Switch - NXP Interface Chips
Contents
1. General MI Interface Power Block Diagram External SSD Drive J0398UU09 GSN Host Interface Processor Interface gt gt Flash Array a9e a u oggepunu The system can have SATA interface or mini PCle interface Standard Products Sensors and Actuators _ Processing General Block Diagram Thunderbolt based SSD Drive O gt m D gt PCle or SATA O a based SSD D 3 Arra 3 i 3 ni Intel O Thunderbolt o S controller a 3 g D T a I Interface Standard Products 7 Sensors and Actuators Power _ Processing NH General Block Diagram SSD based storage system Flash Array Flash Array ME E Processor V7 FPGA S Interface Standard Products 7 Sensors and Actuators Lj Power _ Processing N High Speed Analog Switching Solutions Uses Cases for PCle PCle Slot Configuration x162x82x42x22x1 NEC Marvell IDT 88SE6121 E uPD720200 STRO EH E Device 2 CBTU04082 5 Gbps Mux De mux Switch 4 differential channel 2 1 mux demux gt Signaling Supported AO P pdf BO P PCle Gen2 USB3 0 SATA 5Gbps ATO A1_P nat B1 P2. Insertion loss 2dB at 3 GHz A1 N epe BIN Low crosstalk 23 dB at 3 GHz an Low off isolation 23 dB at 3 GHz cus C1 N VDD operating range 1 65 V to 2 0 V ESD tolerance I vL us 6 kV HBM I O A2 P e B2_P 1 RV CDM A2 N Te B2_N Low bit to bit skew 10 ps max between positive on No and negative bits Low channel to channel skew 35 ps max HVQFN42 package C2_P C2_N C3_P C3_N m SEL Y Ne CBTL04082 5 Gbps Mux De mux Switch 4 differential channel 2 1 bi directional mux demux Signaling Supported PCle Gen2 USB3 0 SATA 5Gbps Insertion loss 0 5dB at 100 MHz sB s S egg DOO DOO a AO P e BO P 2 0dB at 2 5 GHz p d gt o a tee gt 3 00B at 4 3 GHz 5 i Ss ai alli gen Bi P E a A es arr mn e SN Low intra pair skew 5ps max cs dar mb lia ser AT E e Robe e a eT CO N Low inter pair skew 35ps max ppm a R GN eT Ci P GND gt ee PD El eno gt qd a2 PED Een NE Els Ci_N Low crosstalk 30dB at 2 5GHz 2 a Off isolation 30dB at 2 5GHz lt 5 si o eL ini eno ED aons cp Elen A2_N e Uli B2_N A3_P B3_P 3 3 V supply voltage ZEE eae MP d Es N HVQFN42 package epe T in C3 P ESD 6kV HBM 1kV CDM e N Two pin outs available for PCB layou
3. MA XSD01 Bi_P Bi_N CO P CO N MA C1 P C1_N A2_P A2_N B2_P A3_P A3_N B2_N MA B3_P B3_N C2 P C2 N C3_P C3_N CBTL02043 10 Gbps Mux De mux Switch 2 differential channel 2 1 bi directional mux demux Signaling Supported PCle Geni O 2 5 Gbps AO P Ee BO P PCle Gen2 O 5 Gbps AO N E di BO N PCle Gen3 O 8 Gbps A1 P el BI P USB 3 0 O 5 0Gbps AN BIN SATA Gen 2 3 0 Gbps ont co P DisplayPort v1 1a O 2 7 Gbps a CO N DisplayPort v1 2 O 5 4 Gbps om ct P gt 3dB bandwidth 10 GHz eT CIN Lowinter pair skew 5ps max SEL gt gt gt Low crosstalk 30dB at 5GHz Off isolation 30dB at 5GHz 3 3 V supply voltage Appl ications gt DHVQFN 20 2 5x4 5mm 0 5mm pitch ESD 6kV HBM 1kV CDM Two pin outs available XSD v Computing Enterprise and Storage v Base station A pin out optimized for outputs on the opposite side of input v Network infrastructure B pin out optimized for outputs on both sides of the package CBTL01023 10 Gbps Mux De mux Switch Single bidirectional differential channel 2 1 mux demux switch High bandwidth 9 GHz at 3 dB Low insertion loss AN 0 5 dB at 100 MHz
4. SSD Storage Application Presentation Interface Products 3Q 2012 Rev 1 0 Interface Products Overview System Management Clocks Watches amp Graphic Drivers p pm lt p EXPRESS I C Bus Controllers High Speed Buffers amp Muxes Real Time Clocks l C Bus Buffers Muxes amp Switches SerDes Display Drivers GPIO Expanders Memory Interface Proximity Touch Switches LED Controllers UARTs Data Converters Temperature Sensors Bridges Watch Chips Active amp Passive Level Translation SDIO Controller EEPROMs PCle Phy Electronic DIP Switches Display Port Converters Stepper Motor Controllers Power Line Modem RF Transceivers Most integrated DisplayPort adapters High speed switches up to 10 Gb s Focus on high value mixed signal components to support Rey processors in high growth connected markets No 1 in I C bus product No 1 in low power RTC s General Block Diagram Internal SSD Drive LD ESD gt Protection gt 09 o X mo m gt si SATA re o driver Host Flash Interface Processor Interface gt Flash Array PClere driver 126 ESD Protection Temp Sensor J0J09UU09 9 Od IUIN JOJOOUUND VIVS The system can have SATA interface or mini PCle interface S Interface Standard Products _ Sensors and Actuators L4 Power _ Processing NK
5. Capacitance Isolation P82B96 2 2 15V PCA9527 so PCA9507 1 2 PCA9517 PCA9509 A P sO Psa 1 Processor to SMBus 99 PCA9517A SO PCA9600 9601 SO PCA9507 E RTA for HDMI PCA9522 lo 1 8 10V w HS PCA9519 SO PCA9516A SO 4 x PCA9509 2 3 5 5V PCA9508 so Active Level Shifter PCA9512A 12B lO Active Level Shifter O No Offset Static Offset O Incremental Offset am Amplifier Red text 1 MHz system Active Level Shifter Value Proposition Why used Voltage level shifting between host processor s I C bus and peripheral devices when there is a mismatch of supply voltages Used when additional drive is needed or to isolate two sections of the bus loading Where used Digital logic level translation between host processor and slave device where i capacitance isolation is required PCA9509 Why NXP Level Shifter Largest selection of active and passive level shifters Continuous innovation with new NXP voltage follower and zero offset active buffers Device Description Normal Static Level Accelerator Idle Stop Detect Interrupt sal p I O Offset I O for Hotswap PE HBM 3 3 XL 1 SDA V SCL PCA9507 2 V to 5 5V Level Shifter A Side B Side x A Side PCA9508 i Wi Aside BSide 6KV PCA9509 1 0V to 5 5V Level Shifter B Side A Side 2KV PCA9515A 3 3V 5 0V I C Bus Repeater A 8 B Sides 2RV PCA9516A 5 Channel IC Bus Hub A amp B S
6. 1 3 dB at 4 0 GHz Low return loss 20 dB at 4 GHz Low crosstalk 35 dB at 4 GHz Low off state isolation 20 dB at 4 GHz SEL Low intra pair skew 5 ps typical VDD operating range 3 3 V Standby current less than 1 yA XQFN10 package lai Storage SSD NXP High Speed Switches Portfolio PCle Gen 2 USB 3 0 mSATA LVDS SATA 2 0 SAS 1 0 CBTU04082B CBTLO4082A CBTLO4082B CBTLO2042A CBTLO2042B O ee 5 Gbps PCle Gen 2 Mux De mux Switch 4 differential channels 5 Gbps PCle Gen 2 Mux De mux Switch NOW NOW A and B pin outs optimized for PCB layouts 4 differential channels 5 Gbps PCle Gen 2 Mux De mux Switch NOW NOW A and B pin outs optimized for PCB layouts 2 differential channels NXP High Speed Switches Portfolio PCle Gen 3 SAS 2 0 SATA 3 0 USB 3 0 O I CBTU04083B 8 Gbps PCle Gen3 Mux De mux Switch 4 differential channels CB1L04083A 8 Gbps PCle Gen3 Mux De mux Switch NOW NOW CBTL04083B A and B pin outs optimized for PCB layouts 4 differential channels CBTL02043A 10 Gbps Mux De mux Switch NOW NOW CBTL02043B A and B pin outs optimized for PCB layouts 2 differential channels CB1L01023 10 Gbps Mux De mux Switch NOVV NOVV 1 differential channel DDR3 switching solution CBTU W Bus Switch Value Proposition Where used e Custom memory bus architectures for server or enterprise storage applica
7. 16 x 40V 57mA 1 MHZ Fm 8 bit Indiv global Dimmer PCU9654 5 6 8 16 24 x 40V 100mA 5 MHZ UFM 8 bit Indiv global Dimmer PCU9955 16 x 40V 57mA 5 MHZ UFM 8 bit Indiv global Dimmer 38 Bus Buffers amp Level Shifters IC Bus Buffer Portfolio S Extenders Long Cable me bealele AL vr ANGE Long Cable Drivers so Ps2B06 il WE PCA9515 15A PCA9522l IO P82B715 PCA9509 so PCA9518A E PCA9508 2 No Static Offset Processor to SMBus 5 Channel Hub Expander Active Level Shifter 10 PCA9600 9601 WEY PCA9509A EY PCA9525 NO PCA9512A 12B Processor to SMBus 3 mA Drive Active Level Shifter NO O PCA9527 SO PCA9507 i PCA9517 1 MHz Speed PCA9509P so PCA9605 PCA9511A lO Processor to SMBus 30 mA Drive 0 6 V Threshold PCA9517A so PCA9646 N PCA9514A IO 0 9 to 5 5V 0 mA Drive 1 4 Channel 0 8 V Threshold PCA9507 so PCA9513A IO 92 uA Current Source RTA for HDMI PCA9519 m 4 x PCA9509 PCA9510A No Accelerator 1 PCA9522 is compliant for ATCA applications 2 P82B96 is widely used for opto isolation applications Red part 1 MHz system O No Offset amp Static Offset O Incremental Offset Cam Amplifier SO Ne i Level Translators Portfolio input amp Output dual supply Single Supply No capacitance Isolation Low Power 8 Low Cost PCA9306 C E GTL2002 03 10 00 NO 1 5 5V NVT20xx NO 1 5 5V vv low Ron Capacitance Isolation High Noise Margins
8. Selector Interrupt amp Reset PCA9541A 01 03 8 1 Mux Switch 2 1 Mux Switches 4 1 Mux Switches Mux w Interrupt PCA9544A Mux w Reset PCA9547 Mux PCA9540B Switch w Interrupt amp Reset PCA9545A B C Switch w Reset PCA9548A Mux w Interrupt PCA9542A Switch w Reset PCA9546A Switch w Interrupt amp Reset PCA9543A B C Note A B and C have different I C fixed address Temperature Sensors Temperature Sensors Value Proposition gt Where used Networking platforms Backplanes Notebook and Tablets Why used Determine the temperature Set window for Interrupt alarm fan control shutdown etc Why NXP Thermal Sensor Large selection of commonly used local sensor and local remote sensor thermal sensors in a wide range of packages Invented the I C bus Continuously developing newer devices with added features to support different applications Continuous innovation with new low price LM 5B local sensor in small 2 x 3 mm package Partit Accuracy SMBus Timeout LM75A 75B SE95 SE98A SE97B Storage SSD 2 C A No B Yes El C No Ll C Yes no e Yes d E L wire local a Sensor Local Sensor Remote Sensor Accuracy Accuracy NE1617A NE1619 SA56004 2 C 3 C 3 C 5 C 2 C 1 C Note With 2Kbit EEPROM With voltage monitors 91 Temp Sensor in SSD Application
9. 10 PCA9675 PCA9665 oas Ten ER zm m PCA9698 Bus Buffer LED Controller m CD lt m O Current 2 SEs SSD General Purpose I O Expanders Storage ge SSD I O Expanders with Flexible Output Structures Quasi Output Structure Strong PMOS transistor is turned on only during the LH transition and turned off during static drive Weak pull up current source 100uA at the output Used in low power applications where the 100 uA drive is sufficient to bias the inputs of CMOS devices May be reconfigured as an input or output without the need of a port configuration register 8 PCF8574 74A PCA8574 74A PCA9674 74A PCA9670 PCA9672 PCA9500 58 PCA9501 16 PCF8575 75C PCA9675 PCA9671 PCA9673 Totem Pole Output Structure Upper PMOS transistor is turned on during LH transition and static high drive Up to 10mA or 25mA of high drive Some devices have weak pull up resistors at the output Used in applications requiring high drive for heavy loads General Purpose I O alternative analog Extra command byte needed to switch an I O pin between input and output supply E input configurations PCA9535 35C 55 PCA9539 39R PCA9575 al PCA9505 6 PCA9698 Flexible I O Output Structures Strong PMOS on for Ve SCL New Low Voltage GPIO Family Purpose Offer lower voltage GPIO that operate down to 1 65V but sti
10. 25 mA pull User can program I O drive strength 25 50 75 or 100 This output can be used to control the brightness of LEDs GPIO open drain control 24 bit bit by bit and 8 and 16 bit bank by bank default push pull Provide an optional open drain output for each I O pin This output can also provide an additional wired OR plane GPIO pull up or pull down bit by bit default no PU PD User can turn on off an internal pull up or pull down on each I O pin GPIO interrupt mask and interrupt status bit by bit default not masked User can enable or disable interrupts of each I O pin Identifies the source of interrupts of each I O pin 5 state address pins to allow more devices on the bus 24 bit only PCA6416A Two Vcc Low voltage 16 bit I2C bus I O expander with interrupt output reset and configuration registers Features Operating Power Supply Voltage Range of 1 65 V to 5 5 V PCA6416A e Low Standby Current Consumption of 3 uA Maximum ou Allows Bidirectional Voltage Level Translation and GPIO Expansion Between 1 8 2 5 3 3 or 5 V SCL SDA and 1 8 2 5 lea La 3 3 or 5 V Totem Pole configured I O Port Y MES ET AE Geers 9 e Schmitt Trigger Hysteresis of 10 of SCL SDA Supply Voltage m Noise Filter on SCL SDA Inputs ET e Fast Mode I2C Bus Operating Frequency of up to 400 kHz n Hb Active Low Reset Input mr reser Open Drain Active Low Interrupt Output Ll 002aaf
11. 306 is drop in replacement for NXP NVT2002 GTL2002 and PCA9306 pose SS ps Why used 3 NVT2003 I2C server Voltage level shifting in range of 1V and 5V 4 NVT2004 SPI Bi directional without direction pin 6 NVT2006 Why NXP NVT 20xx Level Shifter 8 NVT2008 GTL2003 Digital RGB More consistent device naming NVT means NXP 10 NVT2010 GTL2010 Data Bus Voltage Translator 00 GTL2000 o NVT2001 1 bit o NVT2002 2 bit alt source GTL2002 o NVT2003 3 bit o NVT2004 4 bit o NVT2006 6 bit o NVT2008 8 bit alt source GTL2003 o NVT2010 10 bit alt source GTL2010 T pom MASTER DEVICE In TSSOP and smaller packages SDA LET ano Can be used as FET replacement GND Continuous innovation from NXP 1 The applied voltages at Vrer a and Vpu p should be such that Vret is at least 1 V higher than Vrer a for best translator operation Typical application circuit switch always enabled Ne SEs SSD Multiplexers Demultiplexers amp Switches What are Multiplexers and Switches Application Note AN262 4 f MUX T T T EC Bus 0 IC Bus 1 EC Bus 4 Interrupt 0 12C Interrupt Out Channel active after STOP command 4 2 4 8 channel A F ME IC Bus 0 NE IC Bus 1 IC Bus Reset l2C Interrupt O Controller Interrupt 1 Interrupt Out Switch 48 Multiplexer Switch Family Mux Switches Family Master
12. 537 e 5 V Tolerant I O Ports e High current Drive for Directly Driving LEDs Input Output Configuration Register TOP VIEW jii Polarity Inversion Register i Internal Power On Reset Power Up With All Channels Configured as Inputs No Glitch On Power Up Package 24 pin TSSOP HWQFN and CSP e Latch Up Performance Exceeds 100 mA per JESD 78 Class Il ESD Protection Exceeds JESD 22 2000 V Human Body Model A114 A ERA nag cre ri ult D b ay PR 1000 V Charged Device Model C101 ZOS PACKAGE TOP VIEW ADDR P17 P16 P15 Pi P13 5 MOIO Mm SEs SSD LED Controllers 2C LED Switch Blinkers Dimmers and Controllers Product overview Fast mode Plus FF ER AD IEC Bus PCA955x family Fast mode Plus E Ep 12 Bus PCA953x family PCA962x amp 3x families NE i LED Controller Portfolio Storage Patt OUTPUT FUNCTION of channel VS CC VDD IDD Control I F PWM Function PCA9901 1 e 5V 20mA 1 Wire Blinker PCA9922 8 gt 5 V 60mA Serial in out Blinker PCA9550 3 1 2 2 4 8 16 xe 5V 25mA 400kHz Fm 8 bit Indiv Blinker PCA9530 3 1 2 2 4 8 16 gt 5V 25mA 400kHz Fm 8 bit Indiv Dimmer PCA9633 4 5 4 8 16 E 5V 25mA 1 MHZ Fm 8 bit Indiv global Dimmer PCA9632 4 low power xe 5V 25mA 1 MHZ Fm 8 bit Indiv global Dimmer PCA9624 2 6 8 16 24 x E 40V 100mA 1 MHZ Fm 8 bit Indiv global Dimmer PCA9685 16 5V 25mA 1 MHZ Fm Dimmer PCA9952 5
13. 61S75x SC161S76x SP SC 16IS850L SC 18IS600 2 T I C SPI to UART Bridges SC16IS740IPW Q900 Fully featured standalone UART IrDA with 12C SPI interface and 64byte FIFOs 40 C to 85 C TSSOP24 AEC Q100 compliant automotive qualification SPI to I C Bridges sm ro omo ax UART to I C Bridge I C to SPI Bridges Fanta vant ro oro o s re omo ex NE Commercial 16CxxxB UART Family 2 Storage atures Benefits Broad line of single to quad channel UARTs Widest supply range 2 5V 3 3V 5V at industrial temperature range 40 C to 85 C without price premium Fastest device on the market with over 20 faster bus cycle times and baud rates up to 5Mbps Power down mode HVQFN and BGA package options Windows and Linux OS compatible Infrared IrDA interface Software readily available Automatic software and hardware flow control DMA mode and wide variety of FIFO depths Drop in compatibility with existing 16C devices Number of Channels N 16 One stop shopping Single part can be used for multiple systems and multiple operating environments Lower overall cost of ownership can replace up to four competitor parts Compatible with high speed processors Ideal for battery operated systems Ideal for small portable systems Simplifies software development Enables wireless short range applications Shortens design cycle Reduces CPU overhead and data loss Incre
14. ases system throughput Alternative source to other manufacturers 64 FIFO Depth Bytes 61 Support Tools I2C2005 1 Demonstration Board Kit LE Win AECA Lise PCAP amp bil LED Driver i Blinker Features au ann LED Mode elect LED T LED 0 LED 3 LED 4 LED LED LED 1 LED Di Easy experimentation and training IEEE Registers hen C Addins 1 C bus I O Ports Temperature Sensors LED le ES Proscaler Drivers Real time Clock daughter cards A Ete Frequency m Write All Use USB to Windows PC Laptop GUl power ma cssc 3 m LED sector 4 7 MN de See details in User Manual i i ARRE gt Order kits at www demoboard com or eTools Main EC bu 1 USB to LC CONYERTER Expansion Connector Sesto 50 Y REGULATOR See 22 Y ha Channel 0 Channel 1 PCA954 01 DIFE MED Channel 0 Channel 1 A A E PCF9563 PCF25116 PCA9531 PCASSII SEM UYA 2 QAO to Ide Device 1 Device 2 130 M s C8 Channel D Channel 1 Dm 63 C Fm Development Kit Features Modular evaluation board for Fast mode Plus Fm devices Easy experimentation and training board Used to develop software and evaluate device performance USB connections for direct control of device with GUI Standalone processor for developing code to control device Used in conjunction with associated daug
15. ftware U Functions with PC V emulation l l Veco l l C l l l CC1 l 2 F 2C Bus Enablers N Te Custom I2C hardware or software emulated l l l l V Gea E I SPI UART SS ES Vida Suppen Fast Mode i Other hardware Products Storage NXP I2C Fast Mode Plus Devices PCA96xx SSD Bus speed DC to 1 MHz fully compatible with existing I C and SMBus Higher bandwidth allows more devices on the bus and more complicated patterns w o addition of buffers Bus drive strength 10x normal 12C I O drive w o addition of buffers Drive heavier capacitive load or longer cable lengths Low cost alternative to USB Ethernet wireless New practical features Software reset of I O ports via I C bus Hardware reset pin Hardware address pins connecting to Voc GND SCL SDA allow up to 64 addresses vs the normal 8 using only three pins New NXP Cortex microcontrollers support Fast mode plus Target applications amusement gaming lighting remote user interface applications e g POS security kiosk etc 1 C bus Specification UM10204 at www nxp com i2c NE i NXP Fast mode Plus Product Offerings JE Bus Controller Device Device Device CHAN OD Open Drain TP may A Totem Pole PCA9672 8 PCA9622 PCA9621 8 PCA9600 o PCA9661 a PORE toate m Im PCA9663 PCA9605 PCA9633 REZZA 25
16. hter cards for GPIO Expanders LED Controllers Temperature Sensors Bus Buffers etc Board in development 8 Pin SPI Connector UART L066V9d S996VId o 9 v e 29 a ne g o w 9 SS66V9d 5 V 8 Pin SPI 16 Pin 10 Pin Connector 9 Pin I2C 2005 Power Jack Connector Connector To Target Board Connector Old9 ZL96VId 9 Pin 12C 2005 Connector 5 Pin Bus Buffer Connector 5 Pin Bus Buffer Connector 9 Pin I2C 2005 Connector 1413224 013225 01413226 013227 013228 013228 0113230 013231 01413232 1413233 0113234 1413235 01413234 14132389 013240 014153441 1413242 013243 0113244 013245 0113246 DOMI 3247 01413246 Pe PCF8574 amp bit GPIO Expander Daughter Card PCFS5744A amp bit GPIO Expander Daughter Card PCA8574 amp bit GPIO Expander Daughter Card PCASS74A amp bit GPIO Expander Daughter Card PCAS500 amp bit GPIO Expander Daughter Card PCAS501 amp bit GPIO Expander Daughter Card PCAB538 4 bit GPH PCASS37 4 bit GP PCAB534 amp bit G PCAB538 8 bit J PCAB554 5 bi PCABSSAA 8 xpander Daughter Card pander Daughter Card vander Daughter Card ander Daughter Card wer Daughter Card der Daughter Card Daughter Cards may also be used with 12C 2005 dughter Card ghter Card ghter Card PCF8575 16 bit GPIO Expander Daughter Card PCF8575C 16 bit GPIO Expander Daughter Card LM75B Temperature sensor Daughter Card 5456004 Temperature Sen
17. ides 2KV PCA9517A 0 9V to 5 5V Level Shifter A Side B Side 5KV PCA9518A 5 Channel I C Bus Hub Expander A amp B Sides 2KV PCA9519 1 1V to 5 5V Quad Level Shifter B Side A Side 2KV PCA9527 3 0V to 5 5V Level Shifter A Side B Side x A Side x 8KV wn PCA9617 0 8V to 5 5V Level Shifter A Side B Side SKV PCA9509 0 95V to 3 3V 5V Level Shifting Buffer Features Bidirectional level shift between 0 95V and 3 3V 5V without directional control pin gt Isolates noise and bus capacitance A Side Static Offset B Side Normal I C Low Voltage oon i Levels SMBus 5V Support dual Vcc A and Vcc B Vcc A ranges from 0 95V to Vcc B 1V Vcc B ranges from 3V to 5 5V Low static level offset 200mV on A side PCAS503 No external pull up required on A side due to internal current source MSOP8 and 1 6 x 1 6 GM package ESD 2000 V HBM per JESD22 A1 14 en 200 V MM perJESD22 A115 1000 V CDM per JESD22 C101 Passive Level Shifter Value Proposition Why used Voltage level shifting between host processor s I C bus peripheral devices when there is a mismatch of supply voltages Used when additional drive is not needed and capacitive loading is not an issue Where used Digital logic level translation between host processor and slave device no direction control and no capacitance isolation are required Applications requiring open drain bidirectional or unidirectional vol
18. its o C2 N Low channel to channel skew 35 ps max C3 P C3 N HVQFN42 package d CBTL04083 8 Gbps PCle Gens 4 differential channel 2 1 bi directional mux demux Signaling Supported PCle Gen3 8 Gbps SAS Gen2 O 6 Gbps Insertion loss equivalent to about 2 of FR4 PCB trace gt 0 5dB at 100 MHz 1 0dB at 4 GHz gt 3 0dB at 8 GHz Low intra pair skew 5ps max Low inter pair skew 20ps max Low crosstalk 25dB at 4GHz Off isolation 10dB at 4GHz 3 3 V supply voltage HVQFN42 package ESD 2kV HBM 500V CDM o E b o lt E P o E gt o PB P o z 2 o NH N 2 D Ss F F o z 9 2 B zits 6 z vu 6 F o z o o GF z vu 6 5 a a a a a o a z gt x gt o 200 lt x lt Q s 5 85 N D e Two pin outs available for PCB layout optimization Standby current 10 uA controlled by XSD pin aaaaaaaaaoagmmemgmognn o 0 0 0 m5 U m qm o o O 0 0 0 m qm E ec qe re wm Cage a Ce we We dE ME Me de z v z vu zu z v zu z v z vu z o VDD VDD 8 8 8 ES 8 8 8 S 2 2 8 8 3 8 z v z v z v z v z u z v z u z v 05ggogoS2gggouuuuuoc 5 a a a a z a o a o gt x gt 2004 o lt X lt z S 0 E o U go q XSD23 aaaoaaaaoaocogss626 O U 0 a lt a oa a 9 lt 9 0 lt fF BD QU Q z p e 2 g e NN z m 2 9 9 wg 2 o Y zz o 2 yw U B v O O l lt ly 0 b O MA Mux De mux Switc AO P AO N Storage SSD A1 P BO P A1 N BO N
19. ll operate up to 5 5V Offer new input latch and other new Agile IO features with L in part number Easy migration Drop in replacement for existing PCA95XX GPIO Feature INT amp PU INT INT amp RST INT amp PU INT INT amp RST INT amp RST INT amp RST Input Latch Input Latch Input Latch Input Latch 16 bit PCA9555A PCA9535A PCA9539A PCAL9555A PCAL9535A PCAL9539A PCA6416A PCAL6416A Benefit of Lower Voc and Wider Vec Range Vpp2 2 3 V PCA9555 IOO O Von 1 8 V V To 3 E oio a Translator i I casso LIL GPIO GND O NT N FE A rs PES I E Lower Vec to 1 65V on GPIO supply eliminates the need for a voltage translator like the PCA9306 NE x Storage Storage Benefit of Lower Voc and Wider Vec Range PCA9555A Vppo 1 8 V o L dE Lower Vec to 1 65V on GPIO supply eliminates the need for a voltage translator like the PCA9306 and second set of pull ups 33 Features of the PCAL64xx IO Expanders d GPIO are backwards compatible to existing GPIOs with new superset of registers to control the configurable features The PCA64xxA and PCA95xxA devices will be drop in replacements while the PCAL64xxA and PCAL95xxA will offer these desirable features GPIO input latch bit by bit default not latched Lock I O pin changes on input until the register is read GPIO output drive strength control bit by bit default 10 mA push and
20. or different power supplies 12 V 5 V 3 3 V 2 5 V VCCP VDD NK i LM75B Eo Local Digital Temp Sensor amp Thermal Watchdog Features Pin for pin replacement for industry standard LM75 and LM75A ps K C bus interface 8 devices on the same bus REGISTER K Power supply range from 2 8 V to 5 5 V BAND GAP Temperatures range from 55 C to 125 C COS sonen Frequency range 20 Hz to 400 kHz with bus fault SES time out to prevent hanging up the bus INTERRUPT K 11 bit ADC temperature resolution of 0 125 C E os Temperature accuracy of 2 C from 25 C to 100 C 3 C from 55 C to 125 C ug I La Programmable temperature threshold and hysteresis set points Max supply current of 1 0 uA in shutdown mode K Stand alone operation as thermostat at power up we Topside Package t ESD protection exceeds 4500 V HBM per JESD22 iso umso P primat one pacage inse boy wish 8mm Tor A11 4 450 V MM per JESD22 A115 and 2000 V LM75BDP LM75B TSSOP8 plastic thin shrink small outline package 8 leads body width 3 mm SOT505 1 CDM per JE SD 2 9 C 1 0 1 LM75BGD 75B XSON8U ir vb cdo package no leads 8 terminals SOT996 2 b Small 8 pin package types S O 8 TS S OP 8 XS ON 8 LM75BTP M75 HVVSON8 E a en small outline package SOT 1069 2 amp HVVSON8 What is a Bridge IC New generation of interface solutions for managing communication among various bus interfaces The p
21. s E High Density Memory Array Flash Power hungry Controller HIP High current Temp Sensor owitched mode for thermal Power Supply management NC I Thermal Sensor Portfolio Storage SSD 1 C Remote 2 C Local 11 bit ADC Improved 1 C LM75 a Local 11 bit ADC 3 C Remote 2 C HECETA Voltage Local 8 bit ADC Monitor Low Voltage 1 C 11 bit ADC DDR3 SPD 1 C 11 bit ADC 2K EEPROM lt 0 9 COO Industry Standard 2 C Local 11 bit ADC Remote amp Local molexi Local only Remote amp Local Em with Voltage Monitor Complexity I I Samples Now NC I NXP Temp Sensor Selection Table so j gt o o o U y Q gt 3 Z o E OG o m O Ox c 3 P Ko y o o 9 y I 5 59 353 o 8 S D a 9 9 Z 2 Z cups 3 O ot 0 0 Da gt D 39 30 x lt Pin o 0 y 2 5 O B O 3 2 295 Su me 3 0 o yy es S o o o o O D lt a S 355 Els PG E E S X S lt gt S S E LM75A 1 2 C 0 125 11 2 8 5 5 1000 3 9 SCE u j es TSSOP8 SO8 TSSOP8 LM75B 1 2 C 0 125 11 2 8 5 5 300 1 XSON8 UW SONS SE95 1 1 C 0 125 11 2 8 5 5 SO8 TSSOP8 NE1617A 1 1 2 C 3 C 1 0 8 3 0 5 5 70 3 0 QSOP16 NE1619 1 Ae 3 C 5 C 1 0 8 2 9 3 9 500 100 QSOP16 SO8 TSSOP8 SA56004 1 1 20 16 0 125 11 30 55 500 10 HVSON8 SE97B 1 ul O 0 125 11 3 0 3 6 400 3 HVVSON8 TSSOP8 SE98A 1 1 O 0 125 11 1 3 6 400 5 HWSON8 NE1619 monit
22. sor Daughter Card SE9 B Temperature Sensor Daughter Card SE98 Temperature Sensor Daughter Card PCA9531 8 bit Blinker Dimmer Daughter Card F2A9551 8 bit Blinker Daughter Card F2A9552 16 bit Blinker Daughter Card 64 Sales Collateral gt C bus device tri fold 12 GPIO tri fold High speed switches tri fold LED controller tri fold Doc 9397 750 16987 Smart simple solutions for the 12 most common design concerns NXP High Speed Muxes Switches Supporting DP PCle SATA mSATA SAS USB LVDS NXP C bus solutions 2H 2011 Doc 9397 750 17144 Doc 9397 750 17037 Doc 9397 750 16950 NC Technical Contact Product Information WWW ics nxp com gt NXP Technical Support www nxo com support E mall i2c support nxpo com
23. t optimization Standby current lt 10 uA controlled by XSD pin CBTL02042 5 Gbps Mux De mux Switch 2 differential channel 2 1 bi directional mux demux d d Signaling Supported b Li b PCle Gen1 A 2 5Gbps PCle Gen2 O 5Gbps USB 3 0 5 0Gbps SATA Gen 2 3 0Gbps DisplayPort v1 1a A 2 Gbps 3dB bandwidth 4 3 GHz Low inter pair skew 5ps max Low crosstalk 30dB at 5GHz Off isolation 30dB at 5GHz 3 3 V supply voltage DHVQFN 20 2 5x4 5mm 0 5mm pitch ESD 6kV HBM 1kV CDM Two pin outs available d d A pin out optimized for outputs on the opposite side of input B pin out optimized for outputs on both sides of the package AO P AO N A1 P A1 N SEL XSD Storage SSD BO P BO N B1 P B1 N Co P CO N C1 P C1 N Storage SSD CBTU04083 8Gbps PCle Gen3 Mux De mux Switch 4 differential channel 2 1 AO P X pop multiplexer demultiplexer MN Signaling Supported AP mr AI_N Bi_N PCle Gen3 8 Gbps E SAS Gen2 6 Gbps CO N Insertion loss 2 8 dB at 4GHz C1_N Low crosstalk 30 dB at 4 GHz Low off isolation 30 dB at 4 GHz A2_P B2_P l A2_N o B2 N VDD operating range 1 65 V to 2 0 V Le gt ESD tolerance 6kV HBM and Low bit to bit skew 10 ps max between positive C2 P and negative b
24. tage translation down to 1V without a direction pin Why NXP Passive Level Shifter Largest selection of active and passive level shifters Continuous innovation with new NXP Voltage Translation family NVT20xx in widths of 1 2 3 4 6 8 and 10 bits NXP Passive Level Shifter Portfolio SS ae EI ESD HBM PCA9306 2 Bit Bidirectional Voltage Level Translator 3 50 CMOS GTL2002 2 Bit Bidirectional Voltage Level Translator 6 50 BICMOS gt 2kV GTL2003 8 Bit Bidirectional Voltage Level Translator 6 5 Q BICMOS gt 2kV GTL2010 10 Bit Bidirectional Voltage Level Translator 6 5 Q BICMOS gt 2kV GTL2000 22 Bit Bidirectional Voltage Level Translator 6 5 Q BICMOS gt 2kV on be en x Bit Bidirectional Voltage Level Translator 3 50 BICMOS gt 4kV PCA9306 Storage Bidirectional I C Bus amp SMBus Level Translator Features Bi directional without need for direction pin Voltage translation between any voltage from 1 0 V to 5 5 V Lock up free operation for isolation when EN LOW Mixed mode I C bus application run two buses one at 400 kHz other at 100 kHz operating frequency Excellent ESD performance Applications Voltage Level Translation Mixed mode I C Bus Applications 3 3 V 25V 1 8 V 15V O v 0 PCA9306 45 NVT20xx Level Translator Family EEES Where used Digital Logic level translation Storage NVT2001 Clock Tl s PCA9
25. tions e General purpose bus switching or multiplexing Base station and server applications Why used e Route one bus to one of several destinations depending on system configuration Maintain high signal integrity at high speed e Can be used for failover purposes in servers base stations and Flash based memory support in high end servers gt Why use NXP e Unique portfolio of bus switches e High speed and high signal integrity 800 Mbps NK i Memory Mux Application Diagram CPU Processor Termination Resistors 13400959 ININICI Ll er A e co CN E CQ O Storage SSD CBTW28DD14 DDR3 Mux Channel width 14 bits Optimal to fit one data lane each as well as divide address amp command bus and auxiliary signals over remaining muxes SSTL 15 and SSTL 18 signaling 1 5 V or 1 8 V supply voltage Bandwidth gt 3 GHz Supports 1 6 Gbps throughput per lane Bidirectional ports CMOS select signals compatible with 1 5 V and V signaling gt Switch mux topology 1 2 gt ESD 4kV HBM 1kV CDM d pa TFBGA48 package 4 5 x 4 5mm 0 5 mm pitch DisplayPort Thunderbolt switches CBTL05023 Thunderbolt Mux gt CBTLO5023 is optimized to interface TBT miniDP connector for TBT applications Excellent Signal Integrity to support 5 4Gbps DP1 2 HBR2 data rate 15dB DDRL 2 5GH
26. urpose is to overcome the limitations of the host bus interface to the peripherals UART _UART ec ST _ OO gt DA 23 Ls A ue LA d i z I Ed ne Ta y 46 A gt cw fr E Bv E ke Pe o a Iv c A a m i ct ea S d E m d A apos E e El EL x 4 x 2 w 17 gt N t ao d U y j f lt d r A A i A E A E 4 E jeu i A E 20 i a Nr Mn C gt REL o 2 nce 5 ren a I i a era un TCI L E z a c E nn i x k ZH T gt ASS AER zu e SE Le 7 TTI mu de ann Benefit Greater design flexibility Ability to retain original design investment Faster time to market Link legacy and new systems and vice versa GPIO see NXP Bridges Value Proposition Why used To provide an extra serial port a SPI or I C controller To bridge between two different buses SPI to 1 C IC to SPI etc e Three to five wires host interface connection Where used e Telecommunication network routers Servers Blades Why NXP Bridges Low cost advanced low profile packages and easy to use solutions e Sample demo boards and sample software code or drivers are available e NXP offers extensive application support including on line technical support Interface Support NXP com UART _UART BO SPI IDA SP GPIO NE i Selecting a Bridge IC TO FROM UART PC SPI SC1
27. z for DP MUX 2dB DDIL O 2 5GHz for DP MUX GHz bandwidth with 3 3V common mode input voltage Pass rail to rail LS signal swing without clipping Optimized Integration to work with external PIN diodes 3 g for 10Gbps AUX DDC MUX SW BIASOUT buffer supports bias current up to 6 PIN x 19 DPMLO 18 cA DET 21 GND N A HPD 05 diodes AUXIO_EN 2 16 CA_DETOUT Integrated bias R for PIN diode path sl po HPD input buffer with 5V tolerant DDC DAT 4 Ga stx DDC CLK 5 43 LSRX Small 3 mm X3 mm HVQFN24 package with 0 4mm We pitch Rit 8 a id a 2 2 Tu o a 8 NE x CBTLOGDP211 DPv1 1a Mux De mux Switch FD T Bolt SSD 1 2 multiplexing DisplayPort v1 1 2 7 Gbit s or PCle Gent 2 5 Gbps 4high speed differential channels rieg nn 1 channel 4 1 muxing for AUX On differential signals or DDC clock and data bau 1 channel 2 1 muxing for HPD i DALIX2 Low intra pair differential skew lt 5 ps cur Low inter pair skew lt 180 ps u cus Current Consumption Operation 0 2A HPD Shutdown lt 10mA DDC and AUX ports tolerant to being HPDIN HPD 2 GPU SEL pulled TO 5 V via 2 2 kO resistor DDC AUX SEL Supports HDMI DVI incorrect dongle Es connection Standard I C building blocks Overview of all standalone peripherals Vecs bred Onboard jOffibaard Veco lC in hardware or so
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