance in a low-resistance small-footprint package. Our D2PAK and TO220 packages have enhancements, such as thicker bond wires and multiple stitches, combined with inherently robust silicon to deliver low on-state resistance and high current-carrying capability within an industry standard footprint.

NXP supplies thyristors (silicon-controlled rectifiers, triacs, AC thyristors, and AC thyristor triacs), power diodes, and high-voltage transistors for a wide range of applications, including white goods, industrial, automation, SMPS, and lighting. Our entire thyristor portfolio utilizes NXP’s unique glass-free planar passivation technology to give unrivalled voltage ruggedness and high temperature stability. This eliminates the unpredictable voltage failures that can affect older glass-passivated products.

P-type

N-type

P-type

MT1 metal Gate

MT2 metallization

Deep isolation diffusions

MT1 metal

Passivation dielectrics

VT1 conduction region

VT3 conduction region

NXP planar passivation technology reduces random failures,

improves reliability, yields higher quality

No glass

Low voltage types Mains voltage types

Market Application/ Motor types

Brushed DC motors Brushless DC

Permanent magnet

synchronous motors

Stepper motors Induction motors

Universal motors

Brushed DC motors

Single-phase AC

induction motors

Vehicles

Forklift √ √

Electric pallet trucks √ √

Golf buggies √

Personnel carriers √ √

Utility vehicles √ √

Street sweepers √

e-scooters √

e-bikes √

Electric wheelchairs √ √

Mobility scooters √

Floor cleaners √ √

Leisure

Golf cart √

Electric toys √ √

Model planes √ √

Garden

Strimmers/hedge cutters √ √ √

Lawn mowers √ √ √ √

Garden vacs/blowers √

Shredders √

DIY

Power tools √

Cordless drills √ √

Cordless screwdrivers √

Home

Large White Goods √ √ √ √

Air con/dehumidifiers √

Vacuum cleaners √

Blowers/fan motors √

Building access/automated doors & gates √

Window controls/curtains √ √

Cordless/robot vacuum cleaners √ √

Window vacs √

Kitchen appliances √ √ √

Cordless food mixers √ √

Low voltage bathroom fans √

Office

Printers √

Computer fans √

Laminators √

Work place

Industrial Pumps √

Machine tools √ √ √

Hospital beds √ √

Floor polishers (with vacuum) √ √ √

Professional power tools √ √

Professional cordless tools √ √

Drones √

Refer to each section of this guide for details on recommended types.


Brushed DC Motors

Key features and benefits} Brushed motors are almost universal

in battery-powered applications} Speed control is usually achieved by

pulse-width modulation (PWM)} Large peak currents are generated

during start-up and stall conditions

} NXP’s TO-220 NextPower Cordless devices handle up to 150 A} They have low leakage for extended battery life} Excellent avalanche ruggedness} Choice of logic- or standard-level gate drive to suit each application

Application areas} Power tools encompass everything from small

screwdrivers to heavy-duty saws and garden equipment, while home appliances range from handheld food mixers to cordless vacuum cleaners

} These applications present a wide variety of requirements for driving the motor, but they all need high current capability and the ability to withstand stall conditions and other kinds of abuse

A typical brushed motor from a power tool can be controlled by a simple PWM speed controller. Four MOSFETs are required for bidirectional operation.

NXP’s NextPower Cordless MOSFETs are specifically aimed at motor-control applications. They are enhanced with thicker wires and multiple bond points, to carry high stall currents.

Brushed motors are a well-established technology for power tools, cordless home appliances, and electronic toys.

NextPower Cordless

Device Name VDS(V)RDSon[max]

@ V GS = 10 V (mΩ)RDSon[max]

@ V GS = 4.5 V (mΩ)ID [max] (A) EAS at rated

current [mJ] Package Gate theshold

PSMN2R0-30YL

PSMN2R0-30YLE

PSMN2R5-30YL

PSMN2R6-30YLC

PSMN1R9-40PL

PSMN2R1-40PL

PSMN1R5-40PS

PSMN2R2-40PS

PSMN2R5-60PL

PSMN2R6-60PS

PSMN3R3-60PL

PSMN3R9-60PS

PSMN4R2-60PL

PSMN7R6-60PS

30

30

30

30

40

40

40

40

60

60

60

60

60

60

2

2

2.4

2.8

1.7

2.2

1.6

2.1

2.6

2.9

3.4

3.9

4.3

7.8

2.63

3.5

3.16

3.65

1.94

2.6

-

-

3.15

-

3.8

-

4.3

-

100

100

100

100

150

150

120

100

150

150

130

130

130

92

151

370

103

50

1008

622

1400

1240

655

519

404

372

372

110

LFPAK56

LFPAK56

LFPAK56

LFPAK56

TO220 (SOT78)

TO220 (SOT78)

TO220 (SOT78)

TO220 (SOT78)

TO220 (SOT78)

TO220 (SOT78)

TO220 (SOT78)

TO220 (SOT78)

TO220 (SOT78)

TO220 (SOT78)

Logic Level

Logic Level

Logic Level

Logic Level

Logic Level

Logic Level

Standard Level

Standard Level

Logic Level

Standard Level

Logic Level

Standard Level

Logic Level

Standard Level


Key features and benefits} BLDC motors are compact and powerful} They can be designed to run at very high

speed and power or to provide high torque at low RPM} The absence of brushes gives them long life

and high reliability} Eliminating friction from the brushes makes

them efficient} Relatively simple electronics are required and

can easily incorporate speed control

Application areas} BLDC ‘outrunner’ motors have their rotors on

the outside and the winding in the middle. This gives them plenty of low-speed torque and they are ideal for e-bikes, scooters and quadra-copters} PCB mounted MOSFETs simplify heat-

sinking and facilitates highly automated manufacturing and test} LFPAK devices set the benchmark for a

low-resistance, small-footprint package

Brushless DC (BLDC) refers specifically to a group of motors where the supply to the windings is switched by MOSFETs rather than by a commutator.

LFPAK devices are recommended for high volume consumer goods requiring a compact, yet powerful motor with high level of automated assembly.

NXP’s LFPAK56 portfolio gives industry-leading performance in a truly innovative package. 100% compatible with industry-standard Power-SO8 footprints, the copper source clip shares the current over the die while at the same time spreading the heat evenly among the cells. The LFPAK56’s exposed leads offer extra benefits in terms of increased reliability and the option of wave soldering and automatic optical inspection.

40 to 60 V N-channel MOSFETs

Package nameVDS

[max] [V]RDSon[max]

@ 10 V (mΩ)ID [max] (A)

QG(tot)[typ](nC)

Type number

PSMN1R0-40YLD

PSMN1R4-40YLD

PSMN1R6-40YLC

PSMN1R8-40YLC

PSMN2R6-40YS

PSMN3R3-40YS

PSMN4R0-40YS

PSMN5R8-40YS

PSMN8R3-40YS

PSMN014-40YS

40

40

40

40

40

40

40

40

40

40

1.1

1.4

1.55

1.8

2.8

3.3

4.2

5.7

8.6

14

100

100

100

100

100

100

100

90

70

46

54

45

59

45

63

49

38

28.8

20

12

Brushless DC

Types in bold red represent new products

PSMN011-60ML

PSMN011-60MS

PSMN5R5-60YS

PSMN7R0-60YS

PSMN8R5-60YS

PSMN012-60YS

PSMN017-60YS

PSMN030-60YS

60

60

60

60

60

60

60

60

11.3

11.3

5.2

6.4

8

11.1

15.7

24.7

61

61

100

89

76

59

44

29

37.2

23

56

45

39

28.4

20

13


Package nameVDS

[max] [V]RDSon[max]

@ 10 V (mΩ)ID [max] (A)

QG(tot)[typ](nC)

Type number


PSMN3R8-100BS

PSMN4R8-100BSE

PSMN5R6-100BS

PSMN7R0-100BS

PSMN7R6-100BSE

PSMN009-100B

PSMN9R5-100BS

PSMN013-100BS

PSMN015-100B

PSMN016-100BS

PSMN027-100BS

PSMN034-100BS

3.9

4.8

5.6

6.8

7.6

8.8

9.6

13.9

15

16

26.8

34.5

120

120

100

100

75

75

89

68

75

57

37

32

170

196

141

125

128

156

82

59

90

49

30

23.8

100

100

100

100

100

100

100

100

100

100

100

100

Key features and benefits} Ideal for high-performance servo applications} A close relative of the BLDC motor} Controlled with synthesized sinusoidal

waveforms} Smooth rotation without torque ripple} Smaller, lighter, and more efficient than an

AC induction motor

Application areas} These motors are popular as traction motors

in electric and hybrid vehicles} An emerging application is in direct-drive

washing machines} Smooth rotation makes them suitable for

automotive electric power steering} When fitted with position encoders, they are

ideal for machining tools} Absence of torque ripple makes them good

for disc-drive data storage

Driven by sinusoidal waveforms, the stator has a distributed winding to generate sinusoidal back-EMF. Powerful microprocessors enable operation without position feedback.

PMSM motors are commonly used in industrial automation for traction, robotics, and aerospace, where greater processor power is required.

The NXP D2PAK portfolio is ideally suited to heavy-duty motor-control applications. LFPAK devices are available for space-constrained designs.

100 V N-channel MOSFETs

Permanent-magnet synchronous motors


Key features and benefits} Induction motors are the workhorse of

industry} Low-voltage versions have applications in

battery-powered vehicles} They require a synthesized 3-phase AC

waveform and have a stator winding similar to PMSM motors} They do not have permanent magnets but

rather induce a magnetic field in the rotor by transformer action

Over the last few years, manufacturers have moved from DC control systems to AC. These systems offer several advantages:

} The AC motor can be made much smaller than its equivalent DC counterpart } The motors don’t have any parts to wear out} The motor uses regenerative braking, which

prevents the brake pads from wearing out as quickly} Kinetic energy is used to recharge the battery} The increased efficiency increases the shift

time per battery charge by as much as 25%

Induction motors are designed to work with three-phase AC motors. Their rotors are usually cast from aluminium.

Induction motors are well-established in industrial applications. They are the motor of choice in rugged, hard-working conditions.

The D2PAK portfolio is well suited to heavy-duty motor-control applications. NXP’s devices, with their inherently robust silicon and a large Safe Operating Area (SOA), deliver low on-state resistance and excellent thermal performance within an industry-standard footprint.


Package nameVDS

[max] [V]RDSon[max]

@ 10 V (mΩ)ID [max] (A)

QG(tot)[typ](nC)

Type number

PSMN2R8-80BS

PSMN3R3-80BS

PSMN4R4-80BS

PSMN5R0-80BS

PSMN6R5-80BS

PSMN8R7-80BS

PSMN012-80BS

PSMN017-80BS

PSMN050-80BS

80

80

80

80

80

80

80

80

80

3

3.5

4.5

5.1

6.9

8.7

11

17

46

120

120

100

100

100

90

74

50

22

139

111

125

101

71

52

36

26

11

Induction motors


Key features and benefits} Stepper motors are attractive because they

can be controlled directly by microcontrollers} Step angles range from 1.8° to 90°} Torques vary from a few uNm for instrument

pointer motors to 40 Nm for machine-tool motors

Application areas} Commercially, stepper motors are used in

floppy disk drives, flatbed scanners, computer printers, plotters, slot machines, image scanners, compact disc drives, intelligent lighting, camera lenses, CNC machines, and, more recently, 3D printers} Other uses are in packaging machinery and

positioning of valve pilot stages for fluid-control systems

With a stepper motor, a full revolution is divided into a number of equal steps. The motor’s position can be commanded to move and hold at one of these steps without a feedback sensor.

Stepper motors are frequently used for precision positioning in equipment such as disc drives and computer printers.

In light of ever-increasing pressure to reduce the size of modules while at the same time increasing module functionality, LFPAK33 provides the benchmark in a low-resistance, small-footprint package. The LFPAK33 brings NXP’s robust and reliable copper-clip technology to the DFN/QFN3333 footprint.



Package nameVDS

[max] [V]RDSon[max]

@ 10 V (mΩ) ID [max] (A)QG(tot)

[typ](nC)

Type number

PSMN011-60ML

PSMN011-60MS

PSMN5R5-60YS

PSMN7R0-60YS

PSMN8R5-60YS

PSMN012-60YS

PSMN017-60YS

PSMN030-60YS

60

60

60

60

60

60

60

60

11.3

11.3

5.2

6.4

8

11.1

15.7

24.7

61

61

100

89

76

59

44

29

37.2

23

56

45

39

28.4

20

13

Stepper motors


Key features and benefits} Universal motors are typically the most

common type of motor in the home} They are used in the majority of

home appliances and also find use in commerce and industry} Field (stator) and armature (rotor)

magnetic fields are produced by the same electrical current in series-wound machines} They are compatible with AC and DC

supplies} They provide high-speed, high-torque

drives at low cost

Power tools} Low-duty tools for ‘Do-It-Yourself’ home users} Professional tools for the tradesman

Small appliances} Vacuum cleaners (domestic and commercial)} Kitchen appliances

Large white goods} Main drum motor in front-loading washing

machines

Garden} Hedge cutters} Lawn mowers

Universal motors are widely used in the home, commerce, and industry. The schematic shows a simple triac phase controller for speed control in a vacuum cleaner.

Universal motors are used in most applications where high speed and ease of speed adjustment are required.

Three-quadrant Hi-Com triacs are the first choice for false trigger immunity from noisy load currents and high temperatures.

} Speed is easy to control inexpensively by varying the average supply voltage

} A triac phase-control circuit allows economical solid-state control of motor speed

IT(RMS)

(A)VDRM

(V)IGT (max)

(mA)

SOT54(TO92)

SOT78(TO220AB)

SOT78D(internally insulated

TO220AB)

SOT186A(isolated

TO220AB)SOT223 SOT404

(D2PAK)SOT428(DPAK)

0.8600 / 800

D BTA2008W

D/E BTA2008

1000 D BTA2008

1

600 / 800B/E/ER BTA201

E BTA201W

600 B/C/D/E/F BTA204W*

800 C/E BTA204W*

2 600 / 800 D/E BTA202X

4

600 B/C/D/E/F BTA204 BTA204X BTA204S

800 B/C/E BTA204 BTA204X BTA204S

1000 C BTA204X BTA204S

6 800 CT/ET BTA206 BTA206X

8

600 D BTA208 BTA208X BTA208S

600 / 800 B/E/F BTA208 BTA208X BTA208S

800 B0/C0 BTA308X

1000

B BTA208X

C BTA208X BTA208B

C0 BTA208X

10 600 / 800C/D/E BTA310 BTA310X

BT/CT/ET BTA410* BTA410Y* BTA410X*

12

600CT BTA312 BTA312B

D BTA312 BTA312X BTA312B

600 / 800

B/C/E BTA312 BTA312X BTA312B

C BTA312Y

B/C BTA412Y*

800CT BTA312

ET BTA312 BTA312B

16

600

BT BTA316 BTA316B

B0 BTA316 BTA316B

D BTA316

600 / 800


ET BTA316

B/C BTA416Y*

800B0 BTA316 BTA316X

20 BT/CT BTA420* BTA420Y* BTA420X*

25

600 BT BTA225

600 / 800 B BTA225 BTA225B

800

BT/CT BTA425Y*

B/BT BTA425X*

30 BT BTA330 BTA330X

3-quadrant Hi-Comtypes in bold represent new products

types in bold italic underlined represent products in development

* Large chip / high surge ITSM

IGT key: B = 50 mA, B0 = 10 - 50 mA, C = 35 mA, C0 = 5 - 35 mA, D = 5 mA, E = 10 mA, F = 25 mAT: High Tj(max) 150 °C R: ACT pinning

Universal motors


Small appliances} Handheld blenders

Large white goods} Spray pump in dishwashers

Brushed DC motors are sometimes used for high speed and torque from a small form factor. The schematic shows a triac speed controller for a hand blender.

Brushed DC motors are used in some kitchen appliances where compact power is required. They may also be found in some large white goods and machine tools.

Rectifier-fed DC loads present the toughest commutation conditions for the triac and demand the best Hi-Com triacs.

Key features and benefits} Brushed DC (DC permanent magnet)

motors provide high speed and torque from a small package} Field (stator) magnetic field is

produced by magnets} Armature (rotor) magnetic field is

produced by electrical current} They are compatible with DC supplies

only. On AC supplies a bridge rectifier must be used} Speed is easy to control inexpensively

by average supply voltage} A triac phase-control circuit allows

economical solid-state control of motor speed

Brushed DC motors

IT(RMS)

(A)VDRM

(V)IGT (max)

(mA)

SOT54(TO92)

SOT78(TO220AB)


TO220AB)

SOT186A(isolated


(D2PAK)SOT428(DPAK)

0.8600 / 800

D BTA2008W

D/E BTA2008

1000 D BTA2008

1

600 / 800B/E/ER BTA201

E BTA201W


800 C/E BTA204W*

2 600 / 800 D/E BTA202X

4





8


600 / 800 B/E/F BTA208 BTA208X BTA208S

800 B0/C0 BTA308X

1000

B BTA208X

C BTA208X BTA208B

C0 BTA208X

10 600 / 800C/D/E BTA310 BTA310X


12



600 / 800


C BTA312Y

B/C BTA412Y*

800CT BTA312

ET BTA312 BTA312B

16

600

BT BTA316 BTA316B

B0 BTA316 BTA316B

D BTA316

600 / 800


ET BTA316

B/C BTA416Y*



25

600 BT BTA225

600 / 800 B BTA225 BTA225B

800

BT/CT BTA425Y*

B/BT BTA425X*







Industry and commerce} Light-duty drives (for heavy duty /

higher power, a three-phase machine is recommended)} Air conditioning

The home} Air conditioning} Large white goods (fridge compressors, top-

loading washing machines, tumble dryers, dishwashers)} Heavy-duty kitchen equipment (food processors)

Garden} Shredders, lawn mowers, garden vacs/blowers

Induction motors are used where low speed, high power and long life are desirable. The schematic shows a top-loading washing machine.

Single-phase AC induction motors are widely used in domestic, commercial, and light industrial applications.

Three-quadrant Hi-Com triacs are the first choice because they provide the best immunity to loss of control.

Key features and benefits

} Induction motors are simple, with few

parts to wear out, so they enjoy long

lives

} They offer a wide range of power

outputs

} They are asynchronous. Max speed

is around 2850 rpm (2-pole machine

on 50 Hz) compared with 3000 rpm

synchronous speed

} On single-phase supplies, a

secondary winding and phase shift

capacitor are required to create a

rotating magnetic field (a true single-

phase machine cannot rotate)

} Where high starting torque is required, an additional start-winding and

starting capacitor are required. They must cut out as soon as the motor is

up to speed

Single-phase AC induction motors

IT(RMS)

(A)VDRM

(V)IGT (max)

(mA)

SOT54(TO92)

SOT78(TO220AB)


TO220AB)

SOT186A(isolated


(D2PAK)SOT428(DPAK)

0.8600 / 800

D BTA2008W

D/E BTA2008

1000 D BTA2008

1

600 / 800B/E/ER BTA201

E BTA201W


800 C/E BTA204W*

2 600 / 800 D/E BTA202X

4





8


600 / 800 B/E/F BTA208 BTA208X BTA208S

800 B0/C0 BTA308X

1000

B BTA208X

C BTA208X BTA208B

C0 BTA208X

10 600 / 800C/D/E BTA310 BTA310X


12



600 / 800


C BTA312Y

B/C BTA412Y*

800CT BTA312

ET BTA312 BTA312B

16

600

BT BTA316 BTA316B

B0 BTA316 BTA316B

D BTA316

600 / 800


ET BTA316

B/C BTA416Y*



25

600 BT BTA225

600 / 800 B BTA225 BTA225B

800

BT/CT BTA425Y*

B/BT BTA425X*







The new NXP Cortex LPC1500} Optimized for fast, easy, high-precision

motor control of sensored/sensorless brushless DC (BLDC) and permanent- magnet synchronous motors (PMSM) in markets such as: - Consumer (large home appliances)- Commercial (HVAC/elevator/escalator

control)- Industrial (Pumps/generators)- Also ideal for digital power supplies,

and more

LPC1500 block diagram} Two 12-bit, 12-channel, 2 Msps ADCs} Quadrature encoder interface} Hardware interconnection between SCTimer/

PWM, ADCs, and comparators } ADC triggered by SCTimer/PWM} Comparator can shut down the SCTimer/PWM} 500 ns ADC conversion time} 68 ns propagation delay comparators} Four high-precision SCTimer/PWM modules} Average PWM resolution <1 ns} 72 MHz Cortex-M3 } CAN module for industrial connectivity} USB optional

NXP LPC1500 - motion control ‘simplified’

NXP LPC1500 - Everything you need to simplify motion control

LPC1500 series

Microcontrollers

DEVELOPMENT & DEMO TOOLS

LPCXpresso Board OM13056LPC1549 LPCXpresso board Development

boardhttp://www.nxp.com/demoboard/OM13056.

html

BLDC Motor Control Kit OM13068 Sensored motor controlhttp://www.nxp.com/demoboard/OM13068.

html

PMSM Motor Control Kit OM13067Sensored and sensorless motor control

solutionhttp://www.nxp.com/demoboard/OM13067.

html

Keit MCB1549 Eval Board OM13064 Keil Evaluation boardhttp://www.nxp.com/demoboard/OM13064.

html

LPCOpen - LPC Software Platformhttp://www.lpcware.com/content/device/

lpc15xx

LPCXpresso IDE LPCXpresso IDE v6 C/C++ development suite www.nxp.com/lpcxpresso/home

LPCQuickDrive - Sensored/Sensorless FOC MC Software www.lpcware.com/motorcontrol

LPCMotorCal - GUI Calibration Tool www.lpcware.com/motorcontrol

PART ORDER NUMBER FLASH (kB) SRAM (kB) USB PACKAGE

LPC1549

LPC1549JBD100E

256 36

USB 100LQFP

LPC1549JBD64QL USB 64LQFP


LPC1548LPC1548JBD100E

128 20USB 100LQFP


LPC1547LPC1547JBD64QL

64 12USB 64LQFP



256 36 -100LQFP

LPC1519JBD64E 64LQFP


128 20 -100LQFP



64 12 -64LQFP



Over the last 50 years, the NXP logic business – starting as Philips Semiconductors and then incorporating

the experience of Signetics – has supported growing global demand for logic. Today, as the No. 1 volume

logic supplier in the world, NXP offers a broad variety of industry-leading solutions – at the exceptionally high

levels of quality demanded by the automotive and military industries. We continually invest in new process and

package technologies, as well as new packaging facilities, to extend our leading-edge portfolio and support

high-volume mobile requirements.

Sensored and sensorless control for PMSM

motors.

LPC1549 solution includes:

} LPC1500 Motor Control Kit

} PMSM motor

} LPC QuickDrive firmware

} FOC firmware for BLDC and PMSM motors

available on LPCWare.com

} LPC MotoCal GUI-based calibration tool

} Cables, Quick-Start Guide

PMSM motor-control solution OM13067.Demonstrates Field-Oriented Control (FOC) motor-control functionality.

Commitment and innovation

BLDC motor-control solution.Demonstrates trapezoidal BLDC motor-control functionality.

Schmitt triggers

Type number Description VCC (V) Tamb (Cel)

74HC132 Quad 2-input NAND gate Schmitt trigger 2.0 to 6.0 -40 to +125

74HCT132 Quad 2-input NAND gate Schmitt trigger; TT- enabled 4.5 to 5.5 -40 to +125

74HC14 Hex inverter Schmitt trigger 2.0 to 6.0 -40 to +125

74HC14 Hex inverter Schmitt trigger 2.0 to 6.0 -40 to +125

74HCT14 Hex inverter Schmitt trigger; TTL-enabled 4.5 to 5.5 -40 to +125

74HC1G14 Single inverter Schmitt trigger 2.0 to 6.0 -40 to +125

74HCT1G14 Single inverter Schmitt trigger; TTL-enabled 4.5 to 5.5 -40 to +125

74HC2G14 Dual inverter Schmitt trigger 2.0 to 6.0 -40 to +125

74HCT2G14 Dual inverter Schmitt trigger; TTL-enabled 4.5 to 5.5 -40 to +125

74HC2G17 Dual buffer Schmitt trigger 2.0 to 6.0 -40 to +125

74HCT2G17 Dual buffer Schmitt trigger; TTL-enabled 4.5 to 5.5 -40 to +125

74HC3G14 Triple inverter Schmitt trigger 2.0 to 6.0 -40 to +125

74HCT3G14 Triple inverter Schmitt trigger; TTL-enabled 4.5 to 5.5 -40 to +125

HEF40106 Hex inverter Schmitt trigger 4.5 to 15.5 -40 to +85

HEF4093 Quad 2-input NAND gate Schmitt trigger 4.5 to 15.5 -40 to +125

Microcontrollers Logic solutions

} NXP LPC1549 with two 2 Msps 12 b ADCs,

four SCTimer/PWM modules,

four comparators (68 ns)

} LPC1500 Motor Control Kit

} BLDC motor

} LPC QuickDrive firmware

} FOC firmware for BLDC and PMSM motors available on

LPCWare.com

} LPCMotoCal GUI-based calibration tool Cables, Quick-

Start Guide

More information: www.lpcware.com/motor_control

Video demonstration:

http://www.youtube.com/playlist?list=PLylbUYisuZ4yyieW5wwmSDY3pQir1KEn6


} Cost-effective and simple solution for speed

control

} Schmitt trigger minimizes false gate triggers

} Cover wide temperature range of -40 to

+125C

} Available in wide range of leaded and small-

footprint leadless packages

NextPowerS3

Superfast

Switching with

Soft recovery

Battery-operated power tools} Optimized low-power solutions} Easy on/off and speed control

2x BAS316 1x74HC132or1x HEF4093

To FETGate

Vbat

PWM/SpeedGen

Circuit

LogicMicrocontroller

Discretes

N-CHFET

FWD

REV

2x BAS316 1x74HC132or1x HEF4093

To FETGate

Vbat

PWM/SpeedGen

Circuit

LogicMicrocontroller

Discretes

N-CHFET

FWD

REV

Schmitt trigger for speed control NextPowerS3

With our innovative Planar Passivation platform, our bipolar power ICs can provide highly reliable, high performance

thyristors for all AC mains control applications. Our most advanced AC thyristors and AC thyristor triacs benefit from our

planar technology to offer guaranteed overvoltage clamping performance. This gives added protection and enhanced

immunity against false triggering in real applications.

ACT102/108 series (0.2/0.8 A)

ACTT2/4/6/8/10/12 series (2/4/6/8/10/12 A)

Bipolar power

Low Spiking Thermal Efficiency

Thanks to its optimised output capacitance, body diode, and channel structure, the NextPowerS3 MOSFET exhibits “soft-recovery” switching behavor, resulting in lower voltage spikes, faster decays, and virtually no gate glitches.

Packaged in the copper-clip based LFPAK package, the NextPowerS3 features best-in-class thermal performance.

Typical Competitor NextPowerS3

Logic solutions Power solutions

Package nameVDS

[max] [V]RDSon[max] RDSon[max]

@ 10 V (mΩ) @ VGS 4.5 V (mΩ) ID [max] (A)QG(tot)

[typ](nC)

Type number

PSMN2R4-30MLD

PSMN4R2-30MLD

PSMN0R-30YLD

PSMN1R0-30YLD

PSMN1R0-40YLD

PSMN1R4-40YLD

30

30

30

30

40

40

2.4

4.3

0.87

1.02

1.1

1.4

3.2

5.7

1.09

1.3

70

70

100

100

100

100

16

9.2

51

38

54

45


Industry-leading discretesAs automotive manufactures strive for convenient body applications, new safety systems, infotainment systems, and efficient powertrain solutions, the semiconductor content of vehicles is rising and electronic systems are becoming more complex. Consequently, semiconductor suppliers must meet increasingly strict requirements.

NXP is the global leader in automotive for small-signal discretes - with more than 50 years experience in developing and producing diodes and transistors. Combining our expertise in automotive and discrete solutions, we offer an extensive portfolio of discrete components for every automotive application from small-signal to power.

Automotive solutions NXP Motor Control related Videos

Some Applications

Packaging Insights

NXP Standard Products for Power Tools

NXP Standard Products for E-bikes

Simplifying BLDC and FOC motor control with NXP’s LPC1500 microcontrollers

LFPAK Power-SO8 vs. DPAK

LFPAK

Clip-Bonding

Product Highlights

NextPower Cordless, mosfets for battery powered tools

Triacs

LPC1500 Motor Control Solution Overview

Logic AUP

https://m.youtube.com/watch?v=djsc4qpliEk&list=PL4913037608A6F477&index=40

https://m.youtube.com/watch?index=21&list=PL4913037608A6F477&v=qJBCAKBUDdM

https://m.youtube.com/watch?v=jbe2ZqtENys&index=41&list=PL4913037608A6F477

https://m.youtube.com/watch?v=bi7s-tqyNfQ&list=PL4913037608A6F477&index=35

https://m.youtube.com/watch?v=q9s5gsIutsE&list=PLylbUYisuZ4x6hm734xWRWmfFriu_wuX1

https://m.youtube.com/watch?index=39&list=PL4913037608A6F477&v=41bn8fA0e00

https://m.youtube.com/watch?index=11&v=1Vj6BlPzpZo&list=PL4913037608A6F477

https://m.youtube.com/watch?v=SWM9048giJU&index=37&list=PL4913037608A6F477

https://m.youtube.com/watch?v=dKWUNH15Y8E

https://m.youtube.com/watch?v=nBs0kWZdjDM


Notes Notes

© 2015 NXP Semiconductors N.V.

All rights reserved. Reproduction in whole or in part is prohibited without the prior written consent of the copyright

owner. The information presented in this document does not form part of any quotation or contract, is believed to

be accurate and reliable and may be changed without notice. No liability will be accepted by the publisher for any

consequence of its use. Publication thereof does not convey nor imply any license under patent- or other industrial

or intellectual property rights.

Date of release: February 2015

Document order number: 9397 750 17632

Printed in the Netherlands

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