Infineon’s Solutions for Automatic Opening Systems

Every building and household utilizes openings at numerous positions in and around the building: sliding and swing doors, garage doors, sun blinds and automated gates. When automated, these doors are equipped with systems that are able to manage the opening action, avoid unintentional opening, control the speed and torque, detect the presence of objects along the path, and a number of other functions. Automatic opening systems incorporate smart sensors, motor controls, supplies, and battery management, which help to reduce energy losses in all conditions. This is where Infineon comes into place.

Home Automation Application Diagram

CoolMOS™ P6
OptiMOS™/StrongIRFET™
CIPOS™
EiceDRIVER™
Industrial Microcontroller
CoolSET™

CoolMOS™ P6

Ease-of-use and superior efficiency for your SMPS solutions (PFC + LLC)

CoolMOS™ is Infineon`s SuperJunction MOSFET technology bridging superior efficiency and ease-of-use in your power supply design.

What are the benefits?

CoolMOS™ P6 offers good commutation ruggedness in LLC topologies, excellent controllability of dV/dt through gate resistor, making it easy to use and having an excellent controllability of EMI.

Featured CoolMOS™ P6 products:

Product	R_DS(on)
IPB60R190P6	380 mΩ (max.)
IPB60R380P6	190 mΩ (max.)
IPP60R190P6	190 mΩ (max.)

CoolMOS™ P6 is offering superior efficiency while not compromising on ease-of-use.

OptiMOS™/StrongIRFET™

A powerful combination!

Infineon’s semiconductors are designed to bring more efficiency, power density and cost effectiveness. The full range of OptiMOS™ and StrongIRFET™ N-channel Power MOSFETs enable innovation and performance in applications such as switch mode power supplies (SMPS), motor control and drives, inverters, and computing.

What makes OptiMOS™ so special?

OptiMOS™ technology provides best-in-class performance and features ultra-low R_DS(ON) as well as low charge for high switching applications.

What makes StrongIRFET™ so special?

StrongIRFET™ are designed for rugged industrial applications and ideal for designs with low switching frequency and those which require high current capability.

What are the benefits?

Expanded product portfolio 20 V–300 V
Able to address a broad range of requirements
Best-in-class technology → OptiMOS™

150 V		200 V
OptiMOS™ - Optimized for high frequency and low R_DS(on) applications
T0-220	D²PAK	T0-220
IPP200N15N3 G	IPB072N15N3 G	IPP110N20N3 G
IPP111N15N3 G	IPB200N15N3 G
IPP530N15N3 G	IPB108N15N3 G
	IPB530N15N3 G

60 V		75-80 V		100 V
StrongIRFET™ - Optimized for low frequency and high rugged applications
T0-220	D²PAK	T0-220	D²PAK	T0-220
IRFB7545	IRFS7540	IRFB7730	IRFS7787	IRF100B202
IRFB7546	IRFS7534	IRFB7746	IRFS7762
IRFB7540	IRFS7537		IRFS7734
IRLB3036	IRLS3036		IRFS7730
IRF1018E	IRFS3006
IRFB3306	IRFS3306
IRFB3206	IRFS3806
IRF1010EZ	IRF1018ES
IRFZ48V	IRFS3206
IRFZ44VZ	IRFZ44VZS
IRFZ44E	IRFZ44ES
	IRF1010EZS

CIPOS™

Transfer-mounted intelligent power module enabling cost efficient designs.

CIPOS™ (Control Integrated Power System) integrates multiple power and control components (TRENCHSTOP™ IGBTs, SOI optimized Gate Driver) to achieve higher reliability, PCB optimization and to reduce system costs.

What else does a CIPOS™ employs?

Integrated protection and diagnostic functions are incorporated, such as overcurrent shutdown, temperature monitoring, integrated bootstrap functionality, cross conduction prevention, and many more.

What are the benefits?

Less time-to-market
Higher integration
Reduced system cost

Highlight of CIPOS™ products:

Product	Voltage class	Rated current
IKCM10L60GA	380 mΩ (max.)	10 A

CIPOS™ Reference Board for IGCMxxF60GA with 3-shunt

Order No:
IKCM10H60GAXKMA1

EiceDRIVER™ 2EDL (Compact/ Enhanced)

Feature-rich Gate Driver`s for compactness and high efficiency

The EiceDRIVER™ 2EDL is a highly reliable Gate Driver IC with a maximum blocking voltage of 600 V. Functional/basic isolation are integrated with Infineon’s renowned Coreless Transformer Technology and offered in small-sized packages.

What are the benefits?

Supported by the level-shift SOI (Silicon-On-Insulator) technology, efficiency and compactness requirements are met. With the SOI technology benchmark ruggedness against negative voltage spikes and noise is ensured; and with the integrated bootstrap function an external bootstrap diode (~0.045EUR) can be saved.

Highlight of EiceDRIVER™ products:

Product	Topology	Voltage Class
2EDL05I06BF	Half-Bridge	600 V
2EDL05I06PF	Half-Bridge	600 V
2EDL05I06PJ	Half-Bridge	600 V
2EDL05N06PF	Half-Bridge	600 V
2EDL05N06PJ	Half-Bridge	600 V
2EDL23I06PJ	Half-Bridge	600 V

Industrial 32-bit XMC Microcontroller

Market proven microcontrollers for real-time critical applications

The XMC Microcontrollers are based on ARM® Cortex®-M cores dedicated for real-time critical applications such as motor control, power conversion or communication.

Features XMC1000

Features XMC4000

System

ARM® Cortex™-M0, 32 MHz
8 kB to 200 kB Flash
16 kB RAM
Up to 40 pin packages

Highlights

64 MHz MATH co-processor for advanced control loops (CORDIC/DIVIDE)
Advanced PWM and timers
Rich serial communication including SPI, UART, and I²C
LED color control engine for automatic RGB mixing and flicker free dimming
Position interface for motor control applications

Operating Conditions

Temperature: up to 105°C
Voltage: 1.8 to 5.5 V

System

ARM® Cortex™-M4, up to 120 MHz
DSP and Floating Point Unit (FPU)
Up to 1 MB Flash with ECC
Up to 160 kB RAM and 4 kB Cache
FPU and up to 12 ch DMA
Up to 144 pin packages

Highlights

Advanced PWM, Timers and four 12-bit ADC with 3.5 Msps for efficient drives
High-resolution PWM and control logic for digital power applications
ΔΣ-Demodulator to s ave an ASIC
Real-time optimized and powerful peripherals working autonomously
Complete set of industrial standard connectivity peripherals including Ethernet, USB, SD/MMC, CAN, SPI, UART, I²C

Operating Conditions

Temperature: up to 125°C

Highlight of Microcontroller products:

Product	Package Versions
XMC4500	LFQFP100, LFQFP144, LFBGA144
XMC1301	38-TSSOP

XMC – 32-Bit Industrial Micocontroller Ecosystem supported by free Development Platform: DAVE™

CoolSET™

Integrated power management IC offering more compact designs & BOM cost reduction

CoolSET™ are integrated power management ICs for highly efficient AC-DC power conversion. They combine feature-packed controller with the power of CoolMOS™ to give you the output power you desire.

What are the benefits?

Due to the high integration level of CoolSET™, it allows you to achieve higher efficiency, improved EMI performance and more compact designs while reducing BOM costs significantly.