Automotive Interface Products Interface Solutions for Automotive Product Portfolio

Transcription

1 Automotive Interface Products Interface Solutions for Automotive Product Portfolio LCD Drivers, LED Controllers, Realtime Clocks, Capacitive Sensors, Temperature Sensors, IO Expanders, Level Shifters, UARTs/Bridges, PCI Express PHY December 2013, Revision 10.0 NXP, BL Interface Products

2 NXP Interface Products Solutions for Automotive Interior Instrument Cluster - Display - LCD Backlight - Tell Tale Illumination - Timing Reference - Touch Button Control Steering Wheel - Hands On/Off Detection Central Display - TFT Backlight - Button Touch Control -Hi-speed data communication - Data conversion Car Radio - Display - LCD Backlight - Button Illumination - Timing Reference - Touch Button Control Window/Seat Control - Button Illumination - Touch Button Control Climate Control Unit - Display - LCD Backlight - Button Illumination - Touch Button Control - Temperature Sensing Rear Seat Entertainment - LCD Backlight - Touch Button Control - Button Illumination - Hi-speed data communication - Data conversion Roof Top Control - Button Illumination - Touch Button Control Rear Seat Control - Display - LCD Backlight - Button Illumination - Touch Button Control - Temperature Sensing Hi-speed Data Communication - LVDS - HDMI - USB - PCIe Integrated Center Stack - LCD Backlight - Button Illumination -Touch Button Control 2

3 NXP Interface Products Solutions for Automotive Body Battery Management Unit - Realtime Clocks - Temperature Sensors - IO Expanders Passive Keyless Entry - Capacitive Sensors Body Control Units - Realtime Clocks - Temperature Sensors - IO Expanders Engine Control - Realtime Clocks - Temperature Sensors - IO Expanders 3

4 NXP Interface Products Automotive Product Portfolio PCI Express PHY Infotainment Why NXP? low power consumption Wide operating temperature range Small package (LFBGA81) REALTIME CLOCKS Instrument Clusters Tachographs Battery Management Units Navigation Systems Car Radios Why NXP? up to 125ºC op. Temp. Ultra low power (< 1 A) Temp. compensation integrated quartz crystal CAPACITIVE SENSORS Button Touch Displays Passive Key-less Entry Systems (PKE) Replacement of rotary knobs, push buttons, sliders in car radios or climate control units NEW Why NXP? Configurable as touch or proximity sensor self-calibrating Low power consumption UARTs and BRIDGES Telematics Nav Radio Instrument Clusters LED CONTROLLERS Instrument clusters Dash boards Gauges / Tell Tales Car radios Climate Controls Why NXP? number #1 in Industrial UARTs committed long-term supplier Broad portfolio Why NXP? Low power (<1 A) Voltage source or constant current devices Dimming & color mixing No external components TEMPERATURE SENSORS Multimedia systems Infotainment /cluster displays Body Control Unit Climate Control Unit Why NXP? High accuracy Wide temperature range LCD DRIVERS Instrument clusters Climate controls Tachographs Car radios Key fobs Why NXP? up to 105ºC op. Temp. up to 16.0V VLCD Frame Freq. calibration On-chip Charge Pump On-chip Temp. Sensor GPIO 2-wire GPIO NEW Microcontroller IO EXPANDERS (GPIOs) Body Control Units Instrument Clusters Car radios Why NXP? Large portfolio NXP (Philips) has invented the I2C bus LEVEL SHIFTERS Processor Interface in Infotainment Systems Why NXP? market leader in GTL devices used for processor to chipset interface wide portfolio of 2-bit, 4- bit, 8-bit and 16-bit devices a portfolio of more than 700 products and more than customers world-wide Continuously expanding automotive portfolio by post qualification of existing products more than 25 years experience in delivering into automotive industry more than 200M units delivered to automotive industry so far 4

5 Products & Applications

6 NXP Interface Products Solutions for Automotive Interior LCD Drivers Large portfolio of cased as well as Chip-On-Glass LCD Segment, Character, and Dot-matrix Drivers Specifically designed but not limited to driving high contrast true black background Vertical Alignment Displays Highly reliable thanks to AEC-Q100 compliant automotive qualification Extended operating temperature range up to 105ºC for harshest environmental conditions LED Controllers Fully integrated LED Controller with Color Mixing and Dimming functionality Voltage Source or Constant Current Devices Up to 12-bit PWM resolution, up to 40V output voltage compliant, up to 57mA output sink current Highly reliable thanks to AEC-Q100 compliant automotive qualification Capacitive Sensors Single channel, dual channel and eight channel solutions Patented digital signal processing method with auto-calibration to automatically compensate for changes in static capacitance (no post processing needed) One technology fits all: button, slider, wheel, key matrix, button touch display, proximity sensing (up to several cm),... High immunity against environmental influences Highly reliable thanks to AEC-Q100 compliant automotive qualification

7 NXP Interface Products Solutions for Automotive Interior LCD Drivers Large portfolio of cased as well as Chip-On-Glass LCD Segment, Character, and Dot-matrix Drivers Specifically designed but not limited to driving high contrast true black background Vertical Alignment Displays Highly reliable thanks to AEC-Q100 compliant automotive qualification Extended operating temperature range up to 105ºC for harshest environmental conditions LED Controllers Fully integrated LED Controller with Color Mixing and Dimming functionality Voltage Source or Constant Current Devices Up to 12-bit PWM resolution, up to 40V output voltage compliant, up to 57mA output sink current Highly reliable thanks to AEC-Q100 compliant automotive qualification Capacitive Sensors Single channel, dual channel and eight channel solutions Patented digital signal processing method with auto-calibration to automatically compensate for changes in static capacitance (no post processing needed) One technology fits all: button, slider, wheel, key matrix, button touch display, proximity sensing (up to several cm),... High immunity against environmental influences Highly reliable thanks to AEC-Q100 compliant automotive qualification

8 NXP Interface Products Solutions for Automotive Interior Portfolio of I2C-bus as well as SPI-bus Realtime Clocks for versatile usage in I2C or SPI centered applications Realtime Clocks with extended operating temperature range up to 125ºC for harshest environmental conditions Temperature compensated and factory calibrated highly accurate Realtime Clock Modules with integrated quartz crystal Realtime Clock Highly reliable thanks to AEC-Q100 compliant automotive qualification Fully integrated I2C-bus based Temperature Sensor which is pinto-pin compatible to LM75 High temperature accuracy of 1 C over 25 C to +100 C and 2 C over 55 C to +125 C Temp Sensor Extended operating temperature range from -55ºC to +125ºC for harshest environmental conditions Highly reliable thanks to AEC-Q100 compliant automotive qualification 2-wire uc GPIO IO Expanders Easily adds I/Os via I2C-bus for input/output, key scan or to control LEDs Combats Feature Creep by expanding I/O ports instead of requirement for new µc Allows seamless migration to newer µc and still keeps the same peripherals Extended operating temperature up to +125ºC for harshest environmental conditions Highly reliable thanks to AEC-Q100 compliant automotive qualification

9 NXP Interface Products Solutions for Automotive Interior Portfolio of I2C-bus as well as SPI-bus Realtime Clocks for versatile usage in I2C or SPI centered applications Realtime Clocks with extended operating temperature range up to 125ºC for harshest environmental conditions Temperature compensated and factory calibrated highly accurate Realtime Clock Modules with integrated quartz crystal +125 C Realtime Clock Highly reliable thanks to AEC-Q100 compliant automotive qualification -40 C to Fully integrated I2C-bus based Temperature Sensor which is pinto-pin compatible to LM75 High temperature accuracy of 1 C over 25 C to +100 C and 2 C over 55 C to +125 C Temp Sensor Extended operating temperature range from -55ºC to +125ºC for harshest environmental conditions Highly reliable thanks to AEC-Q100 compliant automotive qualification Easily adds I/Os via I2C-bus for input/output, key scan or to control LEDs Combats Feature Creep by expanding I/O ports instead of requirement for new µc uc 2-wire GPIO Allows seamless migration to newer µc and still keeps the same peripherals IO Expanders Extended operating temperature up to +125ºC for harshest environmental conditions Highly reliable thanks to AEC-Q100 compliant automotive qualification

10 NXP Interface Products Solutions for Automotive Interior UARTs/Bridges UARTs and Bridges are Interface Solutions to facilitate and handle communication among various bus interfaces UARTs and Bridges overcome limitations of the host bus interface to the peripherals Fully featured standalone UARTs (IrDA) with I2C/SPI interface and 64byte FIFOs Highly reliable thanks to AEC-Q100 compliant automotive qualification Level Shifters Provides bi-directional translation between GTL (Gunning Transceiver Logic) signal levels and LVTTL/TTL (Low Voltage Transistor Transistor Logic) signal levels GTL enables low-voltage swing, single ended, high-speed pointto-point backplane bus signaling Highly reliable thanks to AEC-Q100 compliant automotive qualification Hi-speed Data Communication LVDS, USB, PCIexpress, Display Port, HDMI: hi-speed data communication enabling automotive infotainment systems to switch into the next gear. Signal conditioners, switches, multiplexers, bridges, adapters, re-drivers, level shifters all from one single source: NXP Interface Products AEC-Q100 compliant automotive qualification available on PCI express PHY; other products on request

11 NXP Interface Products Solutions for Automotive Interior UARTs/Bridges UARTs and Bridges are Interface Solutions to facilitate and handle communication among various bus interfaces UARTs and Bridges overcome limitations of the host bus interface to the peripherals Fully featured standalone UARTs (IrDA) with I2C/SPI interface and 64byte FIFOs Highly reliable thanks to AEC-Q100 compliant automotive qualification Level Shifters Provides bi-directional translation between GTL (Gunning Transceiver Logic) signal levels and LVTTL/TTL (Low Voltage Transistor Transistor Logic) signal levels GTL enables low-voltage swing, single ended, high-speed pointto-point backplane bus signaling Highly reliable thanks to AEC-Q100 compliant automotive qualification Hi-speed Data Communication LVDS, USB, PCIexpress, Display Port, HDMI: hi-speed data communication enabling automotive infotainment systems to switch into the next gear. Signal conditioners, switches, multiplexers, bridges, adapters, re-drivers, level shifters all from one single source: NXP Interface Products AEC-Q100 compliant automotive qualification available on PCI express PHY; other products on request

12 NXP Interface Products Automotive Grade Parts List (1/3) ID Category Type Name 12NC Description Package Temp Range auto Release Status Type of Automotive Compliant Qualification Qual Grade 1 LCD Driver PCA85162T/Q900/ Automotive LCD segment driver for low multiplex rates - 4x32, I2C interface TSSOP48-40 C,..., 95 C RFS AEC-Q100 Grade 3 2 LCD Driver PCA85176T/Q900/ Automotive LCD segment driver for low multiplex rates - 4x40, I2C interface TSSOP56-40 C,..., 95 C RFS AEC-Q100 Grade 3 3 LCD Driver PCA85176H/Q900/ Automotive LCD segment driver for low multiplex rates - 4x40, I2C interface TQFP64-40 C,..., 95 C RFS AEC-Q100 Grade 3 4 LCD Driver PCA8546ATT/A LCD Driver PCA8546BTT/A Automotive LCD segment driver for low multiplex rates - 4x44, programmable frame frequency 60Hz - 300Hz, I2C interface Automotive LCD segment driver for low multiplex rates - 4x44, programmable frame frequency 60Hz - 300Hz, SPI interface TSSOP56-40 C,..., 95 C RFS AEC-Q100 Grade 3 TSSOP56-40 C,..., 95 C RFS AEC-Q100 Grade 3 6 LCD Driver PCA85134H/Q900/ Automotive LCD segment driver for low multiplex rates - 4x60, I2C interface LQFP80-40 C,..., 95 C RFS AEC-Q100 Grade 3 7 LCD Driver PCA8536AT/Q900/ LCD Driver PCA8536BT/Q900/ LCD Driver PCA8537AH/Q900/ LCD Driver PCA8537BH/Q900/ LCD Driver PCA9620H/Q900/ Automotive LCD segment driver for low multiplex rates - 8x40 with six PWM Channels for LED Backlighting and I2C-bus interface Automotive LCD segment driver for low multiplex rates - 8x40 with six PWM Channels for LED Backlighting and SPI-bus interface Automotive LCD segment driver for low multiplex rates - 8x44 with integrated charge pump and I2C-bus Interface Automotive LCD segment driver for low multiplex rates - 8x44 with integrated charge pump and SPI-bus Interface Automotive LCD segment driver for low multiplex rates - 8x60, integrated charge pump, VLCD temperature compensation, I2C interface TSSOP56-40 C,..., 95 C RFS AEC-Q100 Grade 3 TSSOP56-40 C,..., 95 C RFS AEC-Q100 Grade 3 TQFP64-40 C,..., 95 C RFS AEC-Q100 Grade 3 TQFP64-40 C,..., 95 C RFS AEC-Q100 Grade 3 LQFP80-40 C,..., 105 C RFS AEC-Q100 Grade 2 12 LCD Driver PCA8576FUG/2DA/Q Automotive LCD segment driver for low multiplex rates - 4x40, I2C interface Chip in tray w/ -40 C,..., 105 C Gold Hard Bumps RFS AEC-Q100 Grade 2 13 LCD Driver PCA85133U/2DA/Q Automotive LCD segment driver for low multiplex rates - 4x80, 82Hz and 110Hz Frame Frequency, I2C interface Chip in tray w/ -40 C,..., 95 C Gold Hard Bumps RFS AEC-Q100 Grade 3 14 LCD Driver PCA85133U/2DB/Q Automotive LCD segment driver for low multiplex rates - 4x80, 82Hz and 110Hz Frame Frequency, I2C interface Chip in tray w/ Gold Soft Bumps -40 C,..., 95 C RFS AEC-Q100 Grade 3 15 LCD Driver PCA85233UG/2DA/Q RFS: Released for Supply Automotive LCD segment driver for low multiplex rates - 4x80, 150Hz and 220Hz Frame Frequency, I2C interface Chip in tray w/ -40 C,..., 105 C Gold Hard Bumps RFS AEC-Q100 Grade 2 12

13 NXP Interface Products Automotive Grade Parts List (2/3) ID Category Type Name 12NC Description Package Temp Range 16 LCD Driver PCA85132U/2DA/Q Automotive LCD segment driver for low multiplex rates - 4x160, programmable frame frequency 60Hz - 90Hz, I2C interface auto Release Status Type of Automotive Compliant Qualification Qual Grade Chip in tray w/ -40 C,..., 95 C Gold Hard Bumps RFS AEC-Q100 Grade 3 17 LCD Driver PCA85132U/2DB/Q Automotive LCD segment driver for low multiplex rates - 4x160, programmable frame frequency 60Hz - 90Hz, I2C interface Chip in tray w/ Gold Soft Bumps -40 C,..., 95 C RFS AEC-Q100 Grade 3 18 LCD Driver PCA85232U/2DA/Q LCD Driver PCA9620U/5GA/Q LCD Driver PCA8538UG/2DA/Q LCD Driver PCA8539DUG/DA LCD Driver PCA2117DUGR/DA LCD Driver PCA2117DUGS/DA Cap Sensor PCA8886TS/Q900/ Cap Sensor PCA8885TS/Q900/ Automotive LCD segment driver for low multiplex rates - 4x160, programmable frame frequency 117Hz - 176Hz, I2C interface Automotive LCD segment driver for low multiplex rates - 8x60, integrated charge pump, VLCD temperature compensation, I2C interface Automotive LCD segment driver for low multiplex rates - 9x102, programmable frame frequency, integrated charge pump, VLCD temperature compensation, I2C and SPI interface Automotive LCD Dot Matrix Driver - 18x100, programmable frame frequency, integrated charge pump, VLCD temperature compensation, I2C and SPI interface Automotive LCD Character Driver LCD driver - 2 lines by 20 characters plus 200 icons, programmable frame frequency, integrated charge pump, VLCD temperature compensation, I2C and SPI interface, "R" character set Automotive LCD Character Driver LCD driver - 2 lines by 20 characters plus 200 icons, programmable frame frequency, integrated charge pump, VLCD temperature compensation, I2C and SPI interface, "S" character set Capacitive dual-channel proximity switch with auto-calibration and very low power consumption Capacitive 8-channel proximity switch with auto-calibration and very low power consumption Chip in tray w/ -40 C,..., 95 C Gold Hard Bumps RFS AEC-Q100 Grade 3 Bare wafer -40 C,..., 105 C RFS AEC-Q100 Grade 2 Chip in tray w/ -40 C,..., 105 C Gold Hard Bumps RFS AEC-Q100 Grade 2 Chip in tray w/ -40 C,..., 105 C Gold Hard Bumps RFS AEC-Q100 Grade 2 Chip in tray w/ -40 C,..., 105 C Gold Hard Bumps RFS AEC-Q100 Grade 2 Chip in tray w/ -40 C,..., 105 C Gold Hard Bumps RFS AEC-Q100 Grade 2 TSSOP16-40 C,..., 85 C RFS AEC-Q100 Grade 3 TSSOP28-40 C,..., 85 C RFS AEC-Q100 Grade 3 26 LED Controller PCA9685PW/Q channel, 12-bit PWM Fm+ I2C-bus LED controller TSSOP28-40 C,..., 85 C RFS AEC-Q100 Grade 3 27 LED Controller PCA9635PW/Q bit Fm+ I2C-bus LED driver TSSOP28-40 C,..., 85 C RFS AEC-Q100 Grade 3 28 LED Controller PCA9955TW/Q LED Controller PCA9952TW/Q Constant Current LED Controller PWM Channels (16 individual, 1 global), 8-bit PWM resolution, 57mA, 40V compliant, I2C-bus Interface Constant Current LED Controller - 16 PWM Channels, 8-bit PWM resolution, global output enable, 57mA, 40V compliant, I2C-bus Interface HTSSOP28-40 C,..., 85 C RFS AEC-Q100 Grade 3 HTSSOP28-40 C,..., 85 C RFS AEC-Q100 Grade 3 30 RTC PCA8565TS/ I2C-bus Real-time clock/calendar - high temp TSSOP8-40 C,..., 125 C RFS AEC-Q100 Grade 1 RFS: Released for Supply 13

14 NXP Interface Products Automotive Grade Parts List (3/3) ID Category Type Name 12NC Description Package Temp Range auto Release Status Type of Automotive Compliant Qualification Qual Grade 31 RTC PCA21125T/Q900/ SPI-bus Real-Time Clock and calendar - high temp TSSOP14-40 C,..., 125 C RFS AEC-Q100 Grade 1 32 RTC PCA2129T/Q900/ Integrated RTC, TCXO and quartz crystal - high accuracy SO16-40 C,..., 85 C RFS AEC-Q100 Grade I/O Expander (GPIO) I/O Expander (GPIO) I/O Expander (GPIO) I/O Expander (GPIO) PCA9554PW/Q bit I2C-bus and SMBus I/O port with interrupt TSSOP16-40 C,..., 85 C RFS AEC-Q100 Grade 3 PCA9703PW/Q V tolerant SPI 16-bit GPI with maskable INT TSSOP24-40 C,..., 85 C RFS AEC-Q100 Grade 3 PCA9538PW/Q bit I2C-bus and SMBus I/O port with interrupt and reset TSSOP16-40 C,..., 125 C RFS AEC-Q100 Grade 1 PCA9539PW/Q bit I2C-bus and SMBus I/O port with interrupt and reset TSSOP24-40 C,..., 125 C RFS AEC-Q100 Grade 1 37 UART & Bridges SC16C850IBS/Q UART & Bridges SC16IS740IPW/Q V to 3.3 V UART, 5 Mbit/s (max.) with 128-byte FIFOs, infrared (IrDA), and 16 mode or 68 mode parallel bus interface Single UART with I2C-bus/SPI interface, 64 bytes of transmit and receive FIFOs, IrDA SIR built-in support HVQFN32-40 C,..., 85 C RFS AEC-Q100 Grade 3 TSSOP24-40 C,..., 85 C RFS AEC-Q100 Grade 3 39 PCIexpress PX1011B-EL1/Q PCI Express stand-alone X1 PHY LFBGA81-40 C,..., 85 C RFS AEC-Q100 Grade 3 40 Level Shifter GTL2018PW/Q bit LVTTL to GTL transceiver TSSOP24-40 C,..., 85 C RFS AEC-Q100 Grade 3 RFS: Released for Supply 14

15 Outline 1. LCD Drivers 2. Capacitive Sensors 3. LED Controllers 4. Realtime Clocks 5. Temperature Sensors 6. IO Expanders 7. Other Interface Products

16 NXP LCD Drivers for Automotive Focus Application Areas Auxiliary Heating System Key Fob Climate Control Instrument Cluster Car Radio Car Clock 16

17 NXP LCD Drivers Segment Drivers Character Drivers Graphic (Dot Matrix) Drivers I 2 C/SPI Bus LCD segment driver control logic OTP Memory RAM sequencer Temp Sensor backplane driver bias voltage generator Charge pump segment driver PCA85162 PCA85176 PCA8546 PCA8547 PCA8543 PCA85134 PCA8536 PCA8537 PCA9620 PCA85133 PCA85233 PCA85132 PCA85232 PCA8538 4x32 segments 4x40 segments 4x44 segments 4x44 segments 4x60 segments 4x60 segments 8x40 segments 8x44 segments 8x60 segments 4x80 segments 4x80 segments 4x160 segments 4x160 segments 9x102 segments PCF2113 PCF2119 PCA line by 12 characters plus 120 icons 2-line by 16 characters plus 160 icons 2-line by 20 characters plus 200 icons PCA x100 dots PCF x128 dots PCF8811 PCF x8 80x128 dots 32x48 LEOPARD 65 x 168 dots WOLF 132 x 256 dots (stand-alone) (when combined with PCF8579) F: non-automotive grade A: automotive grade (AEC-Q100 compliant) F: non-automotive grade, but successfully used for many years in automotive 17

18 NXP LCD Drivers for Automotive Value Proposition 1. Fully featured LCD Drivers Basic (i) Basic Comparison basic versus fully featured (ii) Fully Featured Fully featured I 2 C Bus control logic I 2 C/SPI Bus control logic OTP Memory RAM sequencer backplane driver bias voltage generator segment driver integration of additional peripheral functions such as Charge Pump, Temp Sensor, OTP Memory into single chip reduces bill of material and enhances system performance RAM sequencer backplane driver bias voltage generator Charge pump Temp Sensor segment driver 18

19 NXP LCD Drivers for Automotive Value Proposition 2. Chip-On-Glass (COG) LCD Drivers (i) Cased (ii) Chip-On-Glass (COG) Comparison Cased versus COG cased LCD Bare die with gold bumps LCD PCB Pros + more robust with respect to mechanical stress + display driver can be placed close to C + full flexibility in choosing driver and display supplier Cons - higher costs - high number of tracks required on PCB Families Segment Drivers and selected Character drivers higher integration by means of Chip-On-Glass technology increases flexibility, enhances reliability and gives prospect for reduced system cost Pros + lower costs + only a few tracks required on PCB + higher reliability + thinnest module + easier to back light Cons - driver cannot be placed arbitrarily - dependency on module maker Families Segment Drivers; Character Drivers; Dot-Matrix Drivers 19

20 NXP LCD Drivers for Automotive Value Proposition 3. LCD Drivers for Vertical Alignment (VA) Displays (i) Conventional Display Technology Comparison conventional vs. vertical alignment (ii) New Vertical Alignment Display Technology New Vertical Alignment (VA) display technology for much higher contrast, improved viewing angle, and true black background Requires from display driver (1) higher VLCD voltage, (2) higher frame frequency and (3) temperature compensation 20

21 Vertical Alignment display technology Segment: off state: dark on state: bright Vertical Alignment (VA) is a display technology in which the liquid crystals naturally align vertically to the glass substrates (homeotropic alignment). When no voltage is applied, the polarized light passes through the cell without a change in polarization and the light is completely blocked by the second polarizer set at 90 o C to the first, creating a perfectly black state. When voltage is applied, the LC molecules rotate to a horizontal position allowing light to pass through and create a white display image. In a VA display, the LC molecules switch from a homeotropic state to a planar state in an electric field and this is possible with LC mixtures with negative dielectric anisotropy. Glass Vertical Alignment a b Polarizer orientation ITO Layer (transparent Electrode) direction of surface treatment incident light Liquid Crystal 21

22 Vertical Alignment display requirements However, the VA display technologies have stronger requirements for the display drivers than the TN displays, mainly in terms of higher LCD supply voltage (V LCD ) and/or higher frame frequency (FF). The requirements depend on the specific VA technology developed by each LCD manufacturer as well as on the multiplex rates (backplane drive configuration) used in application. Note that the VA displays in mass production are only available with multiplex rates up to 1:64. The major LCD manufacturing companies are working to develop the VA technology for higher multiplex rates. 22

23 The NXP LCD Drivers meet the strictest VA display requirements Frame Frequency 300Hz PCA8543 PCA8546 PCA8547 (mux 1:4) PCA8536 PCA8537 PCA9620 (mux 1:8) PCA8538 (mux 1:9) PCA2117 PCA8539 (mux 1:18) 200Hz 100Hz PCA21219 PCF8576D PCA85134 PCF2119 PCA85233 PCA8576F PCA85262 PCA85276 PCA85232 PCA85162 PCA85176 PCA85132 PCA V 4V 6V 8V 10V 12V 14V 16V 18V VLCD Redesigned products pin-to-pin compatible with their predecessors Latest Generation New Products 23

24 NXP LCD Drivers for Automotive Value Proposition 4. Combination of LCD and Touch (i) LCD Display + mechanical buttons From LCD + mechanical buttons to LCD + Touch (ii) LCD Display + on-cell / incell Touch no mechanical wear reconfigurability prospect for lower cost 24

25 Cased Segment Driver Family

26 NXP automotive LCD Segment Drivers Product Overview Cased LCD Drivers automotive grade Value Proposition AEC-Q100 automotive compliant qualification for highest robustness for harshest conditions Extended Temperature Range up to 95ºC or even 105ºC (selected devices) Wide VLCD range to up to 8.0V or even 9.0V (selected devices) Programmable and calibrated frame frequency (selected devices) On-chip Charge Pump and on-chip Temperature Sensor (selected devices) On-chip PWM Controller for LED back-lighting (selected devices) Production Development Study Consider Hi-Lights 26

27 PCA8536

28 PCA (8x40) Segment Driver with PWM Channels Key Features 8 x 40 segment driver (320 dots or segments) Six PWM channels (as segment replacement) 7-bit PWM resolution Programmable PWM Frequency 50Hz to 250Hz Programmable Multiplex Rate (1:4, 1:6, 1:8) VLCD (max) = 9.0V Programmable Line Inversion or Frame Inversion Programmable Frame Frequency 60Hz to 300Hz Programmable Backplane outputs (either located in the center of the Segment outputs or at the beginning) I2C-bus or SPI-bus Interface Extended temperature range up to +95 C AEC-Q100 compliant Volume Production 28

29 PCA8537

30 PCA (8x44) Segment Driver with Charge Pump Key Features 8 x 44 segment driver (352 dots or segments) Programmable Multiplex Rate (1:1, 1:2, 1:4, 1:6, 1:8) Specifically designed for high contrast VA (Vertical Alignment displays On-chip Charge pump with integrated capacitors VLCD (max) = 9.0V line inversion or frame inversion Temperature sensor (readout possible) Temperature compensated VLCD voltage Programmable frame frequency 60Hz to 300Hz I2C-bus or SPI-bus Interface Extended temperature range up to +95 C AEC-Q100 compliant Volume Production 30

31 NXP LCD Drivers for Automotive Charge Pump Value Proposition VLCD VDD V LCD 1. On-chip Generation of VLCD Voltage - VLCD Voltage independent of Vdd Voltage - VLCD Voltage programmable (electronic tuning) 2. Regulated VLCD Voltage compensating input voltage variations e.g. by battery supply constant display contrast 3. Automatic VLCD Temp. Compensation based on integrated Temp. Sensor (SW programmable) optimum contrast over Temp. VDD GND uc Core Interface SDA SCL VDD GND Interface Temp Sensor Control Logic Display RAM Pre-scaler Timing Oscillator Sequencer Charge Pump / Voltage multiplier VLCD Temp. Compensation Bias Voltage Generation Segment outputs Backplane outputs VDD Domain: 2.5V to 5.5V VLCD Domain: 2.5V to 9.0V 31

32 PCA9620

33 PCA (8x60) Segment Driver with Charge Pump Key Features 8 x 60 segment driver (480 dots or segments) Programmable Multiplex Rate (1:1, 1:2, 1:4, 1:6, 1:8) Specifically designed for high contrast VA (Vertical Alignment) displays On-chip Charge pump with integrated capacitors VLCD (max) = 9.0V line inversion or frame inversion Temperature sensor (readout possible) Temperature compensated VLCD voltage Programmable frame frequency 60Hz to 300Hz I2C-bus Interface Extended temperature range up to +105 C AEC-Q100 compliant PCA9620 Volume Production 33

34 PCA8546

35 PCA8546 Cased 176 (4x44) Segment Driver Key Features 4x 44 segment driver (176 dots or segments) VLCD (max) = 9.0V Programmable Line Inversion or Frame Inversion Programmable Frame Frequency 60Hz to 300Hz Programmable Backplane outputs (either located in the center of the Segment outputs or at the beginning) I2C-bus or SPI-bus Interface Extended temperature range up to +95 C AEC-Q100 compliant SPI PCx8546 Volume Production 35

36 PCA8547

37 PCA8547 Cased 176 (4x44) Segment Driver with Charge Pump Key Features 4 x 44 segment driver (176 dots or segments) Programmable Multiplex Rate (1:1, 1:2, 1:4) Specifically designed for high contrast VA (Vertical Alignment displays On-chip Charge pump with integrated capacitors VLCD (max) = 9.0V line inversion or frame inversion Temperature sensor (readout possible) Temperature compensated VLCD voltage Programmable frame frequency 60Hz to 300Hz I2C-bus or SPI-bus Interface Extended temperature range up to +95 C AEC-Q100 compliant SPI PCx8547 Sampling Release Dec 13 37

38 PCA8546 & PCA8547

39 PCA8546 & PCA8547: Upgrade for PCA85176 Base Line PCA85176 Advanced Line PCA8546 Top Line PCA Temperature compensation of V LCD + Temperature sensor with temp. readout + Charge pump with integrated capacitors + Improved ESD HBM ± 3500 V + Improved ESD HBM ± 4500 V + 16 Segments 176 (4x44) + 16 Segments 176 (4x44) + SPI Interface I 2 C&SPI Interface + SPI Interface I 2 C&SPI Interface + 1.0V V LCD V LCD (max) = 9.0V + SW programmable FF 60,..,300Hz + 1.0V V LCD V LCD (max) = 9.0V + SW programmable FF 60,..,300Hz + Reset pin & reset command + Reset pin & reset command 160 Segments (4x40) I2C Interface V LCD (max) = 8.0V Frame Frequency FF = 110Hz -40 C to +95 C AEC-Q100 compliant 160 Segments (4x40) I2C Interface V LCD (max) = 8.0V Frame Frequency FF = 110Hz -40 C to +95 C AEC-Q100 compliant 160 Segments (4x40) I2C Interface V LCD (max) = 8.0V Frame Frequency FF = 110Hz -40 C to +95 C AEC-Q100 compliant Released Sampling Release Dec 13 39

40 PCA8546 & PCA8547 PCA8546 & PCA8547 : Upgrade for PCA85176 Main features PCA85176 PCA8546 PCA8547 Resolution (max) 4 x 40 = 160 segments 4 x 44 = 176 segments 4 x 44 = 176 segments VDD range [V] 1.8V 5.5V 1.8V 5.5V 1.8V 5.5V VLCD generation Externally supplied Externally supplied Internal (charge pump) or external VLCD range [V] 2.5V 6.5V for VDD>2.5V 2.5V 8.0V for VDD>2.5V 2.5V 9.0V 2.5V 9.0V Mux rates Static, 1:2, 1:3, 1:4 1:4 Static, 1:2, 1:3, 1:4 Oscillator Internal or external Internal or external Internal or external Frame Freq. 82 Hz, 110 Hz 60 Hz 300 Hz 60 Hz 300 Hz Reset POR POR, RST pin, RST cmd POR, RST pin, RST cmd Interface I2C A ver.: I2C; B ver.: SPI A ver.: I2C; B ver.: SPI Operating Temp range -40 C 95 C -40 C 95 C -40 C 95 C Package TSSOP56 or TQFP64 TSSOP56 TQFP64 ESD HBM ± 2000 V ± 3500 V ± 4500 V Cascadability Up to 16 chips No No 40

41 PCA8543

42 NXP Interface Products PCA85134 Upgrade Path: Base Line to Top Line Base Line PCA85134 Top Line PCA8543 PCA8547: Samples: NOW Release: December 2013 PCA Segments (4x60) I2C Interface VLCDmax 8.0V Frame Frequency FF = 82Hz -40 C to +95 C AEC-Q100 compliant qualification + Temperature compensation of V LCD + Temperature sensor with temp. readout + Charge pump with integrated capacitors + 1.0V VLCD VLCD (max) = 9.0V + SW programmable inversion scheme: line or frame + SW programmable FF 60,..,300Hz + 10 C Tamb Tamb (max) = +105 C ± 2500V ESD HBM ESD HBM = ± 4000V 240 Segments (4x60) I2C Interface VLCDmax 8.0V Frame Frequency FF = 82Hz -40 C to +95 C AEC-Q100 compliant qualification Note: PCA85134 and PCA8543 are not pin-to-pin compatible and also not SW compatible 42

43 NXP Interface Products PCA85134 Upgrade Path: Base Line to Top Line Comparison PCA85134 versus PCA8543 Main features PCA85134 PCA8543 Resolution (max) 4 x 60 = 240 segments 4 x 60 = 240 segments VDD range [V] 1.8V 5.5V 2.5V 5.5V VLCD generation Externally supplied Internal (charge pump) or external VLCD range [V] 2.5V 8.0V 2.5V 9.0V Mux rates Static, 1:2, 1:3, 1:4 Static, 1:2, 1:4 Oscillator Internal or external Internal or external Frame Freq. 82 Hz 60 Hz 300 Hz Inversion Scheme Line inversion Line inversion or frame inversion Reset POR POR Interface I2C I2C Operating Temp range -40 C 95 C -40 C 105 C Package LQPF80 LQFP80 ESD HBM ± 2500 V ± 4000 V Cascadability Up to 16 chips No PCA8547: Samples: NOW Release: December 2013 Qualification NXP QRS + AEC-Q100 compliant NXP QRS + AEC-Q100 compliant Note: PCA85134 and PCA8543 are not pin-to-pin compatible and also not SW compatible 43

44 NXP Interface Products PCA85134 Upgrade Path: Base Line to Top Line PCA8547: Samples: NOW Release: December 2013 PCA85134 PCA8543 Note: PCA85134 and PCA8543 are not pin-to-pin compatible and also not SW compatible 44

45 PCA85262

46 PCA85262 Hi-FF 128-Segment Driver PCA85262: Samples available Release: December 2013 PCA85262: PCA85162 with removed POR and higher Frame Frequency PCA85162 PCA85262 Product type PCA85162T/Q900/1 PCA85262ATT/A # BP x # SEG (max) 4 x 32 4 x 32 VLCD (ext.) (max) 8.0V 8.0V Package TSSOP48 TSSOP48 T amb (max.) [ o C] FF typ. [Hz] (1) FF range [Hz] (1) V LCD max [V] 8 8 Power-On-Reset (POR) Yes No (2) ESD HBM: ± 2000 V HBM: ± 5000 V Qualification AEC-Q100 AEC-Q100 Compatibility Drop In replacement for PCA85162 (3) 1) FF: frame Frequency 2) Increased ESD air discharge performance thanks to removal of POR 3) PCA85262 is drop in replacement for PCA85162 under consideration of the higher frame frequency and removed POR 46

47 PCA85276

48 PCA85276 Hi-FF 160-Segment Driver PCA85276: Samples: available Release: December 2013 PCA85276: PCA85176 with removed POR and higher Frame Frequency PCA85176 PCA85276 Product type PCA85176T/Q900/1 PCA85276ATT/A # BP x # SEG (max) 4 x 40 4 x 40 VLCD (ext.) (max) 8.0V 8.0V Package TSSOP56 TSSOP56 T amb (max.) [ o C] FF typ. [Hz] (1) FF range [Hz] (1) V LCD max [V] 8 8 Power-On-Reset (POR) Yes No (2) ESD HBM: ± 2 kv; CDM: ± 1.5 kv HBM: ± 5 kv; CDM: ± 2 kv Qualification AEC-Q100 AEC-Q100 Compatibility Drop In replacement for PCA85176T (3) 1) FF: frame Frequency 2) Increased ESD air discharge performance thanks to removal of POR 3) PCA85276 is drop in replacement for PCA85176 under consideration of the higher frame frequency and removed POR 48

49 PCA8561

50 PCA x 18 Cased segment driver In Design-phase Specifically designed for small displays Main features Resolution (max) PCA x 18 = 72 segments VDD range [V] 1.8V 5.5V VLCD external [V] 1.8V 5.5V Mux rates 1:1, 1:2, 1:3, 1:4 Bias configuration static,1/2, 1/3 Oscillator Frame Freq. Reset Interface Others Operating Temp Range Package ESD Qualification Internal or external selectable through command 32 Hz 256 Hz programmable Input reset pin (RST); software reset command; POR circuit with POR enable input pin (PORE) PCA8561A: 2-lines I 2 C PCA8561B: 3-lines SPI A0,A1 pins for I 2 C slave address selection -40 C to +105 C HVQFN32 (with wettable flanks) ESD HBM 4kV AEC-Q100 A stand-alone LCD driver per each display avoid any routing and mechanical issues The TSSOP package is to big to be mounted inside the knob of a climate control Small passive displays in the clusters in combination with the big TFT display in the center. The MCU is advanced for TFT controller and does not encompass any LCD driver. 50

51 PCA x 18 Cased segment driver In Design-phase Package Details HVQFN32 Parameter Width Length Height Pitch Soldering Value 5.0 mm 5.0 mm 5.0 mm 0.5 mm wettable flanks 51

52 COG Segment Driver Family

53 NXP automotive COG LCD Segment Drivers Product Overview Chip-On-Glass LCD Drivers automotive grade Value Proposition AEC-Q100 automotive compliant qualification for highest robustness for harshest conditions Extended Temperature Range up to 95ºC or even 105ºC (selected devices) Wide VLCD range to up to 8.0V or even 12.0V (selected devices) Programmable and calibrated frame frequency (selected devices) On-chip Charge Pump and on-chip Temperature Sensor (selected devices) Hi-Lights Production Development Study Consider 53

54 PCA8538

55 PCA8538 Mux 1:9 LCD Segment Driver for 918 Segments Key Features 9 x 102 segment driver (918 dots or segments) Programmable Multiplex Rate (1:1, 1:2, 1:4, 1:6, 1:8, 1:9 ) n-line inversion (includes line and frame inversion) On-chip Charge pump with integrated capacitors VLCD (max) = 12V Temperature sensor (readout possible) Temperature compensated VLCD voltage Programmable frame frequency 45Hz to 300Hz I2C-bus and SPI-bus Interface Up to 4 chips can be cascaded with internal or external VLCD to drive bigger display Extended temperature range up to +105 C AEC-Q100 compliant Released 55

56 PCA8538 Mux 1:9 LCD Segment Driver for 918 Segments Press Release at: Video at: Product Information Page (PIP) at: Leaflet at: PCA8538 chip-on-glass LCD driver for Automotive & Industrial Apps leaflet Demo Board and design support at: tivity/lcd_drivers/lcd_segment_drivers/pca8538ug. html#support Released Volume Production 56

57 PCA85233

58 PCA x 80 COG Segment Driver PCA85133 with removed POR and higher frame frequency Main features PCA85133 PCA85233 Resolution (max) # BP x # SEG (max) 4 x 80 4 x 80 VLCD (max) 8.0V 8.0V Frame Freq. (typ.) (selectable via HW pin) 82Hz or 110Hz Frame Freq. programming No No 150Hz or 220Hz Value Proposition To drive high-contrast, true black background Vertical Alignment displays the frame frequency needs to be 2x to 3x higher than for standard TN cells which require a typ. Frame frequency of only 64Hz. POR (Power On Reset) Yes No * ) Operating Temp Range -40 C to +95 C -40 C to +105 C Package Die with gold bumps for COG Die with gold bumps for COG Qualification AEC-Q100 AEC-Q100 Compatibility Drop In replacement for PCA85133 ** ) By removing the Power On Reset (POR) the system level ESD performance can be improved considerably to ideally 15kV air discharge and 8kV contact discharge * ) increased ESD air discharge performance thanks to removal of POR ** ) PCA85233 is drop in replacement for PCA85133 under consideration of the higher frame frequency and removed POR Volume Production 58

59 PCA85232

60 PCA x 160 COG Segment Driver PCA85132 with removed POR and higher frame frequency Main features PCA85132 PCA85232 Resolution (max) # BP x # SEG (max) 4 x x 160 VLCD (max) 8.0V 8.0V Frame Freq. (typ.) (software programmable) 60Hz,..., 90Hz Frame Freq. programming Yes Yes POR (Power On Reset) Yes Yes 117Hz,..., 176Hz Value Proposition To drive high-contrast, true black background Vertical Alignment displays the frame frequency needs to be 2x to 3x higher than for standard TN cells which require a typ. Frame frequency of only 64Hz. Operating Temp Range -40 C to +95 C -40 C to +95 C Package Die with gold bumps for COG Die with gold bumps for COG Qualification AEC-Q100 AEC-Q100 Compatibility Drop In replacement for PCA85132 * ) * ) PCA85232 is drop in replacement for PCA85132 under consideration of the higher frame frequency Volume Production 60

61 PCA8530

62 PCA8530 up to 4 x 102 LCD Segment Driver Planned 2014 Successor of the PCA8538 with mux rate up to 1:4 Key Features PCA8538 Evaluation Board 4 x 102 segment driver (409 dots or segments) Programmable Multiplex Rate (1:1, 1:2, 1:4) n-line inversion (includes line and frame inversion) On-chip Charge pump with integrated capacitors for the V LCD internal generation up to 12 V Temperature readout and device status readout for diagnostics Temperature compensated VLCD voltage (with programmable temperature regions and programmable slopes) Programmable frame frequency 45Hz to 300Hz I 2 C-bus and SPI-bus Interface Up to 4 chips can be cascaded with internal or external V LCD to drive bigger display Extended temperature range up to +105 C AEC-Q100 compliant 62

63 Character Driver Family

64 NXP LCD Character Drivers Product Overview Key products PCF line by 12 characters icons PCF line by 12 characters PCF line by 16 characters icons PCA line by 20 characters icons * Chip-On-Glass LCD Drivers Automotive and non-automotive Grade Key features On-chip character generator On-chip temperature compensation On-chip character ROM and RAM Low power consumption On-chip Charge Pump Minimum of external components Cursor support Icon mode, to indicate system is active also during power down I2C bus, SPI bus and Parallel Interface (latter not for PCA2117) * Additional features (specifically designed for driving Vertical Alignment VA Displays) F: non-automotive grade A: automotive grade (AEC-Q100 compliant) F: non-automotive grade, but successfully used for many years in automotive 64

65 PCA2117

66 PCA lines by 20 Character Driver Key Features 2 lines by 20 Characters (5 x 8 dots per character) Additional 200 icons (Icons can be used as 7-segment digit) Character sets: R and S. (Other character sets upon request) 48 Character RAM Line feed function On-chip Charge pump with integrated capacitors VLCD (max) = 16V n-line inversion (includes line and frame inversion) Temperature sensor (readout possible) Temperature compensated VLCD voltage Programmable frame frequency 45Hz to 360Hz I2C-bus and SPI-bus Interface Extended temperature range up to +105 C AEC-Q100 compliant Specifically designed for driving VA displays Demo module: Suitable for car radio and home entertainment; 4 VA, 1:18, ¼ bias, 7V Volume Production 66

67 Graphic Diver Family

68 NXP LCD Dot-Matrix Drivers Product Overview Chip-On-Glass LCD Drivers Automotive and non-automotive Grade Considered New Dot-Matrix Drivers: 132 x 256 and 65 x 168 High VLCD: up to 20V (0V 20V) Frame Frequency: up to 360Hz N-line inversion Drive Scheme: Multiple Row Addressing (MRA) Interfaces: SPI/I2C and 8-bit parallel AEC-Q100 qualification F: non-automotive grade A: automotive grade (AEC-Q100 compliant) F: non-automotive grade, but successfully used for many years in automotive 68

69 PCA8539

70 PCA x 100 Graphic Driver Key Features Demo modules: 18 x 100 dot matrix driver Programmable Multiplex Rate (1:12, 1:18) n-line inversion (includes line and frame inversion) On-chip Charge pump with integrated capacitors VLCD (max) = 16V 7 VA 18x100 10V 5 VA 17x icons Temperature sensor (readout possible) Temperature compensated VLCD voltage Programmable frame frequency 45Hz to 360Hz I2C-bus and SPI-bus Interface Extended temperature range up to +105 C AEC-Q100 compliant Can display Chinese and Japanese characters in the 16x16 format Volume Production 70

71 PCA x 100 Graphic Driver NEW! High quality and high performance dot matrix driver Demo module: 7-inch VA graphic display 18 x

72 LCD Driver Selection Tables

73 NXP LCD Segment Drivers Selection Table NXP LCD Segment Drivers Device Weblink MUX 1:1 Number of elements at Multiplex Rate MUX 1:2 MUX 1:3 MUX 1:4 MUX 1:6 MUX 1:8 MUX 1:9 [min] (V) [max] (V) [min] (V) [max] (V) PCA8561AHN ) N N I2C HVQFN32 Y IN DESIGN 4) PCA8561BHN ) N N SPI HVQFN32 Y IN DESIGN 4) PCA85162T N N I2C TSSOP48 Y RFS PCA85262ATT N N no POR I2C TSSOP48 Y SAMPLING 3) PCA8551ATT ) N N I2C TSSOP48 Y IN DESIGN 4) PCA8551BTT ) N N SPI TSSOP48 Y IN DESIGN 4) PCA85176T N N I2C TSSOP56 Y RFS PCA85276ATT N N no POR I2C TSSOP56 Y SAMPLING 3) PCA85176H N N I2C TQFP64 Y RFS PCA8553ATT ) N N I2C TSSOP56 Y IN DESIGN 4) PCA8553BTT ) N N SPI TSSOP56 Y IN DESIGN 4) PCA8546ATT ) N N I2C TSSOP56 Y RFS PCA8546BTT ) N N SPI TSSOP56 Y RFS PCA8547AHT ) Y Y Temp. readout I2C TQFP64 Y SAMPLING 3) PCA8547BHT ) Y Y Temp. readout SPI TQFP64 Y SAMPLING 3) PCA85134H N N I2C LQFP80 Y RFS PCA8543AHL ) Y Y Temp. readout I2C LQFP80 Y SAMPLING 3) PCA8536AT ) N N 6 PWM Ch I2C TSSOP56 Y RFS PCA8536BT ) N N 6 PWM Ch SPI TSSOP56 Y RFS [min] ( C) [max] ( C) V7.1 / 25-Nov-2013 / ML PCA8537AH ) Y Y Temp. readout I2C TQFP64 Y RFS OM13500A PCA8537BH ) Y Y Temp. readout SPI TQFP64 Y RFS OM13500A PCA9620H ) Y Y Temp. readout I2C LQFP80 Y RFS OM13500 PCA9620U ) Y Y Temp. readout I2C Bare die Y RFS PCA8552DUG ) N N I2C / SPI Gold-bumped die Y IN DESIGN 4) PCA8576FUG N N no POR I2C Gold-bumped die Y RFS PCA85133U /110 2) N N I2C Gold-bumped die Y RFS PCA85233U /220 2) N N no POR I2C Gold-bumped die Y RFS PCA8530DUG ) Y Y Temp. readout I2C / SPI Gold-bumped die Y CONSIDERED PCA85132U ) N N I2C Gold-bumped die Y RFS PCA85232U ) N N I2C Gold-bumped die Y RFS PCA8538UG ) Y Y Temp. readout I2C / SPI Gold-bumped die Y RFS OM ) SW programmable Max number of elements 2) HW selectable 3) release H VDD VLCD Frame Frequency (Hz) 4) release H RFS: Ready for Supply On-Chip VLCD On Chip VLCD Generation Temperature (Charge Pump) Compensation Extra Feature Tamb Interface Package AEC-Q100 compliant Status Demo Board 73 January,

74 NXP LCD Character & Graphic Drivers Selection Table NXP LCD Character Drivers VDD1 VDD2 VLCD Frame [max] (V) [min] (V) [max] (V) [min] (V) [max] (V) Frequency (Hz) Device Number Character [min] [min] [max] AEC-Q100 Weblink of Icons Set (V) ( C) ( C) Interface Package compliant Status PCF2119AU 1 x 32 2 x A Y Y I2C / Parallel Gold-bumped die N 5) RFS PCF2119DU 1 x 32 2 x D Y Y I2C / Parallel Gold-bumped die N 5) RFS PCF2119FU 1 x 32 2 x F Y Y I2C / Parallel Gold-bumped die N 5) RFS PCF2119IU 1 x 32 2 x I Y Y I2C / Parallel Gold-bumped die N 5) RFS PCF2119RU 1 x 32 2 x R Y Y I2C / Parallel Gold-bumped die N 5) RFS PCF2119SU 1 x 32 2 x S Y Y I2C / Parallel Gold-bumped die N 5) RFS PCF21219DUGR 1 x 32 2 x R Y Y I2C / Parallel Gold-bumped die N 5) SAMPLING 4) V7.1 / 25-Nov-2013 / ML PCA2117DUGR 1 x 40 2 x R ) Y Y I2C / SPI Gold-bumped die Y RFS OM ) PCA2117DUGS 1 x 40 2 x S ) Y Y I2C / SPI Gold-bumped die Y RFS OM ) 1) SW programmable Number of Lines x Number of Characters 2) HW selectable 3) release H ) release H On-Chip VLCD Generation (Charge Pump) On Chip VLCD Temperature Compensation Tamb 5) not automotive qualified but used successfully for many years in automotive RFS: Ready for Supply Demo Board NXP LCD Graphics Drivers Device Weblink Max Display Resolution Rows x Cols Multiplex Rates [min] (V) VDD1 VDD2 VLCD Frame [max] (V) [min] (V) [max] (V) [min] (V) [max] (V) Frequency (Hz) On-Chip VLCD Generation (Charge Pump) On Chip VLCD Temperature Compensation [min] ( C) Tamb [max] ( C) Interface Package AEC-Q100 compliant V7.1 / 25-Nov-2013 / ML Status Demo Board PCA8539DUG 18 x 100 Mux 1:12; Mux 1: ) Y Y I2C / SPI Gold-bumped die Y RFS OM ) PCF8531U PCF8811U 1) SW programmable 34 x 128 or 33 x icons 80 x 128 or 79 x icons Mux 1:17, Mux 1:26, Mux 1: Y Y I2C Gold-bumped die N 5) RFS Mux 1:16 to Mux 1:80 in steps of ) Y Y ) HW selectable 3) release H ) release H I2C / SPI / Parallel Gold-bumped die N 5) RFS 5) not automotive qualified but used successfully for many years in automotive RFS: Ready for Supply 74 January,

75 Demo Boards

76 OM13500 : PCA9620 driving a VA display Ideally suited for low-end instrument clusters, car radio and climate control units DEMONSTRATOR Key Features 8 x 60 segment driver (480 dots or segments) Programmable Multiplex Rate (1:1, 1:2, 1:4, 1:6, 1:8) Specifically designed for high contrast VA (Vertical Alignment) displays On-chip Charge pump with integrated capacitors VLCD (max) = 9.0V line inversion or frame inversion Temperature sensor (readout possible) Temperature compensated VLCD voltage Programmable frame frequency 60Hz to 300Hz I 2 C-bus Interface Extended temperature range up to +105 C AEC-Q100 compliant Module from Varitronix 76

77 OM13501 : PCA8538 driving a VA display Ideally suited for instrument clusters, car radio and climate control units DEMONSTRATOR Key Features 9 x 102 segment driver (918 dots or segments) Programmable Multiplex Rate (1:1, 1:2, 1:4, 1:6, 1:8, 1:9 ) Specifically designed for high contrast VA (Vertical Alignment displays On-chip Charge pump with integrated capacitors VLCD (max) = 12V n-line inversion (includes line and frame inversion) Temperature sensor (readout possible) Temperature compensated VLCD voltage: 6 programmable temperature ranges and 8 programmable slopes Programmable frame frequency 45Hz to 300Hz I2C-bus and SPI-bus Interface (selectable via pin) Extended temperature range up to +105 C AEC-Q100 compliant Module from Varitronix COMPANY CONFIDENTIAL 77

78 OM13503 : PCA8539 driving a VA display Ideally suited for instrument clusters, car radio and climate control units DEMONSTRATOR Module from UNICORN 78

79 Outline 1. LCD Drivers 2. Capacitive Sensors 3. LED Controllers 4. Realtime Clocks 5. Temperature Sensors 6. IO Expanders 7. Other Interface Products

80 Capacitive Sensors

81 NXP Capacitive Sensors for Automotive Focus Application Areas Rear view mirror Trunk Roof Control Steering wheel Window Control Panel Car access Car radio Instrument Cluster Climate control

82 NXP Capacitive Sensors for Automotive Applications and Uses Cases Use Cases: from simple Buttons to Rotary Knobs Button Slider Wheel 82

83 NXP Capacitive Sensors for Automotive Applications and Uses Cases Use Cases: from Proximity to On-Screen Proximity Touch Screen NXP cap sensor driving touch buttons on the flex print around a display NXP cap sensor driving touch buttons integrated on a touch panel 83

84 NXP Touch-On-Display Solutions Automotive grade High Quality & Reliability Simple and Stand-alone Simple Button Touch High RF Noise Immunity Collaboration with leading module maker Leading Module Partners NXP Touch-On- Display Versatile in Usage Stand-alone : no µc postprocessing needed thanks to auto-calibration Works with On-Cell, In-Cell or Outside LCD Touch Layer 84

85 Product Portfolio

86 NXP Capacitive Sensors for Automotive Product Portfolio Single Channel Dual Channel Multi- Channel PCF8883T (SO8) - industrial grade PCF8883US (CSP) - industrial grade PCA8886TS/Q900 (TSSOP16) - automotive grade PCA8885TS/Q900 (TSSOP28) - automotive grade PCF8885TS (TSSOP28) - industrial grade PCF8885T (SO28 ) - industrial grade 86

87 NXP Capacitive Sensors for Automotive Product Portfolio PCF/PCA8885: Multi Channel Capacitive Proximity Sensor Key Features Eight independent channels (can be configured as 4x4 matrix) I2C-bus interface One sub address to enable up to 64 keys, cascading 2 devices. Sleep mode, activated via I2C-bus or external input three sensing modes: one key, two keys and N-keys two event handling modes: direct mode and latching mode adjustable scan frequency channel masking feature fast start up mode Temperature range -40º,,+85ºC TSSOP28 and SO28 package AEC-Q100 (PCA8885TS) 87

88 Capacitive Sensor Technology

89 NXP Capacitive Sensors for Automotive Capacitive Sensor Technology (1/3) Capacitive proximity/touch switch (i) Mechanical Comparison mechanical vs. capacitive Switch (ii) Capacitive Conductive foam / spring / rubber or flex - connector Overlay PCB No mechanical wear no friction No contamination issues Dirt, dust,... Touch and proximity sensing possible up to several cm One technology fits all Button, slider, wheel, key matrix,... Prospect for lower cost one device for multiple channels 89

90 NXP Capacitive Sensors for Automotive Capacitive Sensor Technology (2/3) Digital Signal Processing with auto calibration Patented (EDISEN) digital method to detect a change in capacitance on a remote sensing plate Changes in the static capacitance (as opposed to dynamic capacitance changes) are automatically compensated using continuous auto-calibration (no need for post-processing) 90

91 Capacitive Sensor Values

92 NXP Capacitive Sensors for Automotive Capacitive Sensor Values Patented algorithm with auto-calibration Attach to your current MCU. Requires minimal MCU resources Lowest power consumption both in operation and sleep mode AEC-Q100 ensures highest robustness and low failure rate NXP Capacitive Sensors Easily configurable for: buttons, wheels and sliders with single IC Low-impedance input and digital signal processing provides high RF-noise immunity Built-in Digital signal processing and key press modes for high noise immunity Continuous auto-calibration and wide input capacitance range provides high immunity to environmental changes 92

93 Touch on Display Solutions

94 NXP Touch on Display Solutions LCD Solutions Touch Solutions LCD Drivers SMD or Chip-On-Glass TN, STN or Vertical Alignment (VA) displays on-chip charge pump * ) on-chip VLCD temp. compensation * ) programmable frame frequency extended temperature range to 105 C * ) Touch On Display automotive qualification * ) Capacitive Sensors auto-calibration low power consumption touch or proximity button, slider, wheel or touch on display automotive qualification * ) Segment Drivers Character Drivers Dot-matrix Drivers * selected devices Single Channel Dual Channel Eight Channel * selected devices 94 94

95 NXP Touch on Display Solutions segment: transparent opaque Outside LCD On-Cell In-Cell a incident light ITO Touch Layer Glass Polarizer orientation b The ITO touch glass is implemented outside the LCD structure Compared to the normal structure, where the ITO touch glass is implemented outside the LCD structure, the on-cell technology offers the following advantages: Simpler structure: 2 instead of 3 glassstructure Smaller thickness Easier assembly Lower cost The In-cell technology has advantages compared to the on-cell technology: Simpler structure: 2 instead of 3 ITO layers, 1 layer being common between the LCD segments and the sensor pads Smaller thickness Easier assembly Lower cost ITO Layer (transparent Electrode) ITO Layer (Segment + Touch) Liquid Crystal 95

96 NXP Touch on Display Solutions Inspiring LCD + Touch Cap sensor PCF8885 driving the sensors on a TFT touch panel for a smart remote control for home automation (NXP demo) Cap sensor PCF8885 driving the sensors on a TFT touch panel (NXP demo) LCD driver PCF8576D and cap sensor PCF8885 driving a touch sensitive VA display with On-cell ITO layer for white goods, small appliances and industrial applications (LCM demo/product) 96

97 NXP Touch on Display Solutions Inspiring LCD + Touch COG LCD driver PCA8538U and cap sensor PCA8885 driving a touch sensitive VA display with On-cell ITO layer for automotive and industrial applications (LCM demo) COG PCF8576D and cap sensor PCF8885 driving a touch sensitive VA display with In-cell ITO layer (LCM product in development) 97

98 Center Stack Touch Button Demonstrator

99 NXP Capacitive Sensors for Automotive Center Stack Touch Button Demonstrator Area for large TFT Display Touch Buttons 99

100 NXP Capacitive Sensors for Automotive Center Stack Touch Button Demonstrator Key Features 1x PCA channel Capacitive Sensor AEC-Q100 automotive qualified Flex print with 14 buttons Can be operated together with OM11057 demo board First prototypes available now 100

101 PKE Door Handle Demonstrator

102 NXP Capacitive Sensors for Automotive PKE Door Handle Demonstrator 102

103 NXP Capacitive Sensors for Automotive PKE Door Handle Demonstrator Key Features 1x PCA channel Capacitive Sensor Close LEDs Open AEC-Q100 automotive qualified PCB with two sensor pads Large sensor pad for proximity detection to initiate Open procedure Small sensor pad for touch detection to Ice initiate Close procedure Functionality verified under harshest conditions: -40ºC to 85ºC; condensation First prototypes available now Condensation 103

104 Demo Boards

105 NXP Capacitive Sensors for Automotive Demo Boards Push Button, Rotary Knob, Slider Demonstrators NXP OM11057 (version 2.5) NXP South-APAC Demo Board 105

106 NXP Capacitive Sensors for Automotive Demo Boards PCF/A8885 Evaluation board with 2 packages Custom sensing board 8885 evaluation board 8 line flat cable I2Cbus USB to I2C-bus translator 106

107 Stand alone multi-purpose touch buttons with shine-through LED 107

108 OM11055 General Purpose Demoboard for PCF8883 & Application notes. Also ideal for PCA8886 Demo board Application note - sensing plates - design hints 108

109 Application Notes

110 Design considerations Application help and resources Water and condensation safe touch sensing Designing high EMC touch sensing Typical application circuit and general design guidelines World's lowest power capacitive touch sensors with auto-calibration Guidelines for proximity sensing Tools for calculations on request Sensor plate capacitance Trace capacitance 110

111 Outline 1. LCD Drivers 2. Capacitive Sensors 3. LED Controllers 4. Realtime Clocks 5. Temperature Sensors 6. IO Expanders 7. Other Interface Products

112 NXP LED Controller for Automotive Focus Application Areas Instrument Cluster Climate Control Navigation System Car Radio 112

113 NXP LED Controller for Automotive Value Proposition (1/2) Fully integrated LED Control with Color Mixing and Dimming (i) Discrete Comparison discrete vs. fully integrated LED Control (ii) Fully Integrated uc V CC2 V CC3 PCA9685 OE V CC2 V CC3 RGB-LED PWM 1 RGB-LED PWM 2 I2C drivers PWM n Reduced Bill of Material by integration of up to 16-PWM channels into one single controller Add value by smart color mixing and global dimming capability 113

114 NXP LED Controller for Automotive Value Proposition (2/2) Voltage Source or Constant Current Devices (i) Voltage Source Comparison Voltage Source vs. Constant Current LED Control (ii) Constant Current Voltage Source Advantages Less power dissipation in driver (less heat on the IC) Considerations LED current varies with changes of supply voltage and LED voltage Need one resistor per channel to limit current 5V Rext = 98 ohm Vdrop = 4.9V PD = 0.245W LED voltage = 35V ILED = 50mA RDS(on) = 2 ohm ILED = 50mA PD = 5mW LED CONTROLER (Voltage switch) 40V Constant Current Advantages LED current is independent of changes in supply voltage and LED forward voltage One resistor sets LED current for all channels Considerations Higher power dissipation in driver (more heat on IC) 5V LED voltage = 35V ILED = 50mA Vdrop = 5V ILED = 50mA PD = 0.250W LED CONTROLER (Current source) 40V Voltage source: low power consumption and low heat generation but instead varying LED brightness with varying supply voltage and need for external resistor Constant Current: higher power consumption and higher heat generation but instead constant LED brightness and no need for external resistors 114

115 NXP LED Controller for Automotive Product Overview PCA9635PW/Q PWM channels (16 individual, one global) 8-bit PWM resolution (256 steps); 96kHz PWM frequency 25mA output sink current; 5V compliant -40 C,.., +85 C; TSSOP28 package AEC-Q100 automotive compliant qualification PCA9685PW/Q PWM channels, one global Output Enable 12-bit PWM resolution (4096 steps); 40Hz-1000Hz PWM frequency 25mA output sink current; 5V compliant -40 C,.., +85 C; TSSOP28 package AEC-Q100 automotive compliant qualification PCA9955TW/Q900 // PCA9952TW/Q900 // PCA9955ATW/Q PWM channels (16 individual, one global) 57mA constant current LED drivers 40V compliant (PCA9955//52); 20V compliant PCA9955A 8-bit PWM resolution (256 steps); 31.25kHz PWM frequency Per channel 6-bit DAC to set individual output current LED open/short, over-temp, over current detection -40 C to +85 C; HTSSOP28 AEC-Q100 automotive compliant qualification µc I 2 C bus, easy remote control REXT Global turning on / off / dimming with external pin V CC1 I 2 C Bus PWM 1 PWM 2 PWM n addr PCA9685 PCA9685 OSCILLATOR HW ADDRESS V CC2 Global PWM sub1 addr sub3 addr Easy color mixing RGB-LED Per channel Control DAC I 2 C Bus sub2 addr group addr Larger current / higher voltage DRIVDRS V CC3 115

116 NXP PCA9955ATW/Q channel I 2 C-bus Constant-Current LED Controller Sampling Features: Block Diagram: 57-mA Constant current LED 20 V External resistor to set the overall output current Output to output accuracy + 4% Chip to chip output accuracy + 6% 8-bit programmable output to output delay Per channel 8-bit DAC to set individual output current Per channel 8-bit PWM to dim LED in 256 steps Global 8-bit PWM to dim or blink in 256 steps Gradation control for LED output for up to 4 zones 3 HW ADDR pins to allow up to 125 devices per bus 4 programmable sub calls address groups for cluster control LED open/short, over-temp, over current detection Fast-mode Plus (1 MHz) I 2 C-bus interface Thermally enhanced package HTSSOP2 AEC-Q100 automotive compliant qualification REXT PWM 1 I 2 C PWM Bus 2 PWM n OSCILLATOR addr HW ADDRESS sub1 addr sub3 addr Per GLOBAL channel PWM Control DAC sub2 addr group addr I 2 C Bus DRIVDRS Sampling Release Q

117 Constant Current LED-RGB controller PCA9955 // PCA9952 // PCA9955A Up to 40V 16 ch LED output Use PWM per output to set right color mix Use global PWM to set: To set maximum output current Brightness of your mixed color or set blinking rate REXT PWM 1 PWM 2 PWM n addr 8 MHz osc Up to 16 possible addresses The output current is adjustable with an 8-bit linear DAC from 225 μa to 57 ma Global PWM sub1 addr sub3 addr Per-ch current setting 8-bit DAC sub2 addr All addr 1 MHz I2C-bus Output drivers 1 /OE N (max 16-ch) Reduce software overhead by addressing group zones of devices Up to 57 ma Per channel Protection features to prevent overheating or short circuit LEDs light bar Phase shifting for LED driver outputs to prevent excessive voltage ripple in the supply voltage 117

118 NXP LED Controllers Product Summary Part # OUTPUT FUNCTION #of channel VS CC VDD IDD Control I/F PWM Function PCA V 20mA 1-Wire 1x 12 bit Blinker PCA V 60mA Serial in/out 1x 12-bit Blinker PCA9550,3,1,2 2,4,8,16-5 V 25mA 400kHz Fm 2x 8-bit Blinker PCA9530,3,1,2 2,4,8,16-5 V 25mA 400kHz Fm 2x 8-bit Dimmer PCA9632,3,4,5 4,4,8,16-5 V 25mA 1 MHZ Fm+ 8 bit indiv/global RGB - Mixer PCA V 25mA 1 MHZ Fm+ 8 bit indiv RGB - Mixer PCA V 25mA 1 MHZ Fm+ 12 bit indiv RGB - Mixer PCA9952, V 57mA 1 MHZ Fm+ 8-bit Indiv/global RGB - Mixer PCA9954A,5A**,6A 8,16,24-20V 57mA 1 MHZ Fm+ 8-bit Indiv/global RGB - Mixer PCA9624,2,6 8,16,24-40V 100mA 1 MHZ Fm+ 8-bit Indiv/global RGB - Mixer PCU9654,5,6 8,16,24-40V 100mA 5 MHZ UFM 8-bit Indiv/global RGB - Mixer PCU V 57mA 5 MHZ UFM 8-bit Indiv/global RGB - Mixer PCU9954A,6A 8,24-20V 57mA 5 MHZ UFM 8-bit Indiv/global RGB - Mixer ** PCA9955A sampling, undergoing AEC-Q100 compliant qualification Automotive grade 118

119 Outline 1. LCD Drivers 2. Capacitive Sensors 3. LED Controllers 4. Realtime Clocks 5. Temperature Sensors 6. IO Expanders 7. Other Interface Products

120 NXP Realtime Clocks for Automotive Focus Application Areas Auxiliary Heating System Car radio Battery management Instrument Cluster Car Clock Navigation System 120

121 NXP Realtime Clocks for Automotive Value Proposition (1/3) Fully integrated and factory calibrated Realtime Clock Modules (i) Discrete Comparison discrete vs. fully integrated Realtime Clock (ii) Fully Integrated External quartz required External capacitors required RTC INT I2C communication required for temp dependent tuning No External quartz required No External capacitors required RTC INT No I2C communication required for temp dependent tuning Calibration required at very first power up Re-calibration required to compensate for aging Temperature sensor I 2 C µcontroller No Calibration required at very first power up No Re-calibration required to compensate for aging RAM Temperature sensor I 2 C µcontroller External temp sensor required No External temp sensor required Reduced Bill of Material by integration of quartz crystal, temperature sensor and RTC in one single package Redundancy of production line calibration by using factory calibrated Realtime Clock modules Reduced PCB complexity by moving the quartz crystal into the RTC module 121

122 NXP Realtime Clocks for Automotive Value Proposition (2/3) high frequency stability for accurate time keeping (i) non-compensated Comparison non-compansated vs. compensated freqency stability (ii) compensated Frequency stability (ppm) 1 month at -10 C 1min 37sec deviation temperature compensation over full temperature range from -40 C to +85 C for excellent frequency stability [-30 C to +80 C]: +/- 3ppm (typ.), +/- 8ppm (max.) Note: 11.5ppm = 1sec/day [-40 C to -30 C & +80 C to +85 C]: +/- 5ppm (typ.), +/- 15ppm (max.) 122

123 NXP Realtime Clocks for Automotive Value Proposition (3/3) Extended temperature range to +125 C for extremely harsh conditions (i) -40 C to +85 C Comparison standard vs. extended temperature range (ii) -40 C to +125 C +85 C +125 C -40 C to -40 C to operating temperature range extended to +125 C for operation in engine compartment 123

124 RTC Portfolio

125 NXP RTC PCF8563 PCF85063 PCF85263 PCF85363 PCF8523 PCF2123 PCF2127 PCF2129 PCA21125 Time Alarm Timer/ Watch dog 2x 2x Interrupt 2x 2x 2x Stop Watch Time stamp Time stamp/ Tamper input Clock Out Battery backup Tuning register Temperature compensation Factory calibration Quartz crystal 3x 3x RAM integrated High Temperature PCA8565 AEC-Q100 Automotive PCA8565 PCA85063 PCA2129 Interface

126 NXP Realtime Clocks for Automotive Product Overview PCA2129T/Q900/2 High accuracy (±3ppm; typ.) for accurate time keeping Integrated TCXO requires no external crystal No external capacitors required; factory calibrated Battery back-up and switchover function ensures reference timekeeping during power down Timestamp function SPI and I 2 C interfaces -40 C,.., +85 C; SO16 package AEC-Q100 automotive compliant qualification PCA21125T/Q900/1 Operating Temperature Range from 40 C to +125 C SPI interface with clock speed up to 6MHz TSSOP14 package AEC-Q100 automotive compliant qualification PCA8565TS/1 Operating Temperature Range from 40 C to +125 C I 2 C interface TSSOP8 package AEC-Q100 automotive compliant qualification -40 C to +125 C 126

127 PCA85063

128 NXP PCF85063A low-power RTC Time Clock out Alarm Tuning register Timer/ Watch dog Interface Interrupt AEC-Q100 Automotive In development Release: Q Key Values: Cost optimized Quartz Tiny Packages TSSOP8 package 32kHz Oscillator Divider Clock out CLKOUT Electronic Tuning No overhead key functionality only Time tracking s, min, days week, month years based on 32kHz clock Interfaces I2C Quartz options 7pF for low power I 2 C BUS V DD V SS Power-on reset I2C-bus interface Clock calibration offset System control Real-Time Clock Alarm control Interrupt control CLKen INT 12.5pF low cost Qualification AEC-Q

129 Outline 1. LCD Drivers 2. Capacitive Sensors 3. LED Controllers 4. Realtime Clocks 5. Temperature Sensors 6. IO Expanders 7. Other Interface Products

130 NXP Temperature Sensors for Automotive Overview Why used? To trigger interrupts, shut-downs, or overtemperature alarms To enable very precise temperature sensing To offload the microcontroller Where used? Multimedia systems High-end audio systems Infotainment /cluster displays Body Control Unit Climate Control Unit Why NXP? High accuracy Wide operating temperature range AEC-Q100 compliant automotive qualification PCT2075DP/Q900 Pin-for-pin replacement for LM75 series Vdd = 2.7 V to 5.5 V 55 C to +125 C 11-bit ADC, C resolution accuracy: +/-1 C : [ 25 C to +100 C] +/-2 C : [ 55 C to +125 C] I2C-bus Interface TSSOP8 Sampling Release Q

131 Outline 1. LCD Drivers 2. Capacitive Sensors 3. LED Controllers 4. Realtime Clocks 5. Temperature Sensors 6. IO Expanders 7. Other Interface Products

132 NXP I/O Expanders (GPIOs) for Automotive Focus Application Areas Body Control Unit IO Expanders (GPIO) Motor Engine Control Unit IO Port 132

133 NXP I/O Expanders (GPIOs) for Automotive Overview Why used? Easily adds I/Os via I2C-bus for input/output, key scan or to control LEDs Combats Feature Creep by expanding I/O ports instead of requirement for new µc Allows seamless migration to newer µc and still keeps the same peripherals Eliminates costly congested PCB since a trace or wire is not needed for each signal Where used? Body Control Unit Instrument Cluster Car radio Why NXP? Large portfolio NXP (Philips) has invented the I2C bus AEC-Q100 compliant automotive qualification PCA9554PW/Q900 IO Expander 8x; Interrupt; -40 C to +85 C; TSSOP16 ; AEC-Q100 compliant automotive qualification PCA9701PW/Q900 General Purpose Input (GPI); 16x; SPI; up to 18V tolerant; -40 C to +125 C; TSSOP24; AEC-Q100 compliant automotive qualification PCA9703PW/Q900 General Purpose Input (GPI); 16x; SPI; up to 18V tolerant; maskable inputs; -40 C to +125 C; TSSOP24; AEC-Q100 compliant automotive qualification PCA9538PW/Q900 8-bit I2C-bus and SMBus I/O port with interrupt and reset; -40 C to +125 C; TSSOP16; AEC-Q100 compliant automotive qualification PCA9539PW/Q bit I2C-bus and SMBus I/O port with interrupt and reset; -40 C to +125 C; TSSOP24; AEC-Q100 compliant automotive qualification 133

134 PCA9538PW/Q900 Features Key Features and benefits 8-bit I2C-bus GPIO with interrupt and reset AEC-Q100 compliant Supply voltage range of 5.0 V ± 10 % Polarity Inversion register Active LOW interrupt output Active LOW reset input Low standby current Noise filter on SCL/SDA No glitch on power-up Internal power-on reset 8 I/O pins which default to 8 inputs 0 Hz to 400 khz clock frequency TSSOP16 134

135 PCA9538PW/Q900 Application Details Key benefits ESD protection exceeds 2KV HBM /JESD22-A114 & 1KV CDM /JESD22-C101 Latch-up testing done to JEDEC Standard JESD78 which exceeds 100 ma Offered in TSSOP16 package 135

136 Outline 1. LCD Drivers 2. Capacitive Sensors 3. LED Controllers 4. Realtime Clocks 5. Temperature Sensors 6. IO Expanders 7. Other Interface Products

137 NXP Other Interface Products for Automotive Focus Application Areas Infotainment PCI express PHY Nav Radio UARTs 137

138 NXP PCI Express PHY for Automotive Overview PX1011B-EL1/Q900 Why used? Enable to leverage on existing PC software to give the end-user the computing and infotainment freedom that they are already used to outside the car Where used? Infotainment Why NXP? low power consumption Wide operating temperature range Small package (LFBGA81 x1 PCI Express physical layer device 2.5Gb/s TX / RX; PCI Express Spec v1.0a & v1.1; receiver bit error rate <10-12 ; PXPIPE interface (FPGA-compatible SSTL2 signaling); <300mW power in L0 mode; -40 C to +85 C; LFBGA81; AEC-Q100 compliant automotive qualification Intel US15W Sys Controller 2.5Gb/s PCIe PX1011BI PCIe PHY PXPIPE FPGA Bluetooth MOST Flash UART I2C SD Video in/out 138

139 NXP UARTs and Bridges for Automotive Overview Why used? UARTs and Bridges are Interface solutions to facilitate and handle communication among various bus interfaces The purpose is to overcome the limitations of the host bus interface to the peripherals Where used? Telematics Nav Radio Instrument Clusters Why NXP? number #1 in Industrial UARTs GPIO UART I2C SPI SC16IS740IPW/Q900 Fully featured standalone UART (IrDA) with I2C/SPI interface and 64byte FIFOs; -40 C to +85 C; TSSOP24; AEC-Q100 compliant automotive qualification SC16C850IBS/Q900 UART I2C SPI IrDA GPIO Fully featured standalone UART (IrDA) with 16 mode or 68 mode parallel bus interface and 128byte FIFO; -40 C to +85 C; HVQFN32 ; AEC- Q100 compliant automotive qualification committed long-term supplier Broad portfolio AEC-Q100 compliant automotive qualification 139

140 NXP Level Shifters for Automotive Overview Why used? Provides bi-directional translation between GTL (Gunning Transceiver Logic) signal levels and LVTTL/TTL (Low Voltage Transistor Transistor Logic) signal levels GTL enables low-voltage swing, single ended, high-speed point-to-point backplane bus signaling Where used? Processor interface in Infotainment Systems Why NXP? NXP is the market leader in GTL devices used for processor to chipset interface Wide portfolio of 2-bit, 4-bit, 8-bit and 16-bit devices GTL2018PW/Q900 8-bit GTL to LVTTL/TTL bi-directional Translator; operates as an octal GTL-/GTL/GTL+ sampling receiver or as an LVTTL to GTL-/GTL/GTL+ driver; 3.0 V to 3.6 V operation with 5 V tolerant LVTTL input; GTL input and output 3.6 V tolerant; Vref adjustable from 0.5 V to 0.5VCC; TSSOP24 package 140

141 Thank you for your Attention!