Peripheral - ECAT EtherCAT slave controller. XMC microcontrollers July 2016

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1 Peripheral - ECAT EtherCAT slave controller XMC microcontrollers July 2016

2 Agenda 1 ECAT overview 2 Key feature: smallest fully integrated EtherCAT slave 3 Key feature: fully compatible with Beckhoff s ET1100 ASIC 4 Key feature: multiple on chip trigger connection 5 System integration 6 Application example 2

3 Agenda 1 ECAT overview 2 Key feature: smallest fully integrated EtherCAT slave 3 Key feature: fully compatible with Beckhoff s ET1100 ASIC 4 Key feature: multiple on chip trigger connection 5 System integration 6 Application example 3

4 ECAT EtherCAT slave controller Highlights PDI EtherCAT Processing Unit Sync Manager FMMU Register Process RAM Distributed Clocks Status LED 2 Port MII Managment EtherCAT is one of the major Industrial Real Time Ethernet protocols with Ultra high-speed right up to the terminal Outstanding performance, flexible topology which save costs for additional Ethernet equipment (Switches) and simple configuration characterize EtherCAT Key features Smallest fully integrated EtherCAT Slave Node Fully compatible with Beckhoff s ET1100 ASIC Multiple on chip trigger connection using Sync/Latch signals Customer benefits Scalable from a 100 QFP package up to a 196 LFBGA fully integrated Avoids complex porting of EtherCAT stacks, reuse of own written stacks Use of Sync/Latch signals to trigger the internal ADC/CCU or capture from CCU 4

5 Agenda 1 ECAT overview 2 Key feature: smallest fully integrated EtherCAT slave 3 Key feature: fully compatible with Beckhoff s ET1100 ASIC 4 Key feature: multiple on chip trigger connection 5 System integration 6 Application example 5

Transformer Transformer ECAT Smallest fully integrated EtherCAT slave (1/2)

FPGA ASIC s need a micro FPGA need external memory's and are in big BGA RJ45 RJ45

that in a 100 QFP No external components needed XMC4800 100 Pin QFP Easy to be

6 Transformer Transformer ECAT Smallest fully integrated EtherCAT slave (1/2) EtherCAT ASIC s, SOC and FPGA need additional components Other EtherCAT ASIC, SOC, FPGA ASIC s need a micro FPGA need external memory's and are in big BGA RJ45 RJ45 ECAT Clocks must be supported twice in some topologies MCU XMC4800 combines all that in a 100 QFP No external components needed XMC Pin QFP Easy to be handled in PCB production Many different interfaces available in one package RJ45 RJ45 ECAT 6

XMC4500 and XMC4400 100 Pin devices 144 Pin LQFP Pin & Signal

7 ECAT Smallest fully integrated EtherCAT slave (2/2) Scalable from 100 LQFP to 196 LFBGA 100 Pin LQFP Pin & Signal compatible to XMC4500 and XMC Pin devices 144 Pin LQFP Pin & Signal compatible to XMC LFBGA is an extension of the XMC ball LFBGA 7

8 Agenda 1 ECAT overview 2 Key feature: smallest fully integrated EtherCAT slave 3 Key feature: fully compatible with Beckhoff s ET1100 ASIC 4 Key feature: multiple on chip trigger connection 5 System integration 6 Application example 8

Ethernet s 8 SYNC Manager 8 FMMU s 8kB Process Data RAM 64 Bit Distributed Clocks

9 ECAT Fully compatible with Beckhoff s ET1100 ASIC EtherCAT Compatible EtherCAT implementation of the Beckhoff ET1100 and XMC4800 are compatible 2 x MII Ports for Ethernet s 8 SYNC Manager 8 FMMU s 8kB Process Data RAM 64 Bit Distributed Clocks Register Interface is exactly the same Easy porting of existing software solutions for ET1100 to XMC4800 9

10 Agenda 1 ECAT overview 2 Key feature: smallest fully integrated EtherCAT slave 3 Key feature: fully compatible with Beckhoff s ET1100 ASIC 4 Key feature: multiple on chip trigger connection 5 System integration 6 Application example 10

11 ECAT Multiple on chip trigger connection Input of Latch signals can be generated by both ERU and pins ERUs combine combinatorial signal combinations and module/protocol trigger Sync outputs are available on pins, can be used as ADC trigger and via ERU connected to CCU4/8, DSD, POSIF 11

12 Agenda 1 ECAT overview 2 Key feature: smallest fully integrated EtherCAT slave 3 Key feature: fully compatible with Beckhoff s ET1100 ASIC 4 Key feature: multiple on chip trigger connection 5 System integration 6 Application example 12

ECAT System integration CPU ARM Cortex -M4 System DCode ICode Data Code PMU ROM & Flash GPDMA0 GPDMA1 Bus Matrix PSRAM DSRAM1 DSRAM2 EBU Ethernet System Masters PBA0 PBA1 USB OTG System Slaves System

13 ECAT System integration CPU ARM Cortex -M4 System DCode ICode Data Code PMU ROM & Flash GPDMA0 GPDMA1 Bus Matrix PSRAM DSRAM1 DSRAM2 EBU Ethernet System Masters PBA0 PBA1 USB OTG System Slaves System integration Due to the multilayer bus matrix, CPU can operate EtherCAT data while a Ethernet DMA moves data to an internal memory without timing penalty. Complex application scenarios can be realized by a highly flexible internal integration of several standard communication interfaces. SCU ERU1 CAN WDT RTC FCE VADC POSIF0 CCU40 Peripherals 0 USIC0 DSD POSIF1 PORTS CCU43 LEDTS 0 Peripherals 1 USIC1 USIC2 SDMM C Target applications Intelligent I/Os and PLCs Industrial drives ECAT0 CCU41 CCU80 DAC PORTS ERU0 CCU42 CCU81 EtherCAT XMC4800 only 13

14 Agenda 1 ECAT overview 2 Key feature: smallest fully integrated EtherCAT slave 3 Key feature: fully compatible with Beckhoff s ET1100 ASIC 4 Key feature: multiple on chip trigger connection 5 System integration 6 Application example 14

Transformer Transformer Application example Isolated intelligent I/O s Overview RJ45 RJ45 ECAT SPI ISOFACE TM IN XMC4800 SPI ISOFACE TM OUT Up to 6 SPI channel EtherCAT is one of the Industrial

15 Transformer Transformer Application example Isolated intelligent I/O s Overview RJ45 RJ45 ECAT SPI ISOFACE TM IN XMC4800 SPI ISOFACE TM OUT Up to 6 SPI channel EtherCAT is one of the Industrial Ethernet Protocols which is more and more used in Industrial Automation Systems. Starting from simple I/O slices up to complex inverter architectures, EtherCAT solves the needs of fast real time communication. In brief In most automation systems an isolation is needed. The XMC48 offers the possibility for a isolation of the XMC MCU and transferring the data over EtherCAT in a single chip solution. 15

Transformer Transformer Application example Isolated EtherCAT resolver/encoder interface Overview RJ45 RJ45 ECAT Resolver Interface XMC4800 Encoder Interface EtherCAT is

Starting from simple I/O slices up to complex inverter architectures, EtherCAT solves the needs of fast real time communication.

16 Transformer Transformer Application example Isolated EtherCAT resolver/encoder interface Overview RJ45 RJ45 ECAT Resolver Interface XMC4800 Encoder Interface EtherCAT is one of the Industrial Ethernet Protocols which is more and more used in Industrial Automation Systems. Starting from simple I/O slices up to complex inverter architectures, EtherCAT solves the needs of fast real time communication. In brief In combination with the XMC4800 complex solutions like multiple encoder or resolver interfaces in a single chip EtherCAT solution can be developed. The XMC with its huge set of peripherals and hardware trigger using SYNC/LATCH signals demonstrate a ideal solution. 16

17 Transformer Transformer Application example Dual motor control and EtherCAT RJ45 RJ45 ECAT Power Stage XMC4800 Power Stage Overview EtherCAT is one of the Industrial Ethernet Protocols which is more and more used in Industrial Automation Systems. Starting from simple I/O slices up to complex inverter architectures, EtherCAT solves the needs of fast real time communication. In brief Dual Motor control with the XMC4800 using encoder or resolver interfaces in a single chip EtherCAT solution can be developed. 17

General information XMC4800 relax kit with EtherCAT extension http://www.infineon.

18 General information XMC4800 relax kit with EtherCAT extension daf9cc

Support material Collaterals and Brochures Technical Material Product Briefs Selection Guides Application Brochures Presentations Press Releases, Ads Application Notes Technical Articles Simulation

19 Support material Collaterals and Brochures Technical Material Product Briefs Selection Guides Application Brochures Presentations Press Releases, Ads Application Notes Technical Articles Simulation Models Datasheets, MCDS Files PCB Design Data Kits and Boards DAVE TM Software and Tool Ecosystem Videos Technical Videos Product Information Videos Infineon Media Center XMC Mediathek Contact Forums Product Support Infineon Forums Technical Assistance Center (TAC) 19

20 Disclaimer The information given in this training materials is given as a hint for the implementation of the Infineon Technologies component only and shall not be regarded as any description or warranty of a certain functionality, condition or quality of the Infineon Technologies component. Infineon Technologies hereby disclaims any and all warranties and liabilities of any kind (including without limitation warranties of noninfringement of intellectual property rights of any third party) with respect to any and all information given in this training material.

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DSD: Delta Sigma Demodulator. XMC microcontrollers September 2016

DSD: Delta Sigma Demodulator. XMC microcontrollers September 2016 DSD: Delta Sigma Demodulator XMC microcontrollers September 2016 Agenda 1 Overview 2 Key feature: adjustable CIC filter 3 Key feature: parallel auxiliary CIC filter with boundaries 4 Key feature: resolver