Industrial Automation Brochure

Industrial Automation
www.infineon.com/automation
Content
Introduction
4
Product Solutions – Control
36
XMC – 32-bit Industrial Microcontrollers
36
Automation Applications
6
AURIX™ – 32-bit Microcontrollers
38
Industrial PCs
6
CAN Transceivers
40
Human Machine Interface (HMI)
7
Programmable Logic Controller (PLC)
8
Product Solutions – Interface
42
Micro PLC
9
HITFET™ Low-Side Drivers
42
Industrial Power Supply
10
PROFET™ High-Side Drivers
44
Industrial Sensors
11
SPIDER – Universal SPI Driver for Low-Current
46
Motor Control and Drives
12
Loads
Industrial Communication
13
ISOFACE™ – Galvanic Isolated High-Side
Linear Actuator
14
Switches and Input ICs
48
Wireless Control
49
50
Product Solutions – Power Supply
15
SmartLEWIS™ Family – Smart Low Energy
CoolMOS™ – High Voltage Power MOSFETs
15
Wireless System
600V CoolMOS™ P6
15
Current Sensors
51
600V and 650V CoolMOS™ C6/E6
17
Hall-Effect Switches
52
650V CoolMOS™ CFDA
18
Linear Hall Sensors
53
19
Speed Sensors
54
Integrated Pressure Sensors ICs
55
OptiMOS™ – Low and Medium Voltage
Power MOSFETs
Small Signal Power MOSFETs
20
iGMR Angle Sensors
56
SiC Schottky Diodes
21
Constant Current Relay Drivers (CCRD)
58
Product Solutions – Security and Protection
59
OPTIGA™ TPM (Trusted Platform Module)
59
OPTIGA™ Trust – Authentication Solution for
60
650V thinQ!™ SiC Schottky Diodes
21
Generation 5
1200V thinQ!™ SiC Schottky Diodes
22
Generation 5
Silicon Power Diodes
24
Increased Security at Lower System Costs
Discrete IGBT
27
OPTIGA™ Trust P – Programmable Device
650V TRENCHSTOP™ 5 Discrete IGBT
27
Authentication Solution
600V and 1200V HighSpeed 3 Discrete IGBT
29
SLM 97 – Machine-to-Machine (M2M) Portfolio
DC/DC Converters
31
DC/DC Voltage Regulator – DrBlade™ 2
32
RC-Drives and RC-Drives Fast
34
Voltage Regulators
35
61
62
3
Introduction
The Automation Advantage
The growing pace of industrial automation and networking
across industrial control systems presents manufacturers with evolving challenges. They need industrial-grade
components that can withstand harsh manufacturing
environments, meet the latest energy efficiency standards
and offer robust levels of security. A microcontroller, for
example, that doesn’t support an extended temperature
range is simply not fit for purpose. Other success factors
include the right price/performance ratio, long-term availability thanks to guaranteed roadmaps and design support.
Here at Infineon, we are committed to making your
automation designs as simple, energy-efficient, secure
and reliable as possible. Not only do we cover the full
automation design flow from power management through
control to interfacing and security, we also support our
high-quality, industrial-grade semiconductor offering with
proven reference designs for easy design-in and rapid timeto-market. Backed by clear roadmaps, all of our products
are engineered to give you a high level of integration while
saving valuable space in energy-efficient packages.
4
Smart semiconductor solutions for smart factories
Our semiconductor solutions are also speeding the transition towards the fourth “Industrial Revolution” by optimizing processes and sharing information across the entire
value chain. Accelerated by initiatives such as the German
Government’s Industrie 4.0 (industrial internet) project, this
stage of industrial development will see the growing emergence of smart factories powered by smart semiconductor
solutions such as our microcontrollers, power devices and
sensors. Driven by the internet and various information
and communication technologies, Industrie 4.0 promises
huge resource efficiency gains, individualized products and
greater adaptability through the intelligent sharing and
networking of information across the extended value chain.
Industrie 4.0 also enables strong integration of customers
and business partners.
However, an increasingly automated, connected environment presents new security challenges. Here, too, you can
rely on our market-leading expertise in embedded security
to meet growing demands for protection against attacks,
counterfeits, manipulation and sabotage in the Industrie
4.0 manufacturing environment. Our hardware-based
authentication systems and encryption solutions provide
robust protection for product specifications, design blueprints, production schedules and industrial secrets as they
fly through cyberspace.
Introduction
Industrial Automation Overview
Security and Protection
Supervisor Level
Industrial PC / Panel PC
HMI
Control Level
PLC
HMI
Field Bus
Field Level
Micro PLC
Motor Control
Industrial Sensors
Linear Actuator
Industrial Power Supply
Industrial Communication
Industrial Ethernet
Industrial Automation Solution Layers
Single-source Answer to all
your Design Needs
Most industrial automation networks are divided into
three solution layers – the supervisor level, the control level
and the field level. The first focuses mainly on PC-based
systems (desktop, rack-mounted and panel PCs), equipped
with standard operating systems (such as Microsoft
Windows) and supplier-specific industrial process control
software for process parameterization and visualization.
Our portfolio gives manufacturers one-stop access to all
the devices and solutions they need across all three solu
tion layers. At the supervisor level, our semiconductor
devices are designed to provide the necessary levels of
robustness and security. For control applications, you will
find our products in PLCs, human machine interfaces and
field bus devices. And at the field level, customers can rely
on our rich portfolio for micro PLCs, motor control devices,
sensors and actuator drives.
The control level refers to the automation systems (programmable logic controllers or PLCs) where automation
programs are executed. Control systems require robust
real-time capability and usually have their own controller
architecture and proprietary operating system.
Last but not least, the field level encompasses all terminal
equipment such as sensors (optical, magnetic, thermal,
etc.) and actuators (magnetic valves, power switches,
motor starters, etc.) which work with a peripheral PLC or
remote I/O system, collecting data and communicating it to
the main PLC via a field bus.
As the leader in hardware-based embedded security,
we also provide robust protection across software and
hardware layers at all three levels. Complementing our
OPTIGA™ TPM (Trusted Platform Module) security controllers to protect the integrity and authenticity of automation
devices and systems in automation networks, our OPTIGA™
authentication solutions help you protect IP and avoid
counterfeits.
5
Automation Applications
Industrial PCs
Positioned at the heart of today’s complex, increasingly
automated manufacturing environments, industrial PCs
face a number of challenges. Generally responsible for
process control and diagnostics (of software-based applications) and networked via standard Ethernet switches,
industrial PCs have a direct impact on factory uptime. They
must be designed for continuous operation in rugged manufacturing environments, featuring robust hardware and
software security functionality in customizable housings
scaling from mobile devices to 19ˈˈ rack-mounted systems.
Compatibility with industry-standard PC architectures
and bus interfaces is also an important success factor, as
industrial PCs are expected to outlive the short innovation
cycles associated with consumer PCs and keep pace with
the latest operating system or application updates. Last
but not least, power efficiency is key as many industrial PCs
need to operate without a fan.
Power Supply
IGBT
High-Voltage MOSFET
Low-Voltage MOSFET
Gate Driver
SiC
Power Control ICs
32-bit Microcontroller
XMC1000
XMC4000
AURIX™
AC/DC
–
–
–
–
–
–
–
–
IGBT
High-Voltage MOSFET
Low-Voltage MOSFET
Gate Driver
SiC
Power Control ICs
Current Sensor
32-bit Microcontroller
XMC1000
XMC4000
PC security, we also deliver tailored solutions for trusted
computing (TPM) and identification devices, contact-based
and contactless chip card ICs, and ICs for USB security dongles. You can rely on our wide range of RF and protection
devices and our wireless components (LNA, RF transistors)
to protect sensitive interfaces. To ensure future compatibility, our dedicated CPU and memory power supply devices
comply with Intel DrMOS specifications. Rounding off our
impressive lineup, we offer dedicated application knowhow and software support when you need it. Your can even
test your application on our special demonstrator platform
to see how it performs for yourself.
Control
Memory
UPS
–
–
–
–
–
–
–
We offer a wide portfolio of energy-efficient power semiconductors to meet all of your concrete industrial computing requirements. Highlights include our CoolMOS™
and OptiMOS™ solutions. As market leader in TPM-based
ESD/EMI Protection
– TVS Diodes
– EMI Filtering
Security
CPU Subsystem
– Authentication
– Secured Communication
– Integrity
CPU Power Supply
– DrMOS
– DC/DC Converter
– Linear Voltage
Regulators
WLAN
Trusted Computing
– Trusted Platform Module
DC/DC
–
–
–
–
Interface
DC/DC Converter
Linear Voltage Regulators
Low-Voltage MOSFET
Current Sensor
LED Backlight Control
– 32-bit Microcontroller
XMC1000
– LED Drivers
– RF-Switches
– RF ESD Protection
– Low-Noise Amplifier
Digital I/O
–
–
–
–
–
–
Isolated High-Side Switches
Isolated Digital Input IC
High-Side Switches
Low-Side Switches
Constant Current Relay Driver
32-bit Microcontroller
XMC1000
XMC4000
Interface & Sensor Hub
– 32-bit Microcontroller
XMC1000
XMC4000
For detailed product information please see the chapter Product Solutions from page 15 onwards.
DrMOS = Driver and MOSFET Integraged Module
www.infineon.com/industrial-pc
6
Automation Applications
Human Machine Interfaces (HMI)
Human machine interfaces (HMI) such as text displays,
graphic panels and panel PCs must be particularly robust
in harsh industrial settings. Looking beyond a rugged and
secure design, they must also be easy to use and support
granular access. Given the importance of interoperability
across microcontrollers, power supplies and peripherals
in complex manufacturing environments, a single-source
offering – at the right price point – is often a must-have.
We offer a full lineup of high-quality solutions to meet all
of your human machine interface needs. Our one-stop
offering gives you the peace of mind you need that micro-
Power Supply
controllers, power devices and interfaces will be seamlessly
compatible. As a pioneer in embedded security, we can
deliver the rich security functionality you need. You can
build on our dedicated application know-how and proven
track record in HMI innovations to design an HMI that is
easy to use, efficient and secure. You can even test your HMI
prototype on our demo platform based on the XMC4000
Application Kit – so you can experience the functionality
and performance of our HMI semiconductor offering before
you decide to invest.
Control
Wireline
Communication
LED Backlight
Control
– 32-bit Microcontroller
XMC1000
– LED Drivers
Interface
32-bit Microcontroller
(Connectivity)
– XMC4000
–
–
–
–
Transceiver
Digital I/O ICs
ESD/Surge Protection
32-bit Microcontroller
XMC1000
XMC4000
Security
DC/DC
–
–
–
–
DC/DC Converter
Linear Voltage Regulators
Low-Voltage MOSFET
Current Sensor
– Authentication
– Secured Communication
– Integrity
WLAN
– RF Transistors
– Low-Noise Amplifier
Wireless Control
– Wireless Control ICs
for sub 1GHz
Sensors
– Contactless Control
Elements
For detailed product information please see the chapter Product Solutions from page 15 onwards.
www.infineon.com/human-machine-interface
7
Automation Applications
Programmable Logic Controllers (PLC)
Programmable logic controllers (PLC) provide the computing power at the heart of nearly all industrial control and
factory automation systems. As such, reliability is paramount. PLCs must be robust, resistant to environmental
stresses and protected against water and dust to ensure
24x7 operation over a wide temperature range. Other
key success factors include real-time capabilities, robust
security functionality and seamless interoperability with
connected automation systems.
We have a wide portfolio of dedicated semiconductors for
PLC applications to answer all of these operational challenges. Our 8-, 16- and 32-bit microcontroller portfolio
Power Supply
delivers enhanced real-time communication and comprehensive safety features for interfacing units in harsh industrial environments, also supporting various communication
interfaces. Our unique ISOFACE™ family was designed specifically for industry automation systems, offering optional
isolation and enhanced diagnostics. You can rely on our
leading experience in security products and brand protection with solutions such as OPTIGA™ Trust, one of the best
embedded security products on the market. Our power
supply solutions are designed to meet even harsh automotive requirements. To experience the Infineon advantage for
yourself, test your programmable logic controller prototype
on our demo platform.
Interface
Control
Digital I/O
DC/DC
–
–
–
–
DC/DC Converter
Linear Voltage Regulators
Low-Voltage MOSFET
Current Sensor
32-bit Microcontroller
– XMC1000
– XMC4000
– AURIX™
–
–
–
–
–
Isolated High-Side Switches
Isolated Digital Input IC
High-Side Switches
Low-Side Switches
Constant Current Relay Driver
MC Companion IC
– AD Converter
– ESD/EMI Protection
– Safety Watchdog
Transceiver
Chipcard & Security ICs
– Industrial CAN
– ESD/EMI Protection
– IP & Software Protection
– Authentication
Function Module
– RFID
Interface & Sensor Hub
– 32-bit Microcontroller
XMC1000
XMC4000
For detailed product information please see the chapter Product Solutions from page 15 onwards.
www.infineon.com/programmable-logic-controller
8
Automation Applications
Micro PLCs
These programmable logic controllers (PLCs) manage lowend applications such as simple house-automation control
systems or electronic points of sale (ePOS). Increasingly,
manufacturers expect user-friendly, cost-sensitive devices
that are both compact and power-efficient. Networking
capabilities, an integrated design, high availability and
robust security are also key priorities.
ARM® Cortex™-M4 32-bit microcontroller family is designed
for the most robust performance requirements, with
enhanced communication channels (Ethernet, USB, UART),
interfacing to touch buttons and integrated high-current
ports to drive LEDs. Drawing on our long-standing experience bundled in our OptiMOS™ product family, our MOSFET
solutions offer lowest RDS(on) and best-in-class FOM for the
Our high-quality XMC1000 microcontroller family was
designed to meet these challenges – at an attractive price
point. Some members of the XMC1000 family are even
equipped with optional software IP protection for particularly secured micro PLC applications. And our latest
highest power efficiency and performance. For standard
output interfaces, we offer a wide selection of low- and
high-side switches covering several output current requirements. These are complemented by constant current relay
drivers (CCRD) for energy-efficient operation of electromechanical relays.
Power Supply
AC/DC
–
–
–
–
–
High-Voltage MOSFET
Low-Voltage MOSFET
Gate Driver
Power Control ICs
Current Sensor
Control
32-bit Microcontroller
(incl. Display Interface,
Touch)
– XMC1000
– XMC4000
Digital I/O
–
–
–
–
–
–
Isolated High-Side Switches
Isolated Digital Input IC
High-Side Switches
Low-Side Switches
Constant Current Relay Driver
ESD/EMI Protection
MC Companion IC
DC/DC
–
–
–
–
Interface
– AD Converter
– ESD/EMI Protection
DC/DC Converter
Linear Voltage Regulators
Low-Voltage MOSFET
Current Sensor
Chipcard & Security ICs
– IP & Software Protection
– Authentication
Transceiver
– Industrial CAN
– ESD/EMI Protection
Function Module
– RFID
For detailed product information please see the chapter Product Solutions from page 15 onwards.
www.infineon.com/micro-plc
9
Automation Applications
Industrial Power Supply
The benchmark is high for power supplies in industrial
settings. They must be reliable and efficient, resistant
to load dumps and capable of delivering a stable output
voltage over a wide input voltage range. In addition,
they must ensure minimal power losses and remain stable
over a wide temperature range.
Supporting all industrial power supply applications, we
have a broad portfolio of high-quality industrial-grade
products that reflect our lengthy experience in power
supply technology. Our lineup extends from low-voltage
MOSFETs (OptiMOS™), with best-in-class RDS(on) and FOM
values, through high-voltage MOSFETs (CoolMOS™) to
discrete and integrated IGBT solutions.
Power Supply
AC/DC
–
–
–
–
Inverter
Gate Driver + Isolation
Rectifier
Current Sensor
Our integrated solutions (CoolSET™) are ideal for compact
designs requiring especially low-power SMPS. Complementing dedicated power control ICs (PFC/PWM controllers), we offer a wide range of 8-bit microcontrollers
(XC800 family), which are ideal for monitoring voltage,
temperature or malfunctions. Our current sensors round off
our power supply offering for point-of-load power supply
applications.
Highlights of our power supply lineup include our unique
thermal interface material (TIM) for lower thermal resistance and our leading packaging technologies for thermal
optimization. You can also save time and effort with our
power supply application boards and reference designs.
Control
32-bit Microcontroller
– XMC1000
– XMC4000
DC/DC
– Linear Voltage Regulators
– Switched Mode Voltage Regulators
Interface
Current Monitoring
– Digital Magnetic Current Sensor
External Interface
– Transceivers
– ESD/Surge Protection
For detailed product information please see the chapter Product Solutions from page 15 onwards.
www.infineon.com/industrial-power-supply
10
Automation Applications
Industrial Sensors
In today’s high-tech factories, industrial sensors play a
defining role in the precision and reliability of manufacturing systems. Typical applications include contactless
switching, index counting, current measurement, level
metering, and position, pressure or (large-area) motion
detection. As automation equipment becomes increasingly powerful, specifications for industrial applications
are growing in complexity. This calls for more intelligent
sensors designed for higher accuracy and faster data transfer speeds, especially for contactless control systems, for
instance.
Power Supply
DC/DC
–
–
–
–
DC/DC Converter
Linear Voltage Regulators
Low-Voltage MOSFET
Current Sensor
In addition, sensors must be durable enough to perform
reliably in an industrial environment – and small enough
for the very limited space on an integrated printed circuit
board (PCB). In addition, they must be designed to master
degradation effects, in light barriers for instance.
Our high-quality industrial sensor semiconductors rise to
these challenges with the added bonus of an optimum
price/performance ratio. Our broad one-stop spectrum
of solutions includes a rich portfolio of smart sensors to
measure everything from angle and current to speed and
pressure.
Control
32-bit Microcontroller
– XMC1000
– XMC4000
– AURIX™
Interface
Sensor IC
–
–
–
–
–
–
–
–
–
Hall Switches
Linear Hall Sensors
Angle Sensors
Current Sensor
Speed Sensor
Pressure Sensors
Radar Solution
Inductive Proximity Switches
Isolated Digital Input IC
For detailed product information please see the chapter Product Solutions from page 15 onwards.
www.infineon.com/industrial-sensors
11
Automation Applications
Motor Control and Drives
Modern motor control applications call for energy efficiency, stability and security. In addition, demands for
power density are rising. The key to meeting these needs
lies in the right semiconductor solutions.
chronous motors, through induction and stepper motors,
to switched reluctance motors. This is complemented by
various sensor products for reliable and efficient motor
operation.
With years of experience in motor control, we offer the
industry’s most cost-competitive portfolio and the highestquality semiconductor components for motor control and
drive applications. Our offering covers a wide range of
voltage and power classes, supporting a broad application
spectrum across the industrial market. With our power
products and microcontrollers, you can design efficient,
robust and cost-effective control units for virtually all types
of motors, from brushless DC and permanent magnet syn-
Highlights of our motor control portfolio include our SiC
(silicon carbide diode) technology line and our proprietary
TIM (thermal interface material) for the market’s lowest
thermal resistance, especially for Power IGBT Modules in
the range from Easy Modules to PrimePACK™ Modules. Our
experts can help you develop tailor-made microcontrollers
for your individual design challenges. For common applications, we offer motor control evaluation boards and demo
kits.
Power Supply
AC/DC
–
–
–
–
–
–
–
IGBT
High-Voltage MOSFET
Low-Voltage MOSFET
Gate Driver
SiC
Power Control ICs
Current Sensor
Control
32-bit Microcontroller
– XMC1000
– XMC4000
– AURIX™
Gate Driver
Power Stage
– Low-Voltage Gate Driver
– High-Voltage Gate Driver
–
–
–
–
High-Voltage MOSFET
Low-Voltage MOSFET
IGBT
Power Modules
Integrated Motor Driver ICs
DC/DC
–
–
–
–
Interface
– Half Bridges
– H-Bridges
DC/DC Converter
Linear Voltage Regulators
Low-Voltage MOSFET
Current Sensor
Sensors
– Hall Switches
– Angle Sensors
– Current Sensor
User Interface
– 32-bit Microcontroller
XMC1000
XMC4000
– Industrial CAN
– LED Drivers
For detailed product information please see the chapter Product Solutions from page 15 onwards.
www.infineon.com/motor-control
12
Automation Applications
Industrial Communication
Networking and communication demands are growing in
industrial settings as automation and complexity continue
to rise. Today’s devices needs to support real-time communication protocols, ensure robust, fail-safe and – above
all – secure wireless communication and work with the
growing diversity of machine interfaces that are appearing
on the market.
Our dedicated semiconductor solutions are specifically
engineered to support industrial communication applications. They are designed to enable fast time-to-market at
a price point that fits your budget. Even more importantly,
our OPTIGA™ made-to-measure embedded security solu-
Power Supply
DC/DC
AC/DC
PFC
tions enable secured communication across networked
IT infrastructures and production systems. Our LNAs for
WLAN applications, for example, are the best way to
improve system sensitivity and extend your system range.
And our transceiver devices come with built-in CAN
support. For your flexibility, our portfolio of transmitter,
receiver and transceiver products for the sub 1GHz
frequency bands extends from entry-level standard devices
up to SmartLEWIS™ solutions for complex system and
performance requirements. Supporting the full range of
industrial communication standards and protocols, we
back up our offering with demo platforms and comprehensive software and driver support.
Control
32-bit Microcontroller
– XMC1000
– XMC4000
– AURIX™
Interface
Communication
Interfaces
–
–
–
–
–
–
–
–
–
Ethernet
External-BUS
USB
CAN
SPI/DSPI/QSPI
SCI/RS232/RS485
IIC
IIS
FlexRay
…
CAN-PHY
LIN-PHY
…
For detailed product information please see the chapter Product Solutions from page 15 onwards.
www.infineon.com/industrial-communication
13
Automation Applications
Linear Actuators
For top performance in industrial settings, a linear actuator
must be robust and resistant to environmental stress.
You will find the perfect fit for your actuator needs from our
wide range of high-quality products. All our actuators are
designed to get your product to market on time, in budget
and with the right feature set. Our offering extends from
robust protected switches – such as the PROFET™ and
Power Supply
DC/DC
–
–
–
–
DC/DC Converter
Linear Voltage Regulators
Low-Voltage MOSFET
Current Sensor
HITFET™ families – to proven reference designs specifically
for industrial linear actuators, like our relay unit for PLCs.
We also offer several integrated solutions to drive actuators in industrial environments, including PWM-enabled
drivers or constant current relay drivers (CCRD), both of
which reduce local power losses and increase the energy
efficiency of your overall system.
Control
32-bit Microcontroller
– XMC1000
– XMC4000
– AURIX™
Interface
Smart Power Switches
–
–
–
–
–
Isolated High-Side Switches
Isolated Digital Input IC
High-Side Switches
Low-Side Switches
Constant Current Relay Driver
Switches
– High-Voltage MOSFET
– Low-Voltage MOSFET
– IGBT
Embedded Power
– Relay Driver with Embedded MCU
For detailed product information please see the chapter Product Solutions from page 15 onwards.
www.infineon.com/linear-actuator
14
Product Solutions
Power Supply
Product Solutions
Power Supply
CoolMOS™ – High Voltage Power MOSFETs
600V CoolMOS™ P6
Optimized High Voltage Power MOSFETs Merging High Energy Efficiency with Ease of Use
CoolMOS™ P6 is our seventh generation of high voltage
power MOSFETs designed according to the revolutionary
superjunction (SJ) principle. The new CoolMOS™ P6 series
combines our experience as the leading SJ MOSFET supplier with our innovative strengths in designing high-efficiency solutions. The resulting P6 technology is engineered
to provide high performance in hard- and soft-switching
topologies (e.g. PFC, LLC) without compromising ease of
use. P6 achieves extremely low conduction and switching
losses, especially in light load conditions.
This enables switching applications that are more efficient
and compact, with the added bonus of being lighter and
cooler. In addition, with its granular portfolio, P6 addresses
the specific needs of applications such as server and PC
power supplies , telecom rectifiers, consumer devices as
well as industrial automation systems. For all these and
other applications, it offers the best price/performance
ratio on the market today.
Key Features
Key Benefits

Reduced gate charge (Qg)

Improved efficiency, especially in light load conditions

Optimized Vth for soft switching

Better efficiency in soft-switching applications due to

Good body diode ruggedness
earlier turn-off

Suitable for hard- and soft-switching topologies

Optimized balance between efficiency and ease of use;
good control over switching behavior

Highly robust and better efficiency

Outstanding quality and reliability

CoolMOS™ quality with over 12 years manufacturing
experience in superjunction technology

Optimized integrated Rg

Improved dv/dt
www.infineon.com/p6
15
Product Solutions
Power Supply
CoolMOS™ – High Voltage Power MOSFETs
600V CoolMOS™ P6
Optimized High Voltage Power MOSFETs Merging High Energy Efficiency with Ease of Use
Product Portfolio
RDS(on) @ VGS = 10V
[mΩ]
DPAK
ThinPAK 8x8
TO-220
TO-220 FullPAK
TO-247
600
IPD60R600P6
IPP60R600P6
IPA60R600P6
380
IPD60R380P6
IPP60R380P6
IPA60R380P6
IPP60R330P6
IPA60R330P6
IPW60R330P6
330
280
IPP60R280P6
IPA60R280P6
IPW60R280P6
230/255
IPL60R255P6
IPP60R230P6
IPA60R230P6
IPW60R230P6
190/210
IPL60R210P6
IPP60R190P6
IPA60R190P6
IPW60R190P6
160/180
IPL60R180P6
IPP60R160P6
IPA60R160P6
IPW60R160P6
125
IPP60R125P6
IPA60R125P6
IPW60R125P6
99
IPP60R099P6
IPA60R099P6
IPW60R099P6
70
IPW60R070P6
41
IPW60R041P6
Efficiency
300W CCM PC Silverbox
Efficiency Difference 90V Low Line Rg,ext = 10R
94
0.3
93
0.2
92
0.1
Difference [%]
Efficiency [%]
300W CCM PC Silverbox
Efficiency 90V Low Line Rg,ext = 10R
91
90
IPP60R199CP
IPP60R190P6
IPP60R190E6
89
88
87
0
50
100
150
200
POUT [W]
250
300
0
IPP60R199CP
IPP60R190P6
IPP60R190E6
- 0.1
- 0.2
-0.3
350
This plug and play measurement shows the benefit of
CoolMOS™ P6 in comparison to CoolMOS™ E6 and
CoolMOS™ CP. In this 300W continuous conduction mode
(CCM) PC Silverbox, CCM operates after output power until
70W or higher, otherwise it works in DCM. Even in this light
-0.4
0
50
100
150
200
POUT [W]
250
300
350
load condition, which is not a one to one comparison,
P6 has a slight efficiency improvement. When the output
power goes over 70W in CCM, P6 shows an efficiency gain
relative to E6 of 0.2% to 0.3% in full load. This efficiency
benefit is due to Qg reduction and relatively high Vth values.
www.infineon.com/p6
16
Product Solutions
Power Supply
600V and 650V CoolMOS™ C6/E6
High Voltage Power MOSFETs with Best-in-Class On-Resistance
CoolMOS™ C6/E6 is our sixth generation of high voltage
power MOSFETs designed according to the revolutionary
superjunction (SJ) principle. The new CoolMOS™ C6/E6
series combines our experience as the leading SJ MOSFET
supplier with best-in-class innovation. The resulting
C6/E6 devices provide all the benefits of a fast-switching SJ
MOSFET without sacrificing ease of use.
C6/E6 achieves extremely low conduction and switching
losses, enabling more efficient, more compact, lighter and
cooler switching applications. In addition, it offers the best
cost/performance ratio on the market today. C6 devices
have been optimized for ease of use, while E6 devices have
been optimized for the highest efficiency in DCM applications.
Key Features

Lowest RDS(on) in DPAK, TO-220, TO-247

Improved body diode ruggedness (Qrr and di/dt)

Significant Qg reduction

Reduced energy stored in output capacitance
(Eoss) @ 400V

Integrated gate resistor

Outstanding CoolMOS™ quality

Key Benefits

Higher power density

Improved reliability

Ideal for both soft- and hard-switching topologies

Improved efficiency in hard switching applications

Better light load efficiency

Greater ease of use

Reduced ringing due to PCB layout and package
parasitic effects
Product Portfolio
Product Type
Product Family
RDS(on) [mΩ]
Voltage [V]
Package
IPP60R074C6
CoolMOS™ C6 600V
74
600
TO-220
IPP65R074C6
CoolMOS™ C6 650V
74
650
TO-220
IPD65R250C6
CoolMOS™ C6 650V
250
650
DPAK
IPD65R250E6
CoolMOS™ E6 650V
250
650
DPAK
IPW65R037C6
CoolMOS™ C6 650V
37
650
TO-247
For full portfolio visit the dedicated family page.
C3 vs. E6 efficiency comparison in a CCM-PFC stage 190mΩ @ 130kHz
190mΩ Efficiency @ 115VAC and 7.5Ω Gate Resistor @ 130kHz
190mΩ Efficiency @ 230VAC and 7.5Ω Gate Resistor @ 130kHz
97
98
96
Efficiency [%]
Efficiency [%]
97
96
95
IPP60R190E6 7.5R
SPP20N60C3 7.5R
94
1)
93
0
50
100
150
200
250
POUT [W]
300
350
95
94
93
92
1)
91
400
90
0
50
IPP60R190E6 7.5R
SPP20N60C3 7.5R
100
150
200
250
POUT [W]
300
350
400
1) Significant light load efficiency improvement with E6 can then also be achieved compared to C3 due to the improved Qg and EOSS values.
www.infineon.com/c6e6
17
Product Solutions
Power Supply
CoolMOS™ – High Voltage Power MOSFETs
650V CoolMOS™ CFDA
Market-Leading 650V CoolMOS™ Power MOSFETs with Integrated Fast Body Diode
With the new 650V CoolMOS™ CFDA, we have launched our
second generation of market-leading automotive-qualified
high voltage CoolMOS™ MOSFETs, which are also suitable
for industrial sensors in industrial automation applications.
The new CoolMOS™ CFDA series provides an integrated
fast body diode, making it ideal for resonant switching
topologies requiring lower switching losses due to a low
gate charge. The softer commutation behavior and clearly
enhanced EMI performance give the CoolMOS™ CFDA
series a clear advantage over competitor parts. In addition,
limited voltage overshoot during hard commutation of the
body diode facilitates both layout and design-in.
Key Features
Key Benefits

First 650V automotive-qualified technology with

Increased safety margin due to higher breakdown voltage
integrated fast body diode on the market

Limited voltage overshoot during hard commutation –
self-limiting di/dt and dv/dt

Low gate charge (Qg)
Low Qrr at repetitive commutation on body diode and low Qoss

Reduced turn-on and turn-off delay times

Compliant with AEC-Q101 standard

Reduced EMI performance and easy design-in

Better light load efficiency

Lower switching losses

Higher switching frequency and/or duty cycle possible

Outstanding quality and reliability
Product Portfolio
RDS(on)
[mΩ]
DPAK
D2PAK
TO-220
660
IPD65R660CFDA
IPB65R660CFDA
IPP65R660CFDA
420
IPD65R420CFDA
TO-247
310
IPB65R310CFDA
IPP65R310CFDA
190
IPB65R190CFDA
IPP65R190CFDA
IPW65R190CFDA
150
IPB65R150CFDA
IPP65R150CFDA
IPW65R150CFDA
110
IPB65R110CFDA
IPP65R110CFDA
IPW65R110CFDA
80
IPW65R080CFDA
48
IPW65R048CFDA
Limited Voltage Overshoot by CoolMOS™ CFDA During Hard Commutation of Conducted Body Diode
800
U [V]
600
400
T = 25°C; If = 20A; Rg,d = 5.6Ω; Ugs = 13V

Limited voltage overshoot due to soft commutation
676V
IPW65R080CFDA
Comp2 600V
452V
compared to competition enables easier design-in
200
0
0
behavior of CFDA contributes to higher reliability

Significantly less voltage overshoot of CFDA
Less Voltage Overshoot
100
200
t [µs]
300
400
500
www.infineon.com/cfda
18
Product Solutions
Power Supply
OptiMOS™ – Low and Medium Voltage
Power MOSFETs
Leading-Edge Solutions for a Better Future
OptiMOS™ 40V–250V products set a new industry benchmark for efficiency. With leading on-state resistance (RDS(on))
and switching behavior, they reduce power losses for overall energy efficiency levels of 96%. This series is ideal for
designers looking to raise energy efficiency performance
and meet targets such as Energy Star Titanium Level. Very
low RDS(on) values enable high-current applications in spacesaving packages (such as SuperSO8, S3O8, CanPAK™ and
TO-Leadless). Previously, these designs were only possible
in larger packages.
The new OptiMOS™ 25V–30V product family sets new
standards in power density and energy efficiency for
discrete power MOSFETs and packaged designs. Offering
an ultra-low gate and output charge, coupled with lowest
RDS(on) in small footprint packages, OptiMOS™ 25V is the best
choice for demanding voltage regulator requirements in
server, datacom and telecom applications. OptiMOS™ 30V
products are tailored to the needs of power management
in notebooks, delivering improved EMI behavior and longer
battery life.
Key Features
Key Benefits

Reduced number of phases in multiphase converters

Lower overall system costs

Minimized system EMI, eliminating the need for external

Reduced power losses and increased efficiency
snubber networks

Designed for highest efficiency with the
world’s lowest RDS(on)

Highest power density

Lowest board space consumption
for all load conditions

Space-saving packages (CanPAK™, S3O8) or
system-in-package solution

Easy design-in
Efficiency
96
Using Infineon products in synchronous rectification of
600W server power supply with 12V output raises your
peak efficiency by 0.3%.
95
Efficiency [%]
94
93
92
91
90
Competitor
BSC016N06NS
89
88
150
200
250
300
350 400
POUT [W]
450
500
550
600
For full portfolio please visit the family pages.
www.infineon.com/optimos-lowvoltage
www.infineon.com/optimos-mediumvoltage
19
Product Solutions
Power Supply
Small Signal Power MOSFETs
Small Signal N-Channel, P-Channel and Complementary MOSFETs
Our Small Signal portfolio offers N-Channel and P-Channel
enhancement products as well as depletion MOSFETs. The
voltage ranges from -250 up to 800V in single, dual and
complementary configurations. Four gate drive voltages
are available in seven industry-standard packages
(SOT223, SOT89, TSOP6, SC59, SOT23, SOT323, SOT363).
Small Signal MOSFETs are ideal for many applications such
as battery protection and management, DC/DC converters,
LED drivers and industrial automation applications. They
are also commonly used as load switches and level shifters.
NEW Small Signal OptiMOS™ 100V MOSFET in TSOP6
Space-Saving Packages for Fast-Switching Applications
Key Features

Voltage from -250V up to 800V

Single, dual and complementary configurations

Seven industry-standard packages

Four gate drive voltages (1.8 – 10V)

100V and 75V Small Signal MOSFETs in TSOP6 packages

Low Qg and low thermal resistance

Key Benefits
We have launched three new 100V and one new 75V Small
Signal MOSFETs in TSOP6 packages. These are new spacesaving versions of industry-standard devices in the respective
RDS(on) class. The low Qg and low thermal resistance makes
them the perfect fit for a number of applications including
industrial automation, motor control, LED lighting and SMPS
systems. All products are qualified to AEC-Q101, making them
suitable for automotive applications and all applications
demanding the highest levels of quality.

Highest levels of quality

Automotive certified to AEC-Q101

Low power dissipation

Fast switching
–– Easy to design-in
–– Space-saving packages
Product Portfolio Small Signal SFET 2 100V TSOP6
Product Type
VDS
RDS(on) @ VGS = 10V
[mΩ]
ID(max)
[A]
VGS(th)
[V]
QG(th)
[nC]
RthJA1)
[K/W]
BSL716SN
75
150
2.5
0.8 … 1.8
13.1
62.5
BSL296SN
100
460
1.4
0.8 … 1.9
13.1
62.5
BSL372SN
100
220
2.0
0.8 … 1.8
14.3
62.5
BSL373SN
100
230
2.0
2.1 … 4.0
9.3
62.5
1) Device on 40mm x 40mm x 1.5mm epoxy PCB FR4 with 6cm (one layer 70µm thick) copper area for drain connection. PCB is vertical in still air (t < 5s).
2
Block Diagrams
Step-Up (Boost)
Step-Down (Buck)
Synchronous Step-Up
Synchronous Step-Down
Vin
Vin
Vin
Vin
Vout
Control
IC
N-Ch
Iout
Control
IC
P-Ch
L
P-Ch
Vout
Iout
Control
IC
N-Ch
P-Ch
Vout
Iout
Vout
Control
IC
N-Ch
Iout
www.infineon.com/smallsignal
www.infineon.com/depletion
20
Product Solutions
Power Supply
SiC Schottky Diodes
650V thinQ!™ SiC Schottky Diodes Generation 5
Improved Efficiency and Price/Performance
thinQ!™ Generation 5 is our leading-edge technology for SiC
Schottky barrier diodes. Our proprietary diffusion soldering
process, established since G3, is now combined with a new,
more compact design and thin wafer technology. The result
is a new family of products offering improved efficiency
over all load conditions. This performance enhancement
is enabled by both the improved thermal characteristics
and a lower Figure of Merit (Qc x VF). The new thinQ!™
Generation 5 has been designed to complement our 650V
CoolMOS™ families, meeting the most stringent application
requirements in this voltage range.
Key Features
Key Benefits

VBR at 650V

Higher safety margin against overvoltage; best match

Improved Figure of Merit (Qc x VF)
with CoolMOS™ products

Improved efficiency over all load conditions

Reduced EMI

Highly stable switching performance

Reduced cooling requirements and increased system
reliability

No reverse recovery charge

Soft switching reverse recovery waveform

Temperature-independent switching behavior

High operating temperature (Tj max = 175°C)

Improved surge current capability
Efficiency
0.15
a)
Efficiency Difference [%]
Efficiency [%]
98.5
98.0
97.5
97.0
10
Generation 5
Generation 3
Generation 2
20
30
40
50
60
POUT [% nominal]
70
80
90
100
b)
Generation 5
Generation 3
Generation 2
0.10
0.05
0
- 0.05
- 0.10
- 0.15
10
20
30
40
50
60
70
POUT [% nominal]
80
90
100
Experimental results
Efficiency comparison among the three IFX generations of 8A SiC diodes
Experimental
a) Absolute valuesresults
b) Referred to
thinQ!™ Gen 5among the three IFX generations of 8A SiC diodes
Efficiency
comparison
(CCM PFC, High line, Pout max = 1800W, fSW = 65kHz, THS = 60°C, MOSFET: IPW60R075CP)
a) Absolute values
b) Referred to thinQ!™ Gen 5 (CCM PFC, High line, Pout max = 1800W, fSW = 65kHz, THS = 60°C, MOSFET: IPW60R075CP)
www.infineon.com/sic-gen5
21
Product Solutions
Power Supply
SiC Schottky Diodes
650V thinQ!™ SiC Schottky Diodes Generation 5
Improved Efficiency and Price/Performance
Product Portfolio
IF
[A]
TO-220 real2pin
2
IDH02G65C5
TO-247
D2PAK real2pin
ThinPAK 8x8
IDK02G65C5
IDL02G65C5
3
IDH03G65C5
IDK03G65C5
4
IDH04G65C5
IDK04G65C5
IDL04G65C5
5
IDH05G65C5
IDK05G65C5
6
IDH06G65C5
IDK06G65C5
IDL06G65C5
8
IDH08G65C5
IDK08G65C5
IDL08G65C5
9
IDH09G65C5
10
IDH10G65C5
IDW10G65C5
IDK10G65C5
IDL10G65C5
12
IDH12G65C5
IDW12G65C5
IDK12G65C5
IDL12G65C5
16
IDH16G65C5
IDW16G65C5
20
IDH20G65C5
IDW20G65C5
IDK09G65C5
30
IDW30G65C5
40
IDW40G65C5
1200V thinQ!™ SiC Schottky Diodes Generation 5
New Level of Efficiency and Reliability in Single-Phase and 3-Phase Applications
Our new 1200V thinQ!™ SiC Schottky Diodes Generation 5
diode portfolio offers designers of high-power single-phase
and 3-phase applications new levels of efficiency and
reliability. Generation 5 diodes come with a best-in-class
forward voltage level (VF), which is 30% lower than the previous generation. The lower VF provides significant system
efficiency gains from 50% loads upwards, also providing
Key Features

Best-in-class forward voltage (VF)

Mild positive temperature dependency of VF

Best-in-class surge current capability, up to 14 times
nominal current depending on amp rating

Excellent thermal performance

New 40A rated diode
outstanding efficiency during lower switching frequency
operations. A second highlight is the extended surge current capability. The new Generation 5 offers up to 14 times
nominal current (depending on the diode amp rating),
ensuring robust diode operation during surge current
events.
Key Benefits

Highest efficiency gain during high load operation
due to 30% drop in static loss compared with previous
generation

Improved system efficiency even at low switching
frequencies

Higher reliability during surge current events
www.infineon.com/sic-gen5
www.infineon.com/sicdiodes1200v
22
Product Solutions
Power Supply
1200V thinQ!™ SiC Schottky Diodes Generation 5
New Level of Efficiency and Reliability in Single-Phase and 3-Phase Applications
Efficiency
30% reduced
diode losses
Diode Losses
50
Losses [W]
PV String
Nominal power → 10kW
Input voltage → 500V
Output voltage → 800V
Switching frequency → 20kHz
Junction temperature → 125°C
40
30
1200V SiC thinQ!™
Generation 5
20
0
1200V
HighSpeed 3 IGBT
IFX Gen2
IFX Gen5
10
0
20
40
60
Nominal Current [%]
80
Front-end Boost in 3-phase PV inverter
100
Product Portfolio
Continuous
Forward Current
IF
[A]
TO-247
TO-220 real2pin
DPAK real2pin
2
IDH02G120C52)
IDM02G120C52)
5
2)
IDH05G120C5
IDM05G120C52)
IDH08G120C52)
IDM08G120C52)
8
10
IDW10G120C5B
IDH10G120C5
15
IDW15G120C5B
IDH15G120C52)
20
IDW20G120C5B1)
30
IDW30G120C5B1)
40
IDW40G120C5B1)
1)
1)
2)
1) B = dual-configuration with common cathode
2) Release 2015
www.infineon.com/sicdiodes1200v
23
Product Solutions
Power Supply
Silicon Power Diodes
New Rapid Diode Families
The Rapid Diode families complement Infineon’s existing high power 600V/650V diodes by filling the gap between SiC
diodes and previously released emitter-controlled diodes. They represent a perfect cost/performance balance and target
high efficiency applications switching between 18kHz and 100kHz. Rapid 1 and Rapid 2 are optimized to have excellent
compatibility with CoolMOS™ and high speed IGBT (Insulated Gate Bipolar Transistor) such as the TRENCHSTOP™ 5 and
HighSpeed 3.
24
Rapid 1 is forward voltage drop (VF) optimized to
address low switching frequency applications.
Optimized for applications switching up to 40kHz.
Rapid 2 is a Qrr/trr optimized hyperfast diode to
address high speed switching applications.
Optimized for applications switching between
40kHz and 100kHz.
Key Features

Temperature stable forward voltage (VF) of 1.35V

650V breakthrough voltage

Low reverse recovery current (Irrm)

Soft reverse recovery for outstanding EMI behavior

trr < 50ns
Key Features

Temperature stable forward voltage (VF) of 1.6V

trr < 20ns

Soft reverse recovery for outstanding EMI behavior

Excellent cost optimized alternative to silicon carbide
(SiC) diodes
Product Solutions
Power Supply
Block Diagrams
Boost PFC
Interleaved PFC
Common Cathode
Rapid Diode
85–285
V AC
400V
IGBT/CoolMOS™
Full Bridge
IGBT/CoolMOS™
Rapid Diode
Rapid Diode
IGBT/CoolMOS™
85–285
V AC
IGBT/CoolMOS™
Rapid Diode
400V
IGBT/
CoolMOS™
3 Level Inverter
Rapid
Diode
Common
Cathode
Rapid Diode
Rapid Diode
Rapid
Diode
Rapid
Diode
IGBT/
CoolMOS™
VIN
IGBT/CoolMOS™
IGBT/CoolMOS™
VIN
IGBT/
CoolMOS™
IGBT
VDC
VAC
Rapid
Diode
IGBT
IGBT/
CoolMOS™
www.infineon.com/rapiddiodes
25
Product Solutions
Power Supply
Silicon Power Diodes
New Rapid Diode Families
Rapid Diode Portfolio
Continous
Current Ic
Tc = 100°C
[A]
8
TO-220 real2pin
TO-220 FullPAK
TO-220
TO-247
TO-247
IDW30E65D1
IDW30C65D1
IDP08E65D1
9
Rapid 2 650V
Rapid 1 650V
15
IDP15E65D1
20
30
IDV20E65D1
IDP30E65D1
40
IDW40E65D1
60
IDW60C65D1
75
IDW75D65D1
80
IDW80C65D1
8
IDP08E65D2
IDV08E65D2
15
IDP15E65D2
IDV15E65D2
20
IDP20E65D2
30
IDP30E65D2
40
IDP40E65D2
IDW15E65D2
IDP20C65D2
IDV30E65D2
IDW20C65D2
IDP30C65D2
IDW30C65D2
IDW40E65D2
Emitter Control Diode Portfolio
Continous
Current Ic
Tc = 100°C
[A]
600V
DPAK
6
IDD06E60
9
IDD09E60
15
1200V
TO-220 real2pin
IDP15E60
30
IDP30E60
45
IDP45E60
IDD15E60
D2PAK
TO-247
IDB15E60
IDB30E60
IDW30E60
50
IDW50E60
75
IDW75E60
100
IDW100E60
4
IDP04E120
9
IDP09E120
12
IDP12E120
18
IDP18E120
20
30
IDP30E120
IDB30E120
www.infineon.com/rapiddiodes
26
Product Solutions
Power Supply
Discrete IGBT
650V TRENCHSTOP™ 5 Discrete IGBT
A Technology to Match Tomorrow’s High Efficiency Demands
Our TRENCHSTOP™ 5 IGBT offers market-leading switching
and conduction loss performance. TRENCHSTOP™ 5 is the
next generation of thin wafer technology for applications
switching at frequencies above 10kHz. We have reduced
wafer thickness by more than 25%, enabling a dramatic
improvement in both switching and conduction losses,
whilst providing a breakthrough voltage of 650V.
Plug and play application tests show a reduction in package temperature of more than 25% relative to our previous
best-in-class IGBT, the HighSpeed 3. Even more revolutionary, when a TO-247 HighSpeed 3 IGBT is replaced with a
TRENCHSTOP™ 5 in a TO-220, case temperatures drop more
than 10% for the TRENCHSTOP™ 5. This quantum leap in
efficiency opens up new opportunities for designers to
explore.
Key Features

650V breakthrough voltage

Performance improvements on HighSpeed 3:
–– Qg down by a factor of 2.5
–– Switching losses reduced by a factor of 2
–– VCE(sat) reduced by 200mV

Co-packed with Infineon’s new “Rapid” Si diode
technology

Low Coss/Eoss

Mild positive temperature coefficient (VCE(sat))

Temperature stability of VF
Key Benefits

Best-in-class efficiency, resulting in lower junction and
case temperature

Higher device reliability

50V increase in the bus voltage without compromising
reliability

Higher power density designs
Efficiency
Efficiency [%]
PFC Efficiency - Low Line Vin = 115V
Boost Diode = Ultrafast Si 15A unless Specified
96.0
95.5
95.0
94.5
94.0
93.5
93.0
92.5
92.0
91.5
91.0
F5 + SiC, Rgoff = 20Ω
1.7%
0.7%
H5 RG,off = 5Ω
H3 RG,off = 5Ω
IGP40N65F5, RG,off = 20Ω, SiC Boost Diode
IGP40N65H5, RG,off = 5Ω
IKW40N60H3, RG,off = 5Ω
0
100
200
300
400
500
POUT [W]
600
700
800
Variant 1:
HighSpeed 5 – H5/High speed variant

Plug & play/ease of use

Designed for ease of use implementation
to easily replace existing IGBTs in designs
or where redesign resources are limited

Optimized for gate resistor values down
to 5Ω
Variant 2:
HighSpeed 5 Fast – F5/Highest efficiency

Performance optimized for low
inductance designs in combination with
SiC diodes to offer 1% higher efficiency
compared to the H5

Requires higher design-in effort, but
rewards are higher
www.infineon.com/trenchstop5
27
Product Solutions
Power Supply
Discrete IGBT
650V TRENCHSTOP™ 5 Discrete IGBT
A Technology to Match Tomorrow’s High Efficiency Demands
TRENCHSTOP™ 5 Selection Tree
600V/650V
No
Free Wheeling Diode
(FWD)
Yes
10–150kHz
< 18kHz
> 18kHz
10–150kHz
< 18kHz
> 18kHz
TRENCHSTOP™ 5
H5/F5
TRENCHSTOP™
60T
HighSpeed 3
H3
TRENCHSTOP™ 5
H5/F5
TRENCHSTOP™
60T
HighSpeed 3
H3
Corresponding Best Fit IGBTs
IGP20N65H5/F5
IGP30N65H5/F5
IGP40N65H5/F5
IGW40N65H5/F5
IGW50N65H5/F5
PFC & PWM
IGP30N60T
IGW30N60T
IGW50N60T
Corresponding Best Fit IGBTs
IGP30N60H3
IGW40N60H3
IGW50N60H3
IKP08N65H5/F5
IKP15N65H5/F5
IKA15N65H5/F5
IKP20N65F5/H5
IKP30N65F5/H5
IKP40N65H5/F5
IKW40N65H5/F5
IKW50N65H5/F5
–
IKP15N60T
IKA15N60T
–
IKW30N60T
IKW50N60T
–
IKP20N60H3
–
IKP20N60H3
IKW40N60H3
IKW50N60H3
PFC & PWM
www.infineon.com/trenchstop5
28
Product Solutions
Power Supply
600V and 1200V HighSpeed 3 Discrete IGBT
Optimized in Every Respect
Our 1200V and 600V 3rd generation HighSpeed IGBT family is optimized for hard- and soft-switching topologies.
The family sets a new benchmark for switching losses and
is recommended for topologies switching at frequencies
above 20kHz. Very short tail current and low turn-off losses
(25% less than the closest competitor) are key features of
this new family. It has the ability to increase the efficiency
of your design by up to 15%.
And thanks to our world-renowned TRENCHSTOP™
technology with its intrinsically very low Vce(sat) behavior,
HighSpeed 3 keeps both switching and conduction losses
extremely low.
The free-wheeling diode in the duo packs is a 4th generation
emitter-controlled diode, optimized for fast recovery while
maintaining a high level of softness. This provides excellent
complementary high-speed switching performance, ruggedness and EMI behavior.
Key Features
Key Benefits

Lowest switching losses for switching frequencies

High efficiency
above 20kHz

Soft switching waveforms

Low Vce(sat)

Low diode losses and fast recovery time

Positive Vce(sat) temperature coefficient

10µs short circuit rating

Excellent EMI behavior
Power Dissipation
Load Current vs Frequency

Low conduction losses

RoHS compliance

Low risk of thermal runaway and easy paralleling
Power Dissipation
Vds = 800V, D = 0.5, Ic = 40A, Tj = 150°C
45
Best Competitor / TO-264
IKW40N120H3 / TO-247
705
605
505
405
305
205
105
5
Best Competitor
IKW40N120H3
40
Load Current [A]
Power Dissipation @ 150°C [W]
805
Load Current vs Frequency
Vds = 800V, D = 0.5, Tc = 100°C
35
Tj = 175°C
Power Dissipation = 242W
30
25
20
Tj = 150°C
Power Dissipation = 200W
15
10
0
10
20
30
40
50
60
70
80
Switching Frequency [kHz]
P = Vce x Ic x D + fsw x Esw,tot
At 40A, Tj = 150°C, the IFX device provides 15% lower losses
5
0
10
20
30
40
50
60
70
80
90
100
Switching Frequency [kHz]
Thanks to the higher Tjmax and lower losses, for a fixed
Tc = 100°C the KW device can run up to 50% higher load
current than best competitor’s device.
www.infineon.com/highspeed3
29
Product Solutions
Power Supply
Discrete IGBT
600V and 1200V HighSpeed 3 Discrete IGBT
Optimized in Every Respect
HighSpeed 3 IGBT and Duo Pack
600V Product Family
IGBT
Continuous
Collector
Current Ic @
Tc = 100°C
[A]
IPAK
DPAK
D2PAK
TO-220
20
IGB20N60H3
IGP20N60H3
30
IGB30N60H3
IGP30N60H3
TO-220 FullPAK
TO-247
IGW20N60H3
IGA30N60H3
IGW30N60H3
40
IGW40N60H3
50
IGW50N60H3
60
IGW60N60H3
75
IGW75N60H3
100
IGW100N60H3
20
Duo Pack
TO-262
IKB20N60H3
IKP20N60H3
IKW20N60H3
30
IKW30N60H3
40
IKW40N60H3
50
IKW50N60H3
60
IKW60N60H3
75
IKW75N60H3
HighSpeed 3 IGBT and Duo Pack
1200V Product Family
Duo Pack
IGBT
Continuous
Collector
Current Ic @
Tc = 100°C
[A]
IPAK
DPAK
D2PAK
TO-220
TO-262
TO-220 FullPAK
TO-247
20
IGW15N120H3
30
IGW25N120H3
40
IGW40N120H3
20
IKW15N120H3
30
IKW25N120H3
40
IKW40N120H3
www.infineon.com/highspeed3
30
Product Solutions
Power Supply
DC/DC Converters
Robust Range of Converters for the Widest Application Spectrum
Our high-efficiency switching regulators and controllers
help to reduce energy consumption. In addition to extending the operating time of battery-powered systems, they
also significantly improve the thermal budget of the appli-
cation. Overall, this translates into minimal operating costs.
For your design flexibility, they are available as adjustable
voltage variants as well as with dedicated fixed output voltage values.
Key Features
Key Benefits

Input voltage up to 60V

High-efficiency regulation

Output currents going from 500mA up to 10A

Only a few external components needed for stable

Switching frequencies ranging from 100kHz to 2.2MHz
regulation

Perfectly suited for regulation in pre-/post-regulation
power supply architectures

Shutdown quiescent current down to below 2µA

Current limitation and overtemperature protection

Enable feature
DC/DC Converters
Product Type
VQ
(multiple)
IFX81481ELV
Adjustable Buck Controller 10.0
IFX90121EL V50 5.0V
IFX80471SK V
Package
10A synchronous DC/DC adjustable Step Down Controller;
f = 100 – 700kHz, N
PG-SSOP-14
Buck Converter
0.5
Vin up to 45V, 2.2MHz Step-Down Regulator with Low Quiescent Current PG-SSOP-14
Adjustable Buck Converter
2.3
Vin up to 60V; VQ adjustable from 1.25V up to 15V; external MOS
PG-DSO-14
Buck Converter
2.3
Vin up to 60V; external MOS
PG-DSO-14
Adjustable Buck Converter
1.8
VQ adjustable from 0.6V up to 16V; Tolerance 2% up to 1000mA
PG-DSO-8
IFX80471SK V50 5.0V
IFX91041EJV
Output Current Output Current Product Features
Type
[A]
IFX91041EJ V33 3.3V
Buck Converter
1.8
VQ fixed to 3.3V; Tolerance 2% up to 1000mA
PG-DSO-8
IFX91041EJ V50 5.0V
Buck Converter
1.8
VQ fixed to 5.0V; Tolerance 2% up to 1000mA
PG-DSO-8
Block Diagram IFX91041
Industrial DC/DC Buck Regulators (Selection Tree)
VS
EN
7
45V
Output Current
Enable
5
BDS
Feed Forward
Buck
Converter
3
6
IFX90121
5V
>45 … 60V
Output Current
≤1A
Charge Pump
Overtemperature
Shutdown
COMP
Maximum Input Voltage
8
>1A
IF91401
Adj, 5V, 3.3V
≥2A
IFX81401
Adj
IFX80471
Adj, 5V
500mA
1.8A
10A
2.3A
2.2MHz
370kHz
Synchronous
controller
60V, 360kHz
BUO
Output Current
SYNC
1
Oscillator
4
Band-gap
Reference
IFX91041
FB
Soft-start Ramp
Generator
2
GND
www.infineon.com/industrial-dcdc-converters
31
Product Solutions
Power Supply
DC/DC Voltage Regulator – DrBlade™ 2
DC/DC Voltage Regulation System Solution
DrBlade™ 2 Power Stage and Digital VR Controller
Our digital voltage regulation system solution combines
a DrBlade™ 2 power stage and a 4th generation VR controller. It is designed to provide the highest configurability
with a minimal external component count to meet the
increasingly stringent voltage regulation requirements of
new microprocessor generations. Small, highly efficient
and thermally enhanced power stages in the novel RoHS
2016-compliant blade packaging technology maximize
power density and save PCB real estate. Continuous inno-
vation in FET, driver and controller technologies enable
peak efficiencies above 95% for maximum system performance. The extensively validated system approach offers
sense and protection features for superior system robustness as well as higher reliability. This device comes with a
Graphic User Interface (GUI) to program controller parameters and tune the VR while in operation. Furthermore, our
highly trained global engineering network provides highquality support from design to manufacturing.
Key Features
Key Benefits

60A max. average load current

High system stability and robustness

4.5V to 16V input voltage

Fast and easy system optimization

Temperature sensing and thermal warning

Minimum solution footprint

Load current sensing

Peak efficiency in excess of 95%

Digital configuration

RoHS-compliant and lead-free
Efficiency
Efficiency [%]
System Efficiency
97
96
95
94
93
92
91
90
89
88
87
86
DrBlade™ 2 provides > 95% peak efficiency:

Vin = 12V, Vout = 1.82V
DrBlade™ 2 TDA21320

LL = 0mΩ, Lout = 150nH (Vitec)

fswitch = 429kHz

Tamb = 25°C
0
25
50
75
100
125
150
Output Load Current [A]
175
200 225
No Air Flow
Included losses: Controller, power stage, inductor
Infineon’s system solution with 4th Generation VR digital controller and DrBlade™ 2 power stage in next generation package
with integrated current sense achieves greater than 95% peak efficiency.
32
Product Solutions
Power Supply
Product Portfolio
Product Type
Product Family
Max. Phases/Rail
Package
TDA21320 DrBlade™ 2.0
Power Stage (driver + MOSFETs)
–
LG-WIQFN-38-1 (6.6 x 4.5 x 0.6mm3)
TDA21321 DrBlade™ 2.1
Power Stage (driver + MOSFETs)
–
LG-WIQFN-38-1 (6.6 x 4.5 x 0.6mm3)
PX7247HDN
Digital VR Controller
6+1
PG-VQFN-48 (6 x 6 x 0.9mm3)
PX7241HDN
Digital VR Controller
3+3
PG-VQFN-48 (6 x 6 x 0.9mm3)
PX7143HDN
Digital VR Controller
3+0
PG-VQFN-40 (5 x 5 x 0.9mm3)
PX7242HDM
Digital VR Controller
1+1
PG-VQFN-40 (5 x 5 x 0.9mm3)
PX7141HDM
Digital VR Controller
1+0
PG-VQFN-40 (5 x 5 x 0.9mm3)
PX8746HDN1)
Digital VR12.5 VCore Controller
6+0
PG-VQFN-48 (6 x 6 x 0.9mm3)
PX8143HDM
Digital VR12.5 DDR Controller
3+0
PG-VQFN-40 (5 x 5 x 0.9mm3)
1)
1) Example from a broad range of VR12.5 controllers
Application Diagram
Our power architectures address the need for more accurate and efficient power delivery to support the increasingly
challenging requirements of today’s DC/DC computing applications.
Power
Supply
VCOM
DrBlade™ 2
MultiPhase
PWM
Controller
Driver
www.infineon.com/systemsolution-dcdc
33
Product Solutions
Power Supply
RC-Drives and RC-Drives Fast
Cost-Optimized IGBTs
Our RC-Drives IGBT technology provides cost-optimized
solutions for the price-sensitive consumer drives market,
which demands outstanding performance for permanent
magnet synchronous and brushless DC motor drives. Our
reverse-conducting RC-Drives Fast family was developed to
meet rising demand for low-power motor drives in consumer
applications. IGBT and diode losses were reoptimized to
reduce losses at frequencies of 4 ~ 30kHz. RC-Drives Fast
enables high-efficiency designs for inverters above 16kHz,
reducing audible noise to absolutely silent. Furthermore,
ultra-precise vector control techniques can be used to provide more torque at low speed and high performance control
dynamics at high speed. The small size of the components
allows high power density designs at lower system cost.
Key Features

Optimized Eon, Eoff and Qrr for up to 20% lower
switching losses

Operating range of DC to 30kHz

Max. junction temperature 175°C

Short circuit capability of 5µs

Very tight parameter distribution

Best-in-class current performance for package size

Smooth switching performance for low EMI levels

Complete product portfolio and PSpice models on the
internet
Key Benefits

Excellent cost/performance for
hard-switching applications

Outstanding temperature stability

Very good EMI behavior

Up to 60% space saving on the PCB

Higher reliability due to monolithically integrated
IGBT & diode (less thermal cycling during switching)
Product Specifications for RC-Drives and RC-Drives Fast
Product Type Power
[W]
Recomm.
VCE
Switching
Freq. [kHz] [V]
25°C
100°C 25°C
175°C 25°C
175°C [µs]
25°C
175°C
25°C
175°C
IKD03N60RF
40 … 80
4 … 30
600
5
2.5
2.2
2.3
0.09
1)
0.141)
5
2.1
2
0.061)
0.191)
DPAK
IKD04N60RF
80 … 150
4 … 30
600
8
4
2.2
2.3
0.11
1)
1)
0.19
5
2.1
2
0.09
1)
0.261)
DPAK
IKD06N60RF
150 … 250
4 … 30
600
12
6
2.2
2.3
0.181)
0.281)
5
2.1
2
0.161)
0.341)
DPAK
IKD10N60RF
250 … 600
4 … 30
600
20
10
2.2
2.3
0.351)
0.521)
5
2.1
2
0.271)
0.621)
DPAK
IKD15N60RF
600 … 1kW
4 … 30
600
30
15
2.2
2.3
0.521)
0.781)
5
2.1
2
0.421)
11)
DPAK
IKD04N60R
80 … 150
DC … 5
600
8
4
1.652)
1.852)
0.24
0.4
5
1.72)
1.72)
0.22
0.52
DPAK
IKD06N60R
150 … 250
DC … 5
600
12
6
1.652)
1.852)
0.33
0.56
5
1.72)
1.72)
0.37
0.8
DPAK
IKD10N60R
250 … 600
DC … 8
600
20
10
1.65
1.85
0.59
0.93
5
2)
1.7
1.72)
0.56
1.22
DPAK
IKD15N60R
600 … 1kW
DC … 8
600
30
15
1.652)
1.852)
0.9
1.25
5
1.72)
1.72)
0.76
1.7
DPAK
1) Speed optimization
IC [A]
VCESAT [V]
2)
Ets [mJ]
2)
tSC
VF [V]
Qrr [µC]
Package
2) Conduction optimization
Efficiency
Eoff vs. Vcesat
Rs = 40Ω, Ic = 4A, Tj = 25°C and 175°C
0.30
Eoff [mJ]
0.20
0.15
0.10
-61% reduction
in Eoff at 175°C
0.05
0
1.5
1.6
1.7
1.8
1.9
2.0
Vcesat [V]
34
Due to diﬀerent trade-oﬀ between conduction and switching losses, either RC-Drives or RC-Drives Fast can be oﬀered
depending on switching frequency.
RC-Drives (25°C)
RC-Drives (175°C)
RC-Drives Fast (25°C)
RC-Drives Fast (175°C)
0.25
2.1
2.2
2.3
2.4
www.infineon.com/rcdf
Product Solutions
Power Supply
Voltage Regulators
Energy-Efficient Voltage Regulators and Trackers
Our linear voltage regulators and trackers help to reduce
energy consumption, extending operating time and minimizing operating costs across all kinds of systems. The wide supply voltage range, low quiescent current, rich protective fea-
ture set and choice of packages make our devices the perfect
fit across a broad application spectrum, even beyond typical
automation designs. Our trackers are ideal as additional supplies for off-board loads to increase system reliability.
Key Features
Key Benefits

Input voltage up to 60V

Pin-to-pin compatibility with

Output current up to 1.5A
industry-standard parts

Very low dropout voltage

Trackers for optimized heat distribution and
external protection

Trackers for maximum system cost reduction

Small robust packages

Output voltage adjustable or fixed to specific values

Quiescent current down to 20µA

Overload, overtemperature, short-circuit and
reverse-polarity protection

Low current consumption

Extended temperature range -40°C ... +125°C
Infineon Microcontroller Families and Industrial Voltage Regulators
Microcontroller Family Input Voltage [V]
Input Current (max.) [mA]
Voltage Regulator
XMC1000 Family
1.8 … 5.5
<100
IFX54211/IFX2931/IFX4949/IFX25001/IFX544xx
XMC4000 Family
3.3
<500/300
IFX1763/IFX544xx/IFX1117
XC8xx
3.3 … 5.0
200
IFX20001/IFX24401/IFX2931/IFX21401/IFX4949/IFX544xx
XE166/XC2000
1.5 and 3.3 or 5.0
100
IFX25401/IFX24401/IFX2931/IFX4949
TriCore™
1.5 … 3.3
>400
IFX27001/IFX8117/IFX91041/IFX80471/IFX25001/IFX1117
Industrial Linear Voltage Regulator (Selection Tree)
20V
>20 … 60V
Maximum Input Voltage
Output Current
Output Current
≤500mA
IFX54441EJV
Adj, 3.3V, 5V
>500mA
1
<500mA
≥500mA
3
IFX1117
Adj, 3.3V
IFX20001
3.3V, 5V
300mA
800mA
30mA
150mA
EN, Rev. Pol, 2%
2% Accuracy
EN, Rev. Pol, 4%
EN
IFX1963
Adj
IFX20002
3.3V, 5V
IFX24401
5V
IFX1763
Adj, 3.3V, 5V
2
IFX54211
3.3V
500mA
1500mA
30mA
300mA
EN, Rev. Pol, 2.5%
EN, Rev. Pol, 1.5%
EN, Rev. Pol, 4%
EN, 2%
IFX21401
Low Quiescent Current
2
Low Noise Behavior
3
Small Package
4
Tracker! High Accuracy
5
Ultra Low Quiescent Current
6
Dual Output
7
Very Low Dropout
IFX21004
50mA
30/150mA
0.5%
60V
IFX4949
IFX25001
2.5V, 3.3V, 5V
Output Current
1
4
100mA
RST, 1%
IFX2931
3.3V, 5V
100mA
3
IFX78M05
500mA
35V, 4%
5
IFX7805
5V
1000mA
35V, 4%
6
IFX27001
Adj, 1.5V, 1.8V,
2.6V, 3.3V, 5V
1000mA
6
40V, 3%
400mA
45V, Rev. Pol, 4%
IFX25401
Adj, 5V
7
400mA
EN, Rev. Pol, 2%
www.infineon.com/powersupply
35
Product Solutions
Control
Product Solutions
Control
XMC – 32-bit Industrial Microcontrollers
One Microcontroller Platform. Countless Solutions.
36
Our XMC 32-bit microcontroller family gives you a real
competitive advantage. This wide and scalable portfolio
offers excellent real-time performance. Designed for quality
and robustness, it offers configurable and fast peripherals
which operate largely autonomously. This means the XMC
can be adapted to the specific needs of different target
markets such as building and factory automation, power
and energy, home and professional computing and transportation. Customers benefit from a wide portfolio and
ecosystem powered by an ARM® Cortex™-M0
(XMC1000 family) and Cortex™-M4 (XMC4000 family).
DAVE™ - Digital Application Virtual Engineer
A complete set of development tools, ready-to-use software
solutions and supporting services are available for XMC
microcontrollers from Infineon and various third-party tool
and software vendors. These tools and software products
support the entire development cycle to ensure a highly
efficient development process.
Key Features

Integration of powerful peripherals

Real-time and deterministic behavior

Operation at up to 125°C ambient temperature
Key Benefits

Industrial, cross-market microcontroller suited to widest
application spectrum

Excellent real-time performance

Long-term product availability until 2027

Easy design-in with DAVE™ IDE and DAVE™ Apps –
advanced high-level GUI-based application-orientated
programming using predefined, configurable and tested
software components
Infineon’s free and revolutionary Eclipse-based IDE (Integrated Development Environment) enables a simple and
straightforward development flow for less risk and effort.
This is achieved thanks to an intuitive graphical interface
and more than 350 application-optimized, configurable,
tested and well documented Apps and Examples. Use of
DAVE™ generated source code with other tools from the
wide ARM Ecosystem is supported.
Product Solutions
Control
Infineon XMC 32-bit Microcontrollers based on ARM® Cortex™-M
XMC1000
Infineon XMC MCUs
Parameter
XMC1100
XMC1200
Core
DSP Instruction Set
–
–
System
Memory
Timer
120MHz
✓
✓
up to 80MHz
up to 120MHz
1x
2x
DMA
–
MPU
Primitive Memory Protection (PAU)
Memory Protection Unit (8 Regions)
8 ch
12 ch
Watchdog
✓
✓
Real-Time Clock
✓
✓
Hibernate Domain
–
✓
Number of I/Os
14 / 22 / 26 / 34 / 35
Supply Voltage
1.8 to 5.5V
Operating Temperature
Analog
XMC4500
–
up to 64MHz
Programmable Hardware
Interconnect Matrix
XMC4400
80MHz
64MHz
Floating Point Unit (FPU)
Flash
Communication
XMC4200
ARM® Cortex™-M4
–
Peripherals Speed
Application
XMC4100
32MHz
Math Coprocessor
RAM
45 / 79 / 123
3.13 to 3.63V
-40 ... 85°C / 105°C / 125°C
16 – 200KB
8 – 200KB
64KB
256KB
✓
16KB
Cache
16KB
20KB
40KB
–
Ext Memory Interface
–
✓
CCU4 (4 ch)
–
12-bit ADC
up to 12ch,
1xADC (1 MSPS)
12-bit DAC
1MB
80KB
1KB
160KB
4KB
✓
–
✓
1x
CCU8 (4 ch)
512KB
✓
16KB
SysTick
Comparator
34 / 49
-40 ... 85°C / 105°C
8 – 64KB
Error Correction Code (ECC)
–
2x
4x
1x
2x
up to 9 ch, 2x ADC (2 MSPS)
up to 26 ch, 4x ADC (2 MSPS)
1x
up to 12 ch, 2x ADC (1 MSPS)
–
2x
–
Up to 3x
Programmable comparators built into Hi-Res PWM
IEEE 1588 Ethernet MAC
–
–
USB
–
FS DEV
SDIO/SD/MMC
–
1x RMII & MII
FS OTG
–
✓
2 ch, 1x FIFO (64 word)
4 ch, 2x FIFO (64 word)
6 ch, 2x FIFO
(64 word)
CAN 2.0 B
–
2 Nodes, 64 Message Objects
3 Nodes, 64
Message Objects
Hi-Res PWM (150ps)
–
∆∑ Demodulator
–
USIC (UART, SPI, QSPI, I2C, I2S)
4 ch
–
–
4 ch
POSIF
–
–
1x
Capacitive Touch Control
–
Up to 16 ch
–
Up to 7 ch
Up to 8 ch
LED Matrix Control
–
Up to 128 LEDs
–
Up to 28 LEDs
Up to 40 LEDs
Brightness Control Unit
DAVE™ Apps
IDEs
XMC1300
ARM® Cortex™-M0
Frequency
Other
XMC4000
–
Packages
2x
Up to 9 ch
–
Code library with basic system, peripheral, and advanced application-oriented components for Motor Control, Power Conversion,
Lighting, Communication, and many more applications.
Debug and Trace
Ecosystem
(IDEs, Compiler, Debugger)
1x
SWD, SPD
SWD, JTAG, Trace
Infineon DAVE™ (free) and Partner ARM®/KEIL™ (free up to 128KB, XMC1000), Atollic, IAR Systems, Rowley Associates, TASKING
PG-VQFN-24/40
PG-TSSOP-16/38
PG-VQFN-24/40
PG-TSSOP-16/28/38
PG-VQFN-24/40
PG-TSSOP-16/38
PG-VQFN-48
PG-LQFP-64
PG-VQFN-48
PG-LQFP-64
PG-LQFP-64/100
PG-LQFP-100/144
PG-LFBGA-144
www.infineon.com/xmc
www.infineon.com/dave
37
Product Solutions
Control
AURIX™ – 32-bit Microcontrollers
32-bit multi-core TriCore™ – Safety joins Performance
AURIX™ is Infineon’s family of microcontrollers serving
exactly the needs of industrial applications in terms of performance and safety. Its innovative multicore architecture,
based on up to three independent 32-bit TriCore™ CPUs
@300MHz, has been designed to meet the highest safety
standards while increasing the performance at the same
time.
The key strengths of the scalable AURIX™ family is to
combine multiple worlds in one family, supporting safety
and security as well as high-performance computing and
the latest connectivity as well as innovative power supply
concepts.
Key Features
Key Benefits

TriCore™ with DSP functionality

High scalability gives the best cost-performance fit

Best-in-class real-time performance: triple TriCore™ with

High integration leads to signiﬁcant cost savings
up to 300MHz per core

Supporting floating point and ﬁx point with all cores

From single core to multicore

Encapsulation feature allows software development
without interference for multiple applications

HW accelerators

Up to 2.7MB of internal RAM, up to 8MB of Flash

Innovative single supply 5V or 3.3V

External memory interface

IEC61508 conformance to support safety requirements
up to SIL3

Embedded EEPROM

Advanced communication peripherals:
CAN, LIN, SPI, FlexRay, Ethernet
38
Using the AURIX™ platform, developers will be able to
implement applications like motor control and drives, PLC,
or any other automation application with the scalable MCU
platform. Developments using AURIX™ will require less
effort to achieve the SIL/IEC61508 standard based on its
innovative safety concept and multiple HW safety features.
The integrated hardware security module provides safety
and also helps to prevent external interrupts. Furthermore,
AURIX™ has enhanced communication capabilities to
support communication between CAN, LIN, FlexRay™ and
Ethernet buses.

High integration leads to reduced complexity

Innovative supply concept leads to best-in-class power
consumption
Product Solutions
Control
AURIX™ Family Package Scalability
TQFP-80
TQFP-100
LQFP-144
TQFP-144
LQFP-176
9x Series
up to 8MB
Triple-Core
7x Series
up to 4MB
Triple-Core
6x Series
TC264
up to 2.5MB
Dual-Core
4x Series
3x Series
TC233
TC234
TC222
TC223
TC224
TC212
TC213
TC214
up to 2MB
Lockstep-Core
up to 1MB
Lockstep-Core
1x Series
up to 512KB
Lockstep-Core
LBGA-416
LFBGA-516
TC297
TC298
TC299
TC275
TC277
TC265
TC267
TC244
up to 2MB
Single-Core
2x Series
LFBGA-292
TC237
Upgrade/downgrade with pin-compatible packages
www.infineon.com/aurix
39
Product Solutions
Control
CAN Transceivers
Proven Quality for Automation Applications
Our CAN transceivers provide proven quality, reliable track
records and high robustness in automation applications.
Features include excellent electromagnetic performance
and low levels of electromagnetic interference (EMI). They
are also designed for ISO compliance. While our IFX1050G,
IFX1050 GVIO and IFX1040SJ devices are optimized for
high-speed communication, the IFX1054G variant is suited
for fault tolerance at lower data rates, where a separate flag
supports diagnostics.
Key Features

Transmission rates up to 1Mbit/s

ISO 11898 compliance

Low-power modes

Support of failure conditions

Bus wake-up feature

Receive-only mode

Standby/sleep mode

Thermal protection
Key Benefits

Low current consumption

Excellent EMC performance and EMI robustness

Pin-to-pin replacements for industry-standard parts
Block Diagram IFX1050 GVIO
IFX1050 GVIO
3
5
CANH
CANL
7
6
Output
Stage
Driver
1
Temperature
Protection
=
Mode
Control
Receiver
GND
40
2
8
4
VCC
V33
TxD
INH
RxD
Product Solutions
Control
Product Portfolio
Product Type
Transceiver Type
Transm. Rate
(Max)
Quiescent Current
Bus Wake-up
Capability
Wake-up Inputs
Package
IFX1050G
High Speed CAN,
ISO11898-2
1Mbps
<10µA @ 5V standby
No
No
PG-DSO-8
IFX1050GVIO
High Speed CAN,
ISO11898-2
1Mbps
<10µA @ 5V standby
No
No
PG-DSO-8
IFX1040SJ
High Speed CAN,
ISO11898-2,
ISO11898-5
1Mbps
<10µA @ 5V standby
Yes
Yes, STB
PG-DSO-8
IFX1054G
Fault Tolerant CAN, 125kbps
ISO11898-3
<65µA Sleep Mode
Yes
Bus wake-up and
wake-up pin
PG-DSO-14
IFX1021
LIN 1.3, 2.0,2.1
<10µA Sleep Mode
Yes
Bus wake-up and
wake-up pin
PG-DSO-8
20kbps
www.infineon.com/industrialtransceivers
41
Product Solutions
Interface
Product Solutions
Interface
HITFET™ Low-Side Drivers
Bringing More Protection to Low-Side Applications
Our well-known and robust HITFET™ portfolio of protected low-side switches now includes innovations such as
BTF3050TE. This is the first member of the HITFET™+ family, enabling higher switching speeds, handshake diagnosis and
improved short-circuit robustness.
In addition, BTS3018TC is an ideal replacement for the non-green device BTS149.
Key Features
Key Benefits

Wide range of RDS(on) values (18 – 550mΩ)

MOSFET-like package with integrated protective

Logic level input
functionality

Easy design-in

Perfect fit for individual design challenge with
scalable RDS(on)

Choice of packages to match individual
application needs

Thermal shutdown with auto restart or latch behavior

Status feedback via
–– increased input current (2nd Gen)
–– digital readout without ADC (for BTF3050TE)

Current limitation (except BTS3160D)

Overload and overvoltage protection
Block Diagram BTF3050TE
VDD
OUT
Overvoltage
Protection
Supply
Unit
IN
Status
Feedback
ESD
Protection
42
Gate
Driving
Unit
Slew Rate
Adjustment
Unit
SRP
Overtemperature
Protection
Short Circuit
Detection/
Current
Limitation
Product Solutions
Interface
Product Portfolio
Product Type
Product
Family
Channels
1)
BTS3018TC
HITFET™
BTS3028SDL
RDS(on) (typ)
EAS
[mΩ]
Nominal Load
Current
[A]
IL(lim)
(typ)
[A]
Package
[mJ]
Operating
Voltage Range
[V]
1
18
6.0
1900
8 – 36
45
PG-TO263-3 (D2PAK)
HITFET™
1
30
5.0
350
8 – 36
45
PG-TO252-3 (DPAK)
BTS3028SDR
HITFET™
BTF3050TE (New)
HITFET™+
1
30
5.0
350
8 – 36
45
PG-TO252-3 (DPAK)
1
50
3.0
120
8 – 28
45
PG-TO252-5 (DPAK 5-leg)
BTS3046SDL
HITFET™
1
50
3.6
140
8 – 36
21
PG-TO252-3 (DPAK)
BTS3046SDR
HITFET™
1
50
3.6
140
8 – 36
21
PG-TO252-3 (DPAK)
BTS3104SDL
HITFET™
1
104
2.0
50
8 – 36
13
PG-TO252-3 (DPAK)
BTS3104SDR
HITFET™
1
104
2.0
50
8 – 36
13
PG-TO252-3 (DPAK)
BSP75N
HITFET™
1
550
0.7
550
8 – 36
1.5
SOT223
BTS3408G
HITFET™
2
550
0.55
800
8 – 36
1.5
PG-DSO-8
BTS3800SL
HITFET™
1
800
0.35
65
8 – 28
1.5
SCT595
1) Production release in 2015
www.infineon.com/hitfet
43
Product Solutions
Interface
PROFET™ High-Side Drivers
Protected High-Side Switches
Our PROFET™ high-side switches sit between the supply and load in order to control the application. These high-side
switches deliver a broad range of smart features, including various protective and diagnostic functions. Since PROFET™
devices can manage all kinds of resistive, capacitive and inductive loads, they can be used across a huge variety of industrial applications.
Key Features

RoHS compliance

Very low stand-by current

ESD protection, optimized EMC

PWM capability

Very low power DMOS leakage current in OFF

3.3V and 5V compatible logic inputs

Protection features: load dump, current limitation,
thermal shutdown, loss of ground/battery protection,
stable behavior at undervoltage, overvoltage, reverse
polarity
Key Benefits

Diagnostic features: open-load in ON- and OFF state, short- Complete, built-in protection

circuit to battery and ground, overtemperature sense
Flexible design for all kinds of resistive, capacitive and

Diagnosis: digital or as proportional load current sense
inductive loads
Block Diagram
Load Current
Sense
Internal
Power
Supply
IN
SP
SEN or CLA
GND
44
RGND
Vbb
Gate Control &
Charge Pump
Logic
Open Load
Detection
ESD
Protection
Clamp for
Inductive Load
Temperature
Sensor
Multi Step
Load Current
Limitation
OUT
Product Solutions
Interface
Product Portfolio
Product Type
Product Family
Number of RDS(on)
Channels (typ)
[mΩ]
Nominal EAS
Load
Current
[A]
[mJ]
Recommended IL(SC)
Operating
(typ)
Voltage Range
[V]
[A]
Diagnosis
Package
N/A, Digital,
Current Sense
ITS4060S-SJ-N
Industrial PROFET™ 1
50
3.1
900 @1.5A
5.0 … 34.0
17.0
N/A
PG-DSO-8
ITS4100S-SJ-N
Industrial PROFET™ 1
70
2.4
870 @ 1.0A
5.0 … 34.0
10.0
N/A
PG-DSO-8
ITS4200S-ME-O
Industrial PROFET™ 1
150
1.1
700 @ 0.5A
11.0 … 45.0
3.0
N/A
PG-SOT223-4
ITS4141D
Industrial PROFET™ 1
150
1.1
12,000 @ 0.5A
11.0 … 45.0
3.0
N/A
PG-TO252-5
ITS4200S-SJ-D
Industrial PROFET™ 1
150
1.7
125 @ 1.0A
6.0 … 52.0
6.5
Digital
PG-DSO-8
ITS4200S-ME-P
Industrial PROFET™ 1
150
2.2
160 @ 1.0A
11.0 … 45.0
3.0
N/A
PG-SOT223-4
ITS4200S-ME-N
Industrial PROFET™ 1
160
1.2
500 @ 0.5A
5.0 … 35.0
1.5
N/A
PG-DSO-8
ISP752T
Industrial PROFET™ 1
200
1.7
125 @ 1.0A
6.0 … 52.0
6.5
N/A
PG-DSO-8
BTT6200-1EJA
PROFET™+ 24V
1
200
1.5
20 @ 1.0A
5.0 … 36.0
9
Current Sense PG-DSO-8 EP
ITS4300S-SJ-D
Industrial PROFET™ 1
250
0.8
800 @ 0.3A
5.0 … 34.0
1.2
Digital
PG-DSO-8
ITS41K0S-ME-N
Industrial PROFET™ 1
1000
0.55
1,000 @ 0.15A
5.0 … 34.0
0.9
N/A
PG-SOT223-4
ITS5215L
Industrial PROFET™ 2
90
2 x 2.0
178 @ 3.5A
5.5 … 40.0
15.0
Digital
PG-DSO-12
BTT6100-2EKA
PROFET™+ 24V
2
100
2 x 2.2
36 @ 1.5A
5.0 … 36.0
20
Current Sense PG-DSO-14 EP
BTS723GW
Classic PROFET™
2
105
2 x 2.0
110@ 2.5A
7.0…58
9.0
Digital
PG-DSO-14
ITS42K5D-LD-F
Micro PROFET™
2
2500
2 x 0.25
Freewheeling
4.5 …45V
600mA
Digital
PG-TSON-10
ITS724G
Industrial PROFET™ 4
90
4 x 2.0
120 @ 3.3A
5.5 … 40.0
15.0
Digital
PG-DSO-20
ITS716G
Industrial PROFET™ 4
140
4 x 1.0
76 @ 2.3A
5.5 … 40.0
9.0
Digital
PG-DSO-20
ITS711L1
Industrial PROFET™ 4
200
4 x 1.0A
150 @ 1.9A
5.0 … 35.0
7.5
Digital
PG-DSO-20
BTT6200-4EMA
PROFET™+ 24V
4
200
4 x 1.0A
20 @ 1.0A
5.0 … 36.0
9
Current Sense PG-SSOP-24 EP
ITS42008-SB-D
Industrial PROFET™ 8
200
8 x 0.6
10,000 @ 625mA 11.0 … 45.0
3.0
Digital
PG-DSO-36
www.infineon.com/profet
45
Product Solutions
Interface
SPIDER
Universal SPI Driver for Low-Current Loads
Our SPIDER family offers a wide range of integrated smart
multi-channel high- and low-side switches. The devices
are designed to drive all kinds of low-current loads, such
as relays, solenoids, unipolar stepper motors, valves and
LEDs. Scalability across current capabilities and feature
sets allows designers to create cost-optimized solutions
for their individual designs. Comprehensive protection
and safety features enable the devices to cope with harsh
industrial conditions. This universal driver family is thus
the perfect fit for a wide range of industrial applications,
particularly in machine and process control.
Key Features
Key Benefits

Complete, built-in protection and diagnostic
functionality

Cost-optimized, compact designs

Flexible design for all kinds of low-current loads

PWM capability via direct inputs

16-bit SPI for diagnostics and output control

4- and 8-channel devices available

Fail safe mode, limp home (partly)

Digital supply voltage compatible with 3.3V and 5V
microcontrollers

Small packages and footprint

Protection features: short circuit, overload,
overtemperature, reverse polarity, ESD

Diagnostic features: latched diagnostic information
via SPI register, overtemperature monitoring, overload
detection in ON state, open load detection in OFF state
Block Diagram (Example 8 Channel Low-Side)
VDD
RST
Stand-by Control
IN1
IN2
IN3
IN4
LHI
Input Mux
and Control
CS
SCLK
SI
SO
SPI
Diagnosis
Register
VDDA
Control,
Diagnostic
and
Protective
Functions
OUT1
OUT2
OUT3
OUT4
OUT5
OUT6
OUT7
OUT8
Temperature
Sensor
Short Circuit
Detection
Gate
Control
Open Load
Detection
GND
46
Product Solutions
Interface
Product Portfolio
Product
Type
HighSide
Small
LowHigh-Side Side
Configurable RDS(0n) (typ)
[Ω]
IL (nom)
[mA]
Operating Range Limp
(SC prot.) [V]
Home
Direct
Inputs
Package
4
PG-DSO-36
SPIDER LS
TLE7230R
8
0.8
500
5.5 … 28
TLE7240SL
8
1.5
210
5.5 … 36
yes
4
PG-SSOP-24
TLE7243SL
8
1.2
260
5.5 … 36
yes
4
PG-SSOP-24
TLE7244SL
8
0.8
290
5.5 … 36
yes
4
PG-SSOP-24
TLE7231G
4
1.0
320
5.5 … 36
1
PG-DSO-14
TLE7233G
4
1.1
390
5.5 … 36
4
PG-SSOP-24
3
PG-SSOP-24
yes
SPIDER HS/LS
TLE7237SL 2
2
2
2
6 x 0.9 / 2 x 1.6
6 x 260 / 2 x 130
5.5 … 28
TLE7238SL 2
2
2
2
6 x 0.9 / 2 x 1.6
6 x 260 / 2 x 130
5.5 … 28
yes
2
PG-SSOP-24
TLE7239SL 2
2
2
2
6 x 0.9 / 2 x 1.6
6 x 260 / 2 x 130
4.0 … 28
yes
2
PG-SSOP-24
TLE7234SE 2
2
2
2
6 x 0.85 / 2 x 1.6
6 x 280 / 2 x 140
5.5 … 28
3
PG-DSO-20
TLE7235SE 2
2
2
2
6 x 0.85 / 2 x 1.6
6 x 280 / 2 x 140
5.5 … 28
yes
2
PG-DSO-20
TLE7236SE 2
2
2
2
6 x 0.85 / 2 x 1.6
6 x 280 / 2 x 140
4.0 … 28
yes
2
PG-DSO-20
TLE7234EM 2
2
2
2
6 x 0.9 / 2 x 1.6
6 x 350 / 2 x 175
5.5 … 28
3
PG-SSOP-24 EP
TLE7235EM 2
2
2
2
6 x 0.9 / 2 x 1.6
6 x 350 / 2 x 175
5.5 … 28
yes
2
PG-SSOP-24 EP
TLE7236EM 2
2
2
2
6 x 0.9 / 2 x 1.6
6 x 350 / 2 x 175
4.0 … 28
yes
2
PG-SSOP-24 EP
Application Diagram
+5V (e.g. fail safe supply)
100nF
VBat
+3.3V or +5V µC supply
100nF
VDD
Limp Home signal
(e.g. WD out of SBC)
LHI
Limp Home circuit
possibility to control
OUT1-4 via inputs IN1-4
during malfunction of µC
IN1
IN2
IN3
IN4
1kΩ
VDDA
VDDA
OUT1
OUT2
OUT3
OUT4
OUT5
OUT6
OUT7
OUT8
RST
10nF
VCC
Low-Side
Gate Control
µC
XC2000
SPI
GND
VDD
CS
SCLK
SO
SI
GND
SPI
I/O
Register
GND
www.infineon.com/spider
47
Product Solutions
Interface
ISOFACE™
Galvanic Isolated High-Side Switches and Input ICs
Our ISOFACE™ product family provides robust and intelligent galvanic isolation
for industrial control applications such as programmable logic controllers, sensor input modules, control panels and general control equipment. The output
switches are compact in design, enabling robust and reliable operation at low
system cost. Ideal for high-speed applications, input ICs are equally robust, reliable and compact – also offering superior EMI robustness and diagnostics.
ISOFACE ™ Reference Design
with Microcontroller XMC
Key Features
Isolated Output Switches
Key Benefits
Isolated Output Switches

Integrated galvanic isolation (500V)

Robust and reliable design

8 channels (0.6 or 1.2A, each)

Compact system solution

Inductive load switching

Lower system cost

Diagnostic feedback (overtemperature, overload)

Directly interfacing with all

Serial and parallel MCU interface
MPUs and MCUs
Isolated Digital Input ICs
Isolated Digital Input ICs

Integrated galvanic isolation (500V)

Robust and reliable design

8 channels (IEC Type 1/2/3)

Compact system solution

Up to 500kHz sampling speed

High-speed applications

Programmable input filters

Superior EMI robustness

Channel-specific diagnostics (wire-break, undervoltage)

System status feedback

Valuable maintenance support
Block Diagram Isolated Output Switch
VCC
ISO1H81xG
VCC
VBB
Vbb
VCC
Control
Unit
WR
Parallel or
D0
Serial
Interface
Transmission
CS
µC
(i.e. XC166)
OUT0
Transmission
DIS
Control
&
Protection
Unit
OUT1
Logic
DIAG
D7
DIAG
OUT7
GND
GNDCC
GNDbb
www.infineon.com/isoface
48
Product Solutions
Interface
Wireless Control
Sub 1GHz RF Solutions
We offer a comprehensive and complementary product
portfolio of transmitter, receiver and transceiver products
for the sub 1GHz frequency bands. Our offering extends
from standard products for relatively simple application
requirements to SmartLEWIS™ solutions for more complex
system or performance demands.
Our standard portfolio comprises the TDA71xx transmitter
and the TDA72xx receiver and transceiver variants for ASK
and FSK modulation, all offering different feature sets and
frequencies (315, 434, 868 and 915MHz).
Key Features
Key Benefits

Standard transmitter:

Very low current consumption
ASK/FSK transmitter family for low/high power,
temperature range -40 ... +85°C

Standard receiver:
ASK/FSK receiver family, temperature range -40 ... +105°C,
PG-TSSOP package

Standard transceiver:
ASK/FSK transceiver family, single-channel, temperature
range -40 ... +85°C, PG-TSSOP package

Low system costs:
only a few external components required

Dedicated product variants for industrial and consumer
applications (TDA-7 series) to meet an optimal
feature/cost ratio

Complementary product portfolio (TDA/TDK-5 series)
for the highest quality standards

Suited to harsh environments with temperatures
up to 125°C
www.infineon.com/wirelesscontrol
49
Product Solutions
Interface
SmartLEWIS™ Family
Smart Low Energy Wireless Systems
SmartLEWIS™ stands for Smart Low Energy Wireless Systems. This family of next-generation wireless control
products offers the highest level of integration and functionality to reduce system complexity and current consumption –
the intelligent way.
Key Features
Key Benefits

SmartLEWIS™ Tx: ASK/FSK transmitter, multi-channel,

Highest integration and functionality
multi-band, multi-power

SmartLEWIS™ MCU: ASK/FSK transmitter family with
embedded 8051 microcontroller, 125kHz LF receiver and
3-channel ADC, temperature range -40 ... + 125°C

SmartLEWIS™ Rx+: High-sensitivity receiver family,
single-/multi-channel, digital baseband with
autonomous receive functionality and RF channel
scanning, temperature range -40 ... +105°C

SmartLEWIS™ TRx: High-sensitivity, multi-channel
transceiver with digital baseband processing, up
to +14dBm output power, wireless M bus support,
temperature range -40 ... +110°C

Very low current consumption

Multi-protocol handling

Low system costs – only a few external components
required

Only one device for all major frequency bands
(315, 434, 868, 915MHz)

Dedicated product variants for industrial and consumer
applications (PMA-7 series) to meet an optimal
feature/cost ratio

Highest, automotive-proven, quality levels
Block Diagram TDA5340
Opt. IF Filter
Recovered Data &
Clock Output
RSSI
TDA5340
RF In
Ant.
Switch
LNA
Digital Baseband
- Data and clock recovery
- Frame synchronization
- Format decoding
- Message ID screening
- Polling timer unit
Receiver
- Internal or external IF filter
- Single or double down conversion
Rx
Fractional-n Sigma-Delta PLL
RF Out
Tx
Rx FIFO
Tx Data Framing/Shaping
PA
Tx FIFO
Oscillator
XTal
Voltage Supply 3V or 5V
Tx Control I/F
Rx Control I/F
Peripheral Bus
System Controller
SPI Interface
4-wire SPI
www.infineon.com/wirelesscontrol
50
Product Solutions
Interface
Current Sensors
The Miniaturization Advantage
TLI4970 is a high-precision current sensor based on our
proven Hall technology. Its coreless concept supports the
miniaturization trend defining today’s sensor designs. It
is a fully digital solution with the added bonus of ease of
use. There is no need for any external calibration or other
parts (such as A/D converters, OP amps, reference voltage
sources), reducing the overall implementation effort, PCB
space and cost significantly.
TLI4970 provides superior accuracy compared with existing
open- or closed-loop systems with magnetic cores. It has
additional functionality such as overcurrent detection and
programmable filters, while offering a significantly smaller
footprint and lower power consumption. Key applications
include AC/DC inverters, DC/DC converters and PFC power
supplies and drives.
Key Features
Key Benefits

AC & DC measurement range up to ±50A

Ideal for automation applications

Highly accurate over temperature range and lifetime

Plug and play solution – no external calibration needed
(max. 1.0% (0 h), 1.6% (over lifetime) of indicated value)

Much smaller footprint than existing solutions

Low offset error

Reduced implementation effort, PCB space and cost
(max. 75mA over temperature and lifetime)

High magnetic stray field suppression

Fast overcurrent detection with configurable threshold

Galvanic isolation up to 2.5kV max. rated isolation
voltage (UL1577)

16 bit digital SPI output (13 bit current value)

Small 7.0 x 7.0 mm SMD package

Small package size and weight for SMD mounting
Block Diagram TLI4970
IP+
Supply, Biasing,
Reset, Oscillator,
Bandgap
VDD
GND
EEPROM
Diff.
Hall
Galvanic
Separation
ADC
CS
T
S
MUX
ADC
DSP
Digital IF
SCLK
DOUT
DAC
IP-
FOC
Fast Overcurrent Detection (open-drain)
www.infineon.com/tli4970
51
Product Solutions
Interface
Hall-Effect Switches
The Energy-Saving Option with Excellent Accuracy and Robustness
Our portfolio of Hall switches comprises unipolar and omnipolar switches, bipolar latches and double Hall switches. They
are suited to a wide range of applications such as position sensing, index counting, BLDC motor control, etc. These devices
show excellent accuracy and robustness against electrical disturbances and are available in a variety of packages.
Key Features
Key Benefits

Operating supply voltage 3 – 32V

Reduction of system power consumption

Reverse polarity protection (-18V)

Reduced system size

Overvoltage capability up to 42V without external resistor

Removal of protection devices

Low current consumption (1.6mA)

Reliable system operation

Active error compensation

Increased motor efficiency

High ESD performance, up to 7kV HBM

Broad range of switching thresholds available

Small SMD package SOT23
for all applications

Special industrial versions available

Leaded package
Hall Switch Types
Latch (Bipolar)
Uni-/Omnipolar Switches
Double Hall Speed/Direction Switches
N
S
N
S
N
Rotation
Direction
S
S
N
B
Main application:
BLDC Motor Commutation
B
Proximity Detection
S
Speed
N
Direction
t
Branded Side of IC
Absolute position sensing in power operated systems
www.infineon.com/hall-switches
52
Product Solutions
Interface
Linear Hall Sensors
Highly Accurate Angular and Linear Position Measurement
All products of our linear Hall family measure the vertical component of a magnetic field. The output signal is directly
proportional to the sensed magnetic field. Building on these principles, our TLE499x family of linear Hall ICs has been
designed specifically to meet the requirements of highly accurate angular and linear position measurement. They are also
suited to current measurement applications.
Key Features
Key Benefits

Single supply voltage 4.5 – 5.5V

Wear-free operation

Temperature range -40 ... +150°C

Highly accurate contactless position sensing

Linear ratiometric output between -200mT and +200mT

In-system calibration
within three ranges

Sensitivity offset and clamping programmable

Digital temperature and stress compensation

High-voltage capability and reverse polarity protection

Low drift of output signal over temperature and lifetime

20-bit digital signal processing

Analog and digital interfaces

Flexible system implementation
Block Diagram TLE4998
VDD
Bias
Interface
Supply
Spinning
Hall
EEPROM
OUT
A
D
Digital
Signal
Processing
Temperature
Sense
A
OUT
Generation
D
ROM
GND
www.infineon.com/magnetic-sensors
53
Product Solutions
Interface
Speed Sensors
Excellent Price/Performance in Automation Sensing
Our high-quality differential Hall-based magnetic sensor
portfolio is extremely broad to ensure the perfect fit for all
automation applications. These Hall sensors use a ferromagnetic gear tooth or encoder structure to measure
linear or rotational speed and position. The ferromagnetic
structure allows our contactless sensors to measure the
vertical magnetic field that a component generates with
high accuracy. Different switching algorithms ensure the
optimal performance for individual automation applications. Highlights of our Hall offering include integrated
capacitors (C types) for high EMC, ESD and temperature
robustness. TLE4941plusC is the sensor of choice for many
standard automation applications. Special versions with
additional vibration suppression features are available to
enable precise measurements even in the harshest industrial environments (e.g. TLE4957, TLE4951/54).
We also offer an integrated Back Bias (iBB) magnet package
option (e.g. TLE4941plusCB) for magnetic sensor designs
where a back bias magnet is required for the magnetic field
(e.g. in gear wheel applications or applications using similar ferromagnetic gear tooth structures).
Key Features
Key Benefits

Highly accurate speed measurements over large

Highly robust
operating air gaps and broad frequency ranges

Use of the common 2-wire current interface

Broad operating temperature range (TA = -40°C ... +150°C)

Options with high protection against reverse voltage,
short circuit and overtemperature

Option to use the innovative iBB package solution

AEC-Q100-qualified

Excellent price/performance

Strong EMC robustness

Good sensing performance

High sensitivity
Typical Application of a Magnetic Differential Sensor (e.g. TLE4941plusC/B)
Magnet Wheel
Gear Wheel
Hall Sensor 1
Signal
Processing
Circuitry
S (N)
Hall Sensor 2
Hall Sensor 1
Permanent Magnet
Signal
Processing
Circuitry
Hall Sensor 2
N (S)
Back Bias Magnet
Encoder Wheels
www.infineon.com/magnetic-sensors
54
Product Solutions
Interface
Integrated Pressure Sensor ICs
Design Flexibility to Meet Evolving Market Demands
Our integrated pressure sensor family uses unique multiple surface micromachined capacitive sensor cell arrays. These support powerful self-diagnosis
features such as mechanical and electrical verification of sensor functionality.
Monolithic integration onto a single chip enables state-of-the-art production
using a standard automotive-qualified BiCMOS process. Sophisticated sensor cell design combined with fully digital signal conditioning and processing
based on high-volume production flows ensures superior quality over the entire
lifecycle.
These pressure sensors are ideal for a wide range of applications across industry, including industrial and process controls, gas flow meters, level meters,
barometric pressure meters, altitude compensation systems, weather stations,
engine management systems and medical equipment. The analog and digital
interfaces, SPI (Serial Peripheral Interface) included, provide customers with a
high degree of design flexibility to meet evolving market demands.
Key Features
Key Benefits

Wide pressure range up to 400kPa

High measurement accuracy

Wide temperature range from -40°C ... +150°C

Low lifetime drift over a wide

Outstanding accuracy of up to ±0.3kPa
temperature range

Support for state-of-the-art
production

Support for different protocols

Options for customized transfer functions for certain sensors

Patented built-in diagnosis for pressure cells and circuitry

SMD package (DSOF, 8 pin)
Product Portfolio
Product Type1)
Pressure Range
Max. Accuracy
[kPa]
[kPa]
Max. Operating
Temperature
[°C]
Interface
KP21x
10 … 115
1.0
140
Analog
KP22x
10 … 400
1.8
140
Analog
KP23x
40 … 165
1.0
125
Analog
KP25x2)
40 … 165
1.0
125
SPI
KP253HP
40 … 165
0.3
125
SPI
1) x in product: indicates product family with multiple transfer functions available within the family
2) Except KP253HP
www.infineon.com/pressure
55
Product Solutions
Interface
iGMR Angle Sensors
Compact Designs in Small Outline Packages
Our angle sensor family is based on integrated Giant Magneto Resistance (iGMR) technology. These sensors detect
the orientation of an applied magnetic field by measuring
sine and cosine angle components with monolithically
integrated magneto-resistive elements. This allows them to
easily determine the absolute orientation of the magnetic
field between 0° and 360°. Data processing and communication interfaces are integrated on the same silicon chip
as the sensing elements, allowing a compact design using
small outline packages. Our angle sensor family offers a
broad variety of communication interfaces, as well as different levels of data processing and self-test capabilities.
Ideal for functional safety-critical applications, our TLE5309D
combines a TLE5009 iGMR with a TLE5109 iAMR chip,
whereas the TLE5012BD combines two TLE5012B iGMR in
one fully integrated dual-sensor package.
Target applications of our iGMR sensors include contactless angle measurement, rotational position measurement,
steering angle measurement and BLDC motor commutation.
Features

Integrated GMR (iGMR) technology
On-chip temperature compensation of amplitude and offset

0 – 360° angle measurement with sine and cosine bridge

Temperature range -40°C ... +150°C

Supply voltage 3.3 or 5.0V

PG-DSO-8 package
Product Portfolio
Sales Name
Description
Interface
Order Code
TLE5009 E1000
VDD: 3.3V; static offset compensation
Analog
SP000912764
TLE5009 E1010
VDD: 3.3V; TCO1)
Analog
SP000912774
TLE5009 E2000
VDD: 5.0V; static offset compensation
Analog
SP000912760
TLE5009 E2010
VDD: 5.0V; TCO1)
Analog
SP000912770
TLE5012B E1000
VDD: 3.3V & 5.0V
SPI2), IIF3)
SP001166960
TLE5012B E3005
VDD: 3.3V & 5.0V
SPI2), HSM4)
SP001166964
TLE5012B E5000
VDD: 3.3V & 5.0V
SPI2), PWM5)
SP001166968
TLE5012B E9000
VDD: 3.3V & 5.0V
SPI2), SPC6)
SP001166998
TLE5012BD E1200
VDD: 3.3V & 5.0V DualDie
SPI2), IIF3)
SP001205296
TLE5012BD E9200
VDD: 3.3V & 5.0V DualDie
SPI , SPC
SP001205300
TLE5309D E1211
VDD: 3.3V (AMR & GMR), TCO1), DualDie
Analog
SP001191262
TLE5309D E2211
VDD: 5.0V (AMR & GMR), TCO1), DualDie
Analog
SP001191266
TLE5309D E5201
VDD: 5.0V (AMR) & 3.3V (GMR), DualDie
Analog
SP001145340
TLE5009 EVALKIT
Evaluation Kit containing interface box (PGSISI-2) and
Evaluation Board incl. magnet and software
SP000871462
TLE5009 EVALBOARD
Evaluation Board incl. magnet and software
(interface box is not included, but is required for operation)
SP000871466
TLE5012B EVALKIT
Evaluation Kit containing interface box (PGSISI-2) and
Evaluation Board incl. magnet and software
SP000912902
TLE5012B EVALBOARD
Evaluation Board incl. magnet and software
(interface box is not included, but is required for operation)
SP000912898
1) TCO = Temperature Compensation
2) SPI = Serial Peripheral Interface
3) IIF = Incremental Interface
56
4) HSM = Hall Switch Mode
5) PWM = Pulse Width Modulation
6) SPC = Short PWM Code
2)
6)
Product Solutions
Interface
Benefits TLE5009

The analog sensor output signals can be directly
connected to the analog inputs of a microcontroller

The output signals are offset- and temperaturecompensated

Output signals can be read as single-ended or
differential voltage

Signal amplitudes are independent from supply
voltage variations
Block Diagram TLE5009
VDD
COS_P
DC-Offset &
Fuses
Amplifier
X-GMR
COS_N
PMU & Temperature Compensation
VGMR
SIN_P
Amplifier
Y-GMR
SIN_N
GND1
GND2
Benefits TLE5012B
Block Diagram TLE5012B

Different digital interfaces available
(SPI, PWM, HSM, IIF, SPC)

Integrated angle calculation based on sine and
cosine values

Increased accuracy with auto-calibration functionality

Prediction of output signal to compensate latency

High-speed angle update rate up to 23.4kHz
VDD
VRG
X
GMR
Y
GMR
VRA
SD-ADC
SD-ADC
VRD
OSC
TLE5012B
PLL
CSQ
Digital
Signal
Processing
CCU
CORDIC
Temp.
SD-ADC
CLK
FUSES
SSC
Interface
SCK
DATA
Incremental IF
PWM
HSM
SPC
IFA
IFB
GND
www.infineon.com/angle-sensors
57
Product Solutions
Interface
Constant Current Relay Drivers (CCRD)
Smooth Migration Path to All-Electronic Switch Designs
Once mechanical relay switches and electromagnetic
actuators (also known as solenoids) are turned on, current
must continuously flow through their coils (hold current) to
keep them closed. Our CCRD devices can reduce the hold
current down to the necessary minimum to keep the coil
closed. They thus help to cut overall current consumption.
The coil current remains stable regardless of changes to
the input voltage. With input voltages up to 30V, our CCRD
devices are ideally suited to harsh industrial environments.
Available in a PG-DSO-8 exposed pad package, they can be
mounted on a PCB inside a relay or on an existing system
PCB with either a high- or low-side switch, reducing designin time and providing a migration path to an all-electronic
switch design. They can drive relays with typical system
voltages of 12V with a coil resistance of up to 180Ω. Typical
applications include electromagnetic actuators in electric
door locks, appliances, hydraulic valves, speaker coils,
power relays, pinball/pachinko machines and manufacturing/automation systems.
Key Features

High coil activation current

Low hold current

Suited to both low- and high-side switches

Coil current not affected by input voltage variations

Thermally enhanced PG-DSO-8 exposed pad package

No EMI, unlike PWM relay drivers

Support for freewheeling diode signal path for energy
absorption when switching off
Key Benefits
CCRD Supplied by External Source
costs of system

Significant reduction of power/heat dissipation

Increased packing density in relay packs
CCRD Supplied by Freewheeling Resistor
High-Side Switch
High-Side Switch
Input
Voltage
Relay
Freewheeling
Resistor
RS
S
Fwd Ctrl
Biasing
Bandgap
RF
D
Delay
Input
Voltage
Relay
Freewheeling
Resistor
LR
IN
Driver
CD

Reduced energy consumption and operational
IFX52001EJ
Constant Current
Relay Driver
CGND
Biasing
Bandgap
CS
S
Fwd Ctrl
IN
Driver
D
CD
LR
RF
Delay
IFX52001EJ
Constant Current
Relay Driver
CGND
www.infineon.com/ccrd
58
Product Solutions
Security and Protection
Product Solutions
Security and Protection
OPTIGA™ TPM (Trusted Platform Module)
Standardized Security Solution with Broad Variety of Security Functions
Our OPTIGA™ TPM security controllers protect the integrity and authenticity of
communication devices and systems in automation networks. With a secured
key store and support for a variety of encryption algorithms, OPTIGA™ TPM
provides robust protection for critical data. TPM can be used to provide machine
components and devices with a unique and secured identifier.
Certified to Common Criteria standards, TPM is a hardware-based solution supporting the highest security demands with the added bonus of flexible integration. A standardized, turnkey design enables existing concepts to be reused
while minimizing security risks. A turnkey solution for embedded security applications, TPM can be easily integrated using the SPI, I²C or LPC interface.
Key Features

Extended temperature range (-40 ... +85°C) for a variety of applications

Secured key storage

Support for latest symmetric & asymmetric crypto algorithms
(e.g. RSA & ECC, SHA-2)

Built-in True Random Number Generator (TRNG)

Common Criteria security certification

Flexible integration with SPI, I2C or LPC interface
Key Benefits

TPM 2.0 supports crypto agility for
extended security lifetime

Easy integration into all platform
architectures based on standards

Standardized, turnkey, high-security
product

Strong protection of machine &
device identities
Block Diagram
Basic Owner/User Password
Password Protection
Endorsement
Certificate
SRK
Storage Root Key
RSA 2048bit
Platform
Configuration
Registers (160bit #)
PCR 0
PCR 1
Attestation
Identity Keys (AIK)
NV
Space
PCR 2
…
PCR 23
TickCounter
True Random
Number Generator
Sensors
Memory
Encryption
> 50 Security
Features
Trusted Platform Module (TPM)
www.infineon.com/tpm
59
Product Solutions
Security and Protection
OPTIGA™ Trust
Authentication Solution for Increased Security at Lower System Costs
OPTIGA™ Trust SLS 10ERE is our robust cryptographic solution, designed to
assist system manufacturers in proving the authenticity, integrity and safety
of their original products. As a turnkey solution, it provides enhanced protection against aftermarket counterfeit replacements and helps to maintain OEM
authenticity. With its innovative asymmetric cryptography approach, it significantly reduces system costs while increasing the overall security of your solution. OPTIGA™ SLS 10ERE is designed for embedded systems requiring strong
authentication features. It protects the systems against unauthorized accessories, replacement parts or disposables. Its data authentication feature offers
protection against unauthorized re-use or re-provisioning of original parts.
Key Features
Key Benefits

Strong asymmetric cryptography with ECC 163 bit key length

Increased security with asymmetric

Turnkey solution including host-side software for easy integration
cryptography and chip-individual
keys

Easy integration based on full
turnkey design

Lower system costs due to single
chip solution

3.5kbit user NVM

Easy to implement single-wire host interface

Unique asymmetric key pair per chip

Size-optimized PG-USON-3 package (2 x 3mm)
Infineon OPTIGA™ Trust Typical SWI Application
Host System
Accessory
OPTIGA™
Trust
Library
Accessory
Host Controller
Host Controller
SWI
Library
Host System
Single-Wire Interface
Host/Accessory Interface
SLS 10ERE
SLS 10ERE
Accessory
Controller
Single-Wire
Interface
OPTIGA™
Trust
Library
Accessory
Controller
Host/Accessory Interface
SWI
Library
www.infineon.com/optiga-trust
60
Product Solutions
Security and Protection
OPTIGA™ Trust P
Programmable Device Authentication Solution
OPTIGA™ Trust P SLJ 52ACA is a high-security, feature-rich member of the
OPTIGA™ Trust Authentication product family. As a fully programmable chip, it
provides a highly flexible and secure solution for a full range of key functions
such as authentication, secured updates, key generation and storage, protected
storage, memory integrity, secured boot, and access control management. The
OPTIGA™ Trust P is a trust anchor for embedded systems. As a hardware security
microcontroller, it provides advanced and efficient protection against sidechannel, fault-induction and physical attacks. It also provides physical separation and the option of access controls and memory integrity checks to protect
against software attacks.
Key Features
Key Benefits

Common Criteria EAL 5+ (high) certification

Secured and certified solution

Programmable JavaCard operating system

Programmable solution with

150KB of user memory
reference applets to simplify
customizations and integration

Protection of system integrity,
communication and data

Reference applets for a wide variety of use cases

Host-side support
Block Diagram OPTIGA™ Trust P
Application
Host Program
Application
OPTIGA™ Trust P
Application
Host Controller
JavaCard Operating System
APDU API
APDU
Protocol LIB
UART Input
Protocol LIB
UART Output
RSA
LIB
SHA
LIB
Other
LIB
ISO 7816
ISO 7816
www.infineon.com/optiga-trust
61
Product Solutions
Security and Protection
SLM 97
Machine-to-Machine (M2M) Portfolio Enabling Cellular Connectivity
for the Next Industrial Revolution
Secure connectivity across cellular networks is a key success factor and enabler
of the next industrial revolution, where intelligent machines, systems and
networks are capable of exchanging information to manage complete industrial
processes (referred to as Industry 4.0 in Germany). In order to enable secure and
reliable cellular connectivity in industrial environments, we have developed the
SLM 97 family of industrial-grade security controllers, optimized for operation
under difficult environmental and usage conditions. The SLM 97 product family fully complies with the Embedded SIM specifications according to ETSI and
GSMA, increasing flexibility and simplifying the deployment of new M2M solutions.
Key Features
Key Benefits

Industrial-grade qualification (JEDEC)

High quality and strong security to

Extended temperature range: -40 ... 105°C

Wide range of interfaces: ISO 7816, SWP, USB, I
C, SPI
2

Standard embedded M2M delivery form: MFF2

Symmetric and asymmetric crypto processors

Common Criteria EAL 5+ (high)
enable reliable cellular connectivity
for mission critical applications

Implementation flexibility across
all M2M vertical applications thanks
to large size and wide range of
interfaces
www.infineon.com/ccs
62
Ask Infineon. Get connected with the answers.
Infineon offers its toll-free 0800/4001 service hotline as one central number,
available 24/7 in English, Mandarin and German.
Our global connection service goes way beyond standard switchboard
services by offering qualified support on the phone. Call us!
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Other countries ......... 00* 800 951 951 951 (English/German)
Direct access ............. +49 89 234-0 (interconnection fee, German/English)
* Please note: Some countries may require you to dial a code other than “00” to access this international number,
please visit www.infineon.com/service for your country!
Where to Buy
Infineon Distribution Partners and
Sales Offices:
www.infineon.com/WhereToBuy
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Published by
Infineon Technologies AG
85579 Neubiberg, Germany
© 2014 Infineon Technologies AG.
All Rights Reserved.
Visit us:
www.infineon.com
Order Number: B179-I0061-V1-7600-EU-EC-P
Date: 11 / 2014
Attention please!
The information given in this document shall in no event
be regarded as a guarantee of conditions or characteristics
(“Beschaffenheitsgarantie”). With respect to any examples
or hints given herein, any typical values stated herein and/
or any information regarding the application of the device,
Infineon Technologies hereby disclaims any and all warranties and liabilities of any kind, including without limitation
warranties of non-infringement of intellectual property
rights of any third party.
Information
For further information on technology, delivery terms and
conditions and prices please contact your nearest Infineon
Technologies Office (www.infineon.com).
Warnings
Due to technical requirements components may contain
dangerous substances. For information on the types in
question please contact your nearest Infineon Technologies
Office. Infineon Technologies Components may only be
used in life-support devices or systems with the express
written approval of Infineon Technologies, if a failure of
such components can reasonably be expected to cause
the failure of that life-support device or system, or to affect
the safety or effectiveness of that device or system. Life
support devices or systems are intended to be implanted in the human body, or to support and/or maintain and
sustain and/or protect human life. If they fail, it is reasonable
to assume that the health of the user or other persons may
be endangered.

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