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TriBoard TC3X6
TriBoard Manual TC3X6
Hardware: TriBoard TC3X6 TH V1.0 and TriBoard TC3X6 V1.0
About this document
Scope and purpose
The User Manual provide information about using, configuration and connecting the TriBoard with Infineon
AURIX™ TC3X6 device. The manual provide information for different hardware types. There exist different
hardware with Through Hole socket (TriBoard TC3X6 TH) and soldered devices (TriBoard TC3X6). The
schematic is identically for the all boards if not other mentioned in chapter schematic. The placing on the boards
is slightly different on bottom side around the TC3X6 itself dependent of the space (socket need more space
and has through hole), but the most components are on the same location (only CB203, CB512 and CB520 are
rotated and slightly shifted). All figures are valid for each board if not differently mentioned.
Intended audience
Design, verfication, test and software engineers will use this document to get an understanding of the
functionality and connections of the TriBoard.
User Manual
www.infineon.com
Please read the Important Notice and Warnings at the end of this document
TriBoard TC3X6 TH V1.0 and TriBoard TC3X6 V1.0
V1.0
2019-09
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Table of Contents
Related Manuals for Infineon TriBoard TC336 TH
Summarization of Contents
About this document
Scope and Purpose
Provides information on using, configuring, and connecting the TriBoard with Infineon AURIX TC3X6 devices.
Intended Audience
Identifies engineers involved in design, verification, test, and software development.
Introduction
Introduction
Congratulates on purchase, highlights TriCore capabilities, development ease, memory/peripheral features, and debugging interfaces.
Features
Summary of Features
Lists key features of the TC3X6 TriBoard, including controller, transceivers, bridges, connectors, and board size.
Connectors
Details the variety of connectors available on the TC3X6 TriBoard, such as USB, Ethernet, JTAG, and FlexRay.
Components
Lists the main components on the board, including power supply, LEDs, transceivers, and memory.
Block Diagram
Presents a schematic overview of the TriBoard TC3X6, showing the CPU, peripherals, and connections.
Placement Overview
Illustrates the physical layout of components and connectors on the TriBoard TC3X6 (TH) V1.0.
TriBoard Information
Board Types: Soldered vs. Socketed
Describes the TriBoard TC3X6 V1.0 (soldered) and TC3X6 TH V1.0 (socketed) variants and their assembly.
Usable and Restricted Devices
Lists compatible devices and notes limitations for restricted devices like TC336DA.
Power Supply Details
Explains power generation via TLF35584QV, available voltages, and connector requirements.
Failsafe Handling
Describes the failsafe state of TLF35584 and how to manage it, including resistor configurations.
Board LEDs and Indicators
Lists and describes the 15 LEDs on the board, their colors, and functions.
Clock Source
Mentions the onboard 20MHz crystal and its potential replacement.
USB Connector Functionality
Details the USB connector's use for power, serial connection, and debugging.
PC Serial Connection via USB
Explains driver installation, COM port usage, and configuration for ASCLINO and CAN serial connections.
miniWiggler JDS Debug Tool
Describes the miniWiggler JDS as a debug tool, its connection via DAS, and status LEDs.
FlexRay™ (E-RAY) Communication
Details the two IDC10 plugs for FlexRay, their connection, and enabling/disabling via resistors.
Serial EEPROM Details
Discusses the 2KBit EEPROM, its address, write protection, and disconnection method.
MultiCAN and LIN Interfaces
Covers CAN transceivers and LIN transceiver connection, ports, and configurations.
Ethernet Connectivity
Explains the RJ45 connector, Realtek Ethernet PHY, RMII connection, and limitations.
HSCT (Optional) Connector
Mentions the IEEE 1394 socket footprint for HSCT connection and a critical warning.
High-Speed HSCT Configuration
Details resistor removal for HSCT connection and signal availability impact.
Analog-to-Digital Converter (ADC) Channels
Describes the 5 ADC channels with low-pass filters and associated components.
Other Peripherals
Notes that other peripherals are available via different connectors, referencing 'Connector Pin Assignment'.
Toggle LEDs Control
Explains that status LEDs are low active and software-controlled, detailing pin connections.
Board Buttons Functionality
Lists the three buttons: Reset, ENA, and P33.11, and their functions.
Debug System Overview
Introduces the debug system, covering OCDS1, DAP, and DAP_SCR interfaces.
OCDS1 Debug Interface
Details OCDS1 signals, connector, port supply, and debugger connection requirements.
DAP Debug Interface
Describes the DAP connector, its use, and requirements for connection.
DAP_SCR Debug Interface
Explains DAP_SCR for private DAP connection to the standby controller.
High-Speed DAP Configuration
Details resistor removal for high-speed DAP connection and its implications.
Optional ETK and EmW Power Connectors
Mentions ETK connector and EmW power connector and their assembly.
TriBoard Configuration
Hardware Boot Configuration
Explains DIP switches for boot configuration and their meaning.
Default Pad State Selection
Details Dipswitch 1 for default pad state and power cycle requirement.
Bootmode Selection Table
Presents a table of user startup modes based on HWCFG settings.
Assembly Options Overview
Discusses assembly options, focusing on general optional resistors.
General Optional Resistors
Lists general optional resistors, their descriptions, and default assembly status.
Resistors for Peripherals
Lists resistors for various peripherals like CAN, ERAY, Ethernet, and USB.
Signal (on board used) Description
Power Signals Listing
Lists and describes power signals like VCC_IN, VDD, V_UC, etc.
Reset Signals Listing
Lists and describes reset signals such as /PORST, /ESRO, and /ESR1.
Configuration Signals
Lists configuration signals like HWCFG1-6 and their functions.
Clock Signals
Details clock signals XTAL1 and XTAL2.
Debug Signals Listing
Lists debug-related signals like /TRST, DAP0-2, etc.
Peripheral Signals Listing
Lists peripheral signals like ASCLINO, CAN01, and E-Ray.
Connector Pin Assignment
On-Board Only Used Signals
Identifies port pins used only on-board and not connected to external connectors.
TC366 Connector Pinouts (Part I)
Provides pinout details for the TC366 connector (X601, X701, X602, X702).
TC366 Connector Pinouts (Part II)
Continues TC366 connector pinout details.
TC336 Connector Pinouts (Part I)
Provides pinout details for the TC336 connector (X601, X701, X602, X702).
TC336 Connector Pinouts (Part II)
Continues TC336 connector pinout details.
Power, USB, FlexRay, and CAN Connector Pinouts
Shows pinouts for Power, USB, FlexRay (ERAY), and CAN connectors.
LIN, HSCT, and Ethernet Connector Pinouts
Shows pinouts for LIN, HSCT, and Ethernet connectors.
OCDS1 and DAP Connector Pinouts
Shows pinouts for OCDS1 and DAP connectors.
ETK and EmW Power Connector Pinouts
Shows pinouts for ETK and EmW Power connectors.
Schematic and Layout
Known Problems
States that no known problems are reported for the TriBoard TC3X6 TH and V1.0.
Schematic Diagrams Overview
Introduces the schematic diagrams for the TriBoard, covering various functional blocks.
Component Layout Plots (Top Layer)
Refers to component plot diagrams for the top layer of the TriBoard.
Component Layout Plots (Bottom Layer)
Refers to component plot diagrams for the bottom layer of the TriBoard.
Mechanical Dimensioning (mm)
Provides mechanical dimensions in millimeters for developing extension boards.
Mechanical Dimensioning (mils)
Provides mechanical dimensions in mils for developing extension boards.
Revision History
Document Revision History
Details the revision history of the document, noting the first version.
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