LITIX™ Power TLD5098EL Application Boards without IO Filter V2_LITIX 10.02.2014 ATV BP LI www.infineon.com/litix-power-appboards LITIX™ Power TLD5098EL - Application Boards Overview LITIX™ Power – General Overview LITIX™ Power – TLD5098EL Appboards w/o IO Filter Description Boost to GND configuration (B2G) – Topology “BOOST in Voltage Mode” Boost to GND configuration + short to GND protection (B2G + S2G) – Topology “BOOST” Boost to Battery (B2B) – Topology “BUCK / BOOST” SEPIC configuration – Topology “BUCK / BOOST” LITIX™ Power - Support Material Overview 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 2 LITIX™ Power TLD5098EL - Application Boards Overview LITIX™ Power – General Overview LITIX™ Power – TLD5098EL Appboards w/o IO Filter Description Boost to GND configuration (B2G) – Topology “BOOST in Voltage Mode” Boost to GND configuration + short to GND protection (B2G + S2G) – Topology “BOOST” Boost to Battery (B2B) – Topology “BUCK / BOOST” SEPIC configuration – Topology “BUCK / BOOST” LITIX™ Power - Support Material Overview 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 3 Our TLD50xx DCDC Family is well established in Automotive LED Lighting Applications TLD50xx Family Well established in the Market DC/DC Controller IC Boost, Buck, Buck-Boost, SEPIC and Flyback, PWM dimming, switching frequency (100-500kHz) TLD50xx DC/DC Driver IC Buck, integrated power stage (700mA), freewheeling diode, sense resistor PWM dimming, Source: Mercedes-Benz The Topology “allrounder” Key Features & Benefits TLD509xEL: Multitopology 1ch DC/DC controller Family wide LED current range via simple adaptation of external components good EMC performance built in protection and diagnostic features constant Current or Constant Voltage Regulation PWM dimming analog dimming for TLD5097EL and TLD5098EL TLD5045EJ: High integrated (power stage, free wheeling diode, current sense resistor) Buck converter for up to 700mA 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 4 LITIX™ Power Automotive Target Applications Rear Light & Side Marker Headlights Low Beam LED DRL Interior Lighting Picture source: Internet 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 5 Infineon® Power LED Driver - TLD5098EL LED Boost, Buck-Boost, Sepic Controller Key Features TLD5098EL Wide input voltage range from 4.5 V to 45 V Drives LEDs in Boost (B2G), Buck-Boost (B2B) and SEPIC Topology (max. 61V – TLD5098), Buck, Flyback Flexible Switching Frequency Range: 100 kHz to 500 kHz (for EMC optimization) Analog Dimming feature to adjust average LED current Integrated Gate Driver for PWM Dimming (TLD5098EL) Open Circuit Detection and Shutdown Short to GND Detection and Shutdown Output Overvoltage Protection Device Over Temperature Protection Synchronization with external clock Very Low Shutdown Current: IQ< 10 µA Target Applications Specially designed for Automotive exterior lighting High & Low Beam DTRL Fog … 2015-02-10 Package PG-SSOP-14 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 6 Infineon® Power LED Driver Overview Multitopology DCDC Controller TLD509x TLD5095 TLD5097 TLD5098 BOOST YES YES YES Topolgy BUCK YES YES YES BUCK-BOOST YES YES YES MIN 4.75V 4.5V 4.5V MAX 45V 45V 45V Integration Controller (2 Gate Driver) Controller (1 Gate Driver) Controller (2 Gate Driver) MAX LED Current scaleable scaleable scaleable Operating Voltage MAX Output Voltage 45V 61V 61V LED current accuracy ±3.3% ±3.3% ±3.3% MIN -40°C -40°C -40°C MAX 150°C 150°C 150°C Digital (PWM) YES, with dedicated PWM Gatedriver YES YES, with dedicated PWM Gatedriver Analog NO YES YES Operating Temperature LED current Dimming MIN 100kHz 100kHz 100kHz MAX 500kHz 500kHz 500kHz OPEN / VOUTOV YES YES YES SHORT of OUT NO NO YES IC Overtemperature YES YES YES YES YES NO, but µC can monitor alternative Pins PG-SSOP-14 ePad (Body: 5mm x 4mm) PG-SSOP-14 ePad (Body: 5mm x 4mm) PG-SSOP-14 ePad (Body: 5mm x 4mm) Switching Frequency Protection STATUS PIN ATV Grade / AEC Qualified Package Pinning 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 7 TLD5098EL in different configurations Summary Boost to GND Configuration Boost to GND Boost to Ground VBAT SEPIC Boost to Battery VBAT SEPIC VBAT Constant Voltage Mode Boost to VBAT Configuration Boost to VBAT GND Constant Voltage Mode PWM PWM GND Flexibility: Buck / Boost Boost Buck / Boost Buck / Boost Maximum VOUT max. 45V (à TLD5095) max. 60V (à TLD5098) Independent from maximum ratings of the DC/DC max. 45V (à TLD5095) max. 60V (à TLD5098) Short Circuit Protection YES, with additional highside dimming concept YES, with additional external components YES, configuration itself is short circuit protected Efficiency and Component Count + O - + O O + O EMC on: Input Output 2015-02-10 GND Copyright © Infineon Technologies AG 2015. All rights reserved. Page 8 LITIX™ Power TLD5098EL - Application Boards Overview LITIX™ Power – General Overview LITIX™ Power – TLD5098EL Appboards w/o IO Filter Description Boost to GND configuration (B2G) – Topology “BOOST in Voltage Mode” Boost to GND configuration + short to GND protection (B2G + S2G) – Topology “BOOST” Boost to Battery (B2B) – Topology “BUCK / BOOST” SEPIC configuration – Topology “BUCK / BOOST” LITIX™ Power - Support Material Overview 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 9 LITIX™ Power TLD5098EL – Application Boards w/o IO filter Application Boards w/o filters: The size of the application boards is 4.5 cm x 4 cm and the connections to the power supply and external load can be established with cables. The application boards in combination with real loads enable fast and realistic application prototyping and could be very beneficial for constructing initial system demonstrators. The layout of these boards is optimized for EMC and can be reused for customer applications. 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 10 LITIX™ Power TLD5098EL - Application Boards Overview LITIX™ Power – General Overview LITIX™ Power – TLD5098EL Appboards w/o IO Filter Description Boost to GND configuration (B2G) – Topology “BOOST in Voltage Mode” Boost to GND configuration + short to GND protection (B2G + S2G) – Topology “BOOST” Boost to Battery (B2B) – Topology “BUCK / BOOST” SEPIC configuration – Topology “BUCK / BOOST” LITIX™ Power - Support Material Overview 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 11 Boost to GND configuration (B2G) – Topology “BOOST in Voltage Mode” Schematic TLD5098EL SET/ST This voltage divider fixes a constant VOUT of 40V between OUT+ and OUT- 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 12 Example Applications for TLD5098EL in Constant Voltage BOOST configuration DC/DC Boost in Constant Voltage Configuration (Infineon® Power LED Driver) DC/DC Boost in Constant Voltage Configuration (Infineon® Power LED Driver) DC/DC Boost in Constant Voltage Configuration (Infineon® Power LED Driver) Supplying: Supplying: Supplying: Series Resistor and (Infineon® SPIDER/HITFET) Linear Current Sources (Infineon® Basic LED Driver) DC/DC Buck Converters (Infineon® Power LED Driver) Buc k Linear Current Source VOUT (Infineon® Basic LED Driver) I = constant DC/D C SPIDER LS / HITFET RemoteMultichannel Light Control LED Light Application 2015-02-10 Source VOUTLinear Current (Infineon® Basic LED Driver) I = constant DC/D C RemoteMultichannel Light Control LED Light Application Copyright © Infineon Technologies AG 2015. All rights reserved. Buc k Buc k Linear Current Source VOUT (Infineon® Basic LED Driver) I = constant DC/D C RemoteMultichannel Light Control LED Light Application Page 13 Boost to GND configuration (B2G) – Topology “BOOST in Voltage Mode” Board 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 14 Boost to GND configuration (B2G) – Topology “BOOST in Voltage Mode” BOM 2015-02-10 C1 100n C_0805 Capacitor C2 nm C_0805 Capacitor C3 100n C_0805 Capacitor C4 nm C_0805 Capacitor C5 nm C_0805 Capacitor C8 nm C_0805 Capacitor C9 10n C_0805 Capacitor CBO 100u ELKOSIZEFPANASONIK_FK_SIZE-F Capacitor CBO1 nm CPOL-EUE5-5 Capacitor CIN 100u ELKOSIZEFPANASONIK_FK_SIZE-F Capacitor CIVCC 1uF 6.3V ELKO PANASONIC-SP-2 Capacitor D1 nm DIODE-SC79_INFINEON Diode DBO Schottky 3A / 50V DIODE_DO214AB Diode IC1 TLD5098EL DCDC PG-SSOP-14-1-EP IC LBO 100uH 3,5A COILCRAFT MSS1278T-104MLB Coil OUT AK500/2 Contact GND..VBAT AK500/2 Contact Copyright © Infineon Technologies AG 2015. All rights reserved. Page 15 Boost to GND configuration (B2G) – Topology “BOOST in Voltage Mode” BOM 2015-02-10 R2 10R R_0805 Resistor R6 10k R_0805 Resistor R8 nm R_0805 Resistor RCS 50mR 1% R_2512 Resistor RFB1 50k R_0805 Resistor RFB2 1k R_0805 Resistor RFB3 79k R_0805 Resistor RFREQ 20k 1% R_0805 Resistor ROVH 33k2 1% R_0805 Resistor ROVL 1k 1% R_0805 Resistor RST 0R R_0805 Resistor SET/ST PINHD-1X1 Pinhead PWMO PINHD-1X1 Pinhead EN/PWMI PINHD-1X1 Pinhead FREQ PINHD-1X1 Pinhead SJ9 closed SJ Jumper SJ11 closed SJ Jumper SJ12 closed SJ Jumper T1 IPD35N10S3L-26 NMOSP-TO252-3 P-TO252-3-XX Copyright © Infineon Technologies AG 2015. All rights reserved. Transistor Page 16 LITIX™ Power TLD5098EL - Application Boards Overview LITIX™ Power – General Overview LITIX™ Power – TLD5098EL Appboards w/o IO Filter Description Boost to GND configuration (B2G) – Topology “BOOST in Voltage Mode” Boost to GND configuration + short to GND protection (B2G + S2G) – Topology “BOOST” Boost to Battery (B2B) – Topology “BUCK / BOOST” SEPIC configuration – Topology “BUCK / BOOST” LITIX™ Power - Support Material Overview 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 17 Boost to GND configuration + short to GND protection (B2G + S2G) – Topology “BOOST” Schematic TLD5098EL SET/ST 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 18 Short circuit detection for Boost converters in general Short circuit in every boost circuit is difficult to handle! After a short circuit applied we have direct current flow over the external components. One countermeasure could be a fuse in the supply line. But this is what customers usually don‘t want to have. TLD5098 features a short circuit protection feature. The digital dimming circuit controls a switch and opens the circuit in case an short circuit event Ishort L D L RFB RFB D Protection Switch Boost Switch VIN a) 2015-02-10 COUT Short to GND Boost Switch VIN COUT Short to GND b) Copyright © Infineon Technologies AG 2015. All rights reserved. Page 19 TLD5098EL - Short circuit detection implementation A defined short circuit voltage threshold (VFBL,FBH_S2G) is implemented at the current sensing pins FBH and FBL. If the voltage level on this pins are lower than max. 2V a short circuit is detected. VFBL,FBH 60V Normal Operation min. 4.5V VFBL,FBH_S2G typ. max. Device working with parameter deviations Short Circuit detected on FBH/FBL t 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 20 Boost to GND configuration + short to GND protection (B2G + S2G) – Topology “BOOST” Board 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 21 Boost to GND configuration + short to GND protection (B2G + S2G) – Topology “BOOST” BOM C1 47nF C_0805 Capacitor C2 nm C_0805 Capacitor CBO-1 nm C_0805 Capacitor CBO-2 100nF C_0805 Capacitor CBO-3 100uF ELKOSIZEFPANASONIK_FK_SIZE-F Capacitor CBO-4 nm CPOL-EUE5-5 Capacitor CIN-3 nm C_0805 Capacitor CIN-4 nm C_0805 Capacitor CIN-5 100nF C_0805 Capacitor CIN-6 100uF ELKOSIZEFPANASONIK_FK_SIZE-F Capacitor CIVCC 1uF 6.3V ELKO / PANASONIC-SP-2 Capacitor D1 5,1V D2 BAS16-03W DBO-1 Schottky 3A / 50V SOT23 BAS16-03W / SOD323 SK3010A DIODE_DO214AB Diode Diode Diode EN/PWMI PINHD-1X1 Pinhead FREQ PINHD-1X1 Pinhead SET/ST PINHD-1X1 Pinhead DCDC / PG-SSOP-14-1-EP IC IN1 AK500/2 Contact OUT AK500/2 Contact IC1 2015-02-10 ZENER-DIODE / TLD5098EL Copyright © Infineon Technologies AG 2015. All rights reserved. Page 22 Boost to GND configuration + short to GND protection (B2G + S2G) – Topology “BOOST” BOM 2015-02-10 LBO-2 100uH 3,5A COILCRAFT MSS1278T-104MLB Coil R1 1k R_0805 Resistor R2 10k R_0805 Resistor R8 nm R_0805 Resistor RCS 50mR 1% R_2512 Resistor RD2 10k 1% R_0805 Resistor RD4 10k R_0805 Resistor RFB 1Ohm R_2512 Resistor RFREQ 20k 1% R_0805 Resistor RG 10R R_0805 Resistor RG3 10Ohm R_0805 Resistor ROVH 33k2 1% R_0805 Resistor ROVL 1k 1% R_0805 Resistor SJ1 closed SJ Jumper SJ2 closed SJ Jumper SJ3 closed SJ Jumper T2 P-MOS_BSP1 71P P-MOS_BSP171P / SOT 223 Transistor T3 N-MOS_BSP1 23 N-MOS_BSP123 / SOT223 Transistor T4 IPD35N10S3 L-26 N-MOSIPD22N08S2L / DPAK3 Transistor Copyright © Infineon Technologies AG 2015. All rights reserved. Page 23 LITIX™ Power TLD5098EL - Application Boards Overview LITIX™ Power – General Overview LITIX™ Power – TLD5098EL Appboards w/o IO Filter Description Boost to GND configuration (B2G) – Topology “BOOST in Voltage Mode” Boost to GND configuration + short to GND protection (B2G + S2G) – Topology “BOOST” Boost to Battery (B2B) – Topology “BUCK / BOOST” SEPIC configuration – Topology “BUCK / BOOST” LITIX™ Power - Support Material Overview 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 24 Boost to Battery (B2B) – Topology “BUCK / BOOST” Schematic TLD5098EL SET/ST 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 25 Boost to Battery (B2B) – Topology “BUCK / BOOST” Board 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 26 Boost to Battery (B2B) – Topology “BUCK / BOOST” BOM C1 47n C_0805 Capacitor C2 nm C_0805 Capacitor C12 100n C_0805 Capacitor CBO 100u ELKOSIZEFPANASONIK_FK_SIZE-F Capacitor CBO-1 nm CPOL-EUE5-5 Capacitor CBO-2 nm C_0805 Capacitor CBO-3 100n C_0805 Capacitor CIN-3 nm C_0805 Capacitor CIN-4 nm C_0805 Capacitor CIN-5 100n C_0805 Capacitor CIN-6 100u ELKOSIZEFPANASONIK_FK_SIZE-F Capacitor CIVCC 1uF 6.3V ELKOPANASONIC-SP-2 Capacitor D1 BAS16-03W D2 5V1 D4 BAS16-03W D5 Schottky 3A 50V DBO1 Schottky 3A 50V SOD323 ZENER-DIODE SOT23 DIODE_BAS16-03W Diode Diode SOD323 Diode SK3010A DIODE_DO214AB Diode SK3010A DIODE_DO214AB Diode EN/PWMI PINHD-1X1 Pinhead FREQ PINHD-1X1 Pinhead SET/ST PINHD-1X1 Pinhead DCDC PG-SSOP-14-1-EP IC IC1 2015-02-10 DIODE_BAS16-03W TLD5098EL Copyright © Infineon Technologies AG 2015. All rights reserved. Page 27 Boost to Battery (B2B) – Topology “BUCK / BOOST” BOM 2015-02-10 IN1 AK500/2 Contact OUT AK500/2 Contact LBO 100uH 3,5A COILCRAFT MSS1278T-104MLB Coil R1 1k R_0805 Resistor R2 nm R_0805 Resistor R11 10k R_0805 Resistor RCS 50mR 1% R_2512 Resistor RD1 10k 1% R_0805 Resistor RD2 10k 1% R_0805 Resistor RFB 1R R_2512 Resistor RFREQ 20k 1% R_0805 Resistor RG 10R R_0805 Resistor ROVH 33k2 1% R_0805 Resistor ROVL 1k 1% R_0805 Resistor RST 0R R_0805 Resistor SJ1 closed SJ Jumper SJ2 closed SJ Jumper SJ3 closed SJ Jumper T1 IPG15N06S3L-45 T2 P-MOS_BSP171P IPG15N06S3L P-MOS_BSP171P PG-TDSON-8-4 SOT223 Copyright © Infineon Technologies AG 2015. All rights reserved. Transistor Transistor Page 28 LITIX™ Power TLD5098EL - Application Boards Overview LITIX™ Power – General Overview LITIX™ Power – TLD5098EL Appboards w/o IO Filter Description Boost to GND configuration (B2G) – Topology “BOOST in Voltage Mode” Boost to GND configuration + short to GND protection (B2G + S2G) – Topology “BOOST” Boost to Battery (B2B) – Topology “BUCK / BOOST” SEPIC configuration – Topology “BUCK / BOOST” LITIX™ Power - Support Material Overview 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 29 SEPIC configuration – Topology “BUCK / BOOST” Schematic TLD5098EL SET/ST 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 30 SEPIC configuration – Topology “BUCK / BOOST” Board 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 31 SEPIC configuration – Topology “BUCK / BOOST” BOM C1 10n C_0805 Capacitor C2 nm C_0805 Capacitor CBO-1 nm C_0805 Capacitor CBO-2 100n C_0805 Capacitor CBO-3 100u ELKO SIZEFPANASONIK_FK_SIZE-F Capacitor CBO-4 nm CPOL-EUE5-5 Capacitor CIN-3 nm C_0805 Capacitor CIN-4 nm C_0805 Capacitor CIN-5 100n C_0805 Capacitor CIN-6 100u ELKO SIZEFPANASONIK_FK_SIZE-F Capacitor CIVCC 1uF 6.3V ELKO PANASONIC-SP-2 Capacitor CSP-1 nm C_0805 Capacitor CSP-2 3uF / 50V C_1206 Capacitor D2 BAS16-03W BAS16-03W / SOD323 Diode DBO-1 Schottky 3A/50V DIODE_DO214AB Diode DBO-2 nm DIODE_SC79 Diode EN/PWMI PINHD-1X1 Pinhead FREQ PINHD-1X1 Pinhead SET/ST PINHD-1X1 Pinhead DCDC / PG-SSOP-14-1-EP IC IC1 IN1 2015-02-10 TLD5098EL AK500/2 con-ptr500 Copyright © Infineon Technologies AG 2015. All rights reserved. Contact Page 32 SEPIC configuration – Topology “BUCK / BOOST” BOM OUT 2015-02-10 AK500/2 con-ptr500 Contact LBO-1 47uH COUPLED Inductors MSD1260-473MLB Coil LBO-2 nm COILCRAFTMSS1278_SERIES Coil LSP nm COILCRAFTMSS1278_SERIES Coil R1 10k R_0805 Resistor R2 10k R_0805 Resistor R8 nm R_0805 Resistor RCS 50mR 1% R_2512 Resistor RFB 1R R_2512 Resistor RFREQ 20k 1% R_0805 Resistor RG 10R R_0805 Resistor ROVH 33k2 1% R_0805 Resistor ROVL 1k 1% R_0805 Resistor SJ1 closed SJ Jumper SJ2 closed SJ Jumper SJ3 closed SJ Jumper T1 IPG15N06S3L-45 IPG15N06S3L Transistor Copyright © Infineon Technologies AG 2015. All rights reserved. Page 33 Getting started – Example on B2B Vbb=12V Example: TLD5098EL Application Board in combination with a general purpose loadboard! GND GND OUT+ OUT- 2015-02-10 OUT- Copyright © Infineon Technologies AG 2015. All rights reserved. Page 34 LITIX™ Power TLD5098EL - Application Boards Overview LITIX™ Power – General Overview LITIX™ Power – TLD5098EL Appboards w/o IO Filter Description Boost to GND configuration (B2G) – Topology “BOOST in Voltage Mode” Boost to GND configuration + short to GND protection (B2G + S2G) – Topology “BOOST” Boost to Battery (B2B) – Topology “BUCK / BOOST” SEPIC configuration – Topology “BUCK / BOOST” LITIX™ Power - Support Material Overview 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 35 LITIX™ Power Design In Support Material Available Appboards Sales Name of Demoboard APPBOARD TLD5098EL VER1 APPBOARD TLD5098EL VER2 APPBOARD TLD5098EL VER3 APPBOARD TLD5098EL VER4 SP Number SP000954242 Constant Voltage Mode SP000954244 Boost to Ground Configuration w/ short to ground protection SP000954246 Boost to Battery Configuration SP000954248 SEPIC Configuration APPBOARD TLD5098EL V5 SP000984908 APPBOARD TLD5098EL V6 SP000984910 APPBOARD TLD5098EL V7 BOARD TLD5097 B2B BOARD TLD5097 B2G BOARD TLD5097 SEPIC Description SP000984912 SP001157588 SP001157586 SP001157590 Boost to Ground Configuration w/ short to ground protection & EMC filter Boost to Battery Configuration with EMC filter SEPIC Configuration with EMC filter Boost to Battery Configuration Boost to Ground Configuration SEPIC Configuration http://www.infineon.com/LITIX-power-appboards 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 36 LITIX™ Power Design In Support Material Available Demoboards Sales Name of Demoboard Demoboard TLD5045EJ Demoboard TLD5095EL Ver1 Demoboard TLD5095EL Ver2 SP Number Description SP000924382 Buck mode Boost to GND (default), Sepic & SP000760364 Constant Voltage Mode possible Boost to Battery (default), Constant SP000845642 Voltage Mode possible www.infineon.com/litix-power-demoboards Other design in support material Data Sheets & Application Note Simulation Models EMC Test Reports Excel Calculation Tool for TLD509xEL available on request 2015-02-10 Copyright © Infineon Technologies AG 2015. All rights reserved. Page 37 Thank you very much for your attention For more information, please visit: http://www.infineon.com/LITIX Confidential – Do not forward this presentation or its content to any 3rd party Published by Infineon Technologies AG, Am Campeon 1-12, 85579 Neubiberg, Germany © Infineon Technologies AG 2015. All Rights Reserved. DISCLAIMER: THE INFORMATION GIVEN IN THIS PRESENTATION IS GIVEN AS A HINT FOR THE IMPLEMENTATION OF THE INFINEON TECHNOLOGIES COMPONENT ONLY AND SHALL NOT BE REGARDED AS ANY DESCRIPTION OR WARRANTY OF A CERTAIN FUNCTIONALITY, CONDITION OR QUALITY OF THE INFINEON TECHNOLOGIES COMPONENT. THE RECIPIENT OF THIS PRESENTAION MUST VERIFY ANY FUNCTION DESCRIBED HEREIN IN THE REAL APPLICATION. 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) WITH RESPECT TO ANY AND ALL INFORMATION GIVEN IN THIS PRESENTATION.