Texas Instruments AM263P Series Bedienungsanleitung

EVM User's Guide: AM263P1, AM263P1-Q1, AM263P2, AM263P2-Q1,

AM263P4, AM263P4-Q1

AM263Px Control Card Evaluation Module

Description

The AM263Px Control Card Evaluation Module

(EVM) is an evaluation and development board for

the Texas Instruments Sitara™ AM263Px series of

microcontrollers (MCUs). This EVM provides an easy

way to start developing on the AM263Px MCUs with

on-board emulation for programming and debugging

as well as buttons and LED for a simple user

interface. The control card also enables header pin

access to key signals through the use of a high speed

edge connector (HSEC) baseboard docking station for

rapid prototyping.

Features

• Powered through 5 V, 3 A USB type-C input

• Multirail power supply designed for safety-relevant

applications

• One RJ45 ethernet ports with on-board Industrial

Ethernet PHY

• Additional ethernet add-on board connector for an

automotive or industrial ethernet PHY

• On-board XDS110 debug probe

• 180 pin HSEC interface for rapid prototyping

• Three push buttons:

– PORz

– User interrupt

– RESETz

• LEDs for:

– Power status

– User testing

– Ethernet connection

– I2C driven array

• CAN connectivity with on-board CAN transceiver

• Hardware resolver for accelerated motor position

sensing with two additional SAR ADC's

• Dedicated FSI connector

• TI test automation header

• MMC interface to micro SD card connector

• On-board memory

– 1 GB QSPI NAND flash

– 256 MB OSPI NOR flash

– 1 MB I2C EEPROM

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AM263Px Control Card Evaluation Module 1

1 Evaluation Module Overview

1.1 Introduction

The AM263Px Control Card was developed to enable easy and rapid prototyping of the AM263Px and all of the

peripherals. There are several on-board transceiver and PHYs to enable the many interfaces of the AM263Px

SoC (System on a Chip). This user's guide details the design of the EVM and how to properly use each

interface. The user's guide also details many important aspects of the board including but not limited to pin

header descriptions, test points, and mux/switch signal routing.

Preface: Read This First

1.1.1.1 Sitara MCU+ Academy

Texas Instruments offers the MCU+ Academy as a resource for designing with the MCU+ software and tools

on supported devices. The MCU+ Academy features easy-to-use training modules that range from the basics of

getting started to advanced development topics.

1.1.1.2 Important Usage Notes

Note

The E1 version of the AM263Px Control Card only includes signal routing for the PRU-ICSS MDIO.

To make use of the CPSW MDIO, blue-wire modifications need to be made. Without the blue-wire

fix, the ethernet PHY connected to the RGMII2 interface does not function properly with the

on-board ethernet PHY. As a result of the blue-wire fix, the TCAN1043 (U29) cannot be used

simultaneously with the on-board ethernet PHY. For additional information, refer to Section 5.1.A.

Note

The AM263Px Control Card requires a 5 V, 3 A power supply to function. While a USB type-C cable

is included, A 5 V, 3 A power supply is not included in the kit and must be ordered separately The

Belkin USB-C Wall Charger is known to work with the Control Card and supplied type-C cable. For

more information on power requirements, refer to Section 2.2. If there is an insufficient power input,

then the red LED (LD1) glows. For more information on power status LEDs, refer to Section 2.2.2.

Note

TMDSCNCD263P includes a PMIC U7, which can exceed 55℃ case temperature during normal

operation. This user guide's statement and the PCB warning sticker from the table below have been

added to alert users to these higher temperature components.

Caution

Hot surface.

Contact can cause burns.

Do not touch!

Note

External power supply or power accessory requirements:

• Nominal output voltage: 5-VDC

• Max output current: 3000 mA

• Efficiency Level V

Note

TI recommends using an external power supply or accessory which complies with applicable regional

safety standards such as (by example) UL, CSA, VDE, CCC, PSE.

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1.2 Kit Contents

The Sitara AM263Px Control card development kit contains the following items:

• AM263Px Sitara series control card development board

• Type-A to Micro-B USB cable (1 meter length)

• USB Type-C cable (1 meter length)

Note

The maximum length of the IO cables shall not exceed 3 meters.

Not included:

• HSEC 180-pin Baseboard Docking Station

• Standoffs

• USB Type-C 5-V/3-A AC/DC supply and cable

1.3 Device Information

The AM263Px Sitara Arm® Microcontrollers are built to meet the complex real-time processing needs of next

generation industrial and automotive embedded products. The AM263Px MCU family consists of multiple

pin-to-pin compatible devices with up to four 400 MHz Arm® Cortex™-R5F cores. As an option, the Arm

R5F subsystem can be programmed to run in lockstep or dual-core mode for a multiple functional safety

configurations. The industrial communications subsystem (PRU-ICSS) enables integrated industrial Ethernet

communication protocols such as PROFINET®, TSN, Ethernet/IP™, EtherCAT™ (among many others), standard

Ethernet connectivity, and even custom I/O interfaces. The family is designed for the future of motor control and

digital power applications with advanced analog sensing and digital actuation modules.

The multiple R5F cores are arranged in cluster subsystems with 256KB of shared tightly coupled memory (TCM)

along with 3MB of shared SRAM, greatly reducing the need for external memory. Extensive ECC is included

for on-chip memories, peripherals, and interconnects for enhanced reliability. Granular firewalls managed by the

Hardware Security Manager (HSM) enable developers to implement stringent security-minded system design

requirements. Cryptographic acceleration and secure boot are also available on AM263Px devices.

For additional information, refer to the AM263Px data sheet (SPRSP81).

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AM263Px Control Card Evaluation Module 3

1.3.1 HSEC 180-pin Control Card Docking Station

The TMDSHSECDOCK 180-pin docking station is available for purchase through Texas Instruments. The

docking station is a baseboard that enables rapid prototyping. There is a power switch on the docking station

that determines whether power to the control card is supplied by the 5 V connector or USB connector.

Note

The docking station power switch must to be toggled to the EXT-ON side to meet the power

requirements of the AM263Px Control Card. EXT-ON indicates that the power is being sourced from

the Barrell connector of the Control Card Dock. The mini-USB (USB-ON) connector does not meet the

power requirements of the AM263Px Control Card.

The AM263Px Control Card has a power mux (TPS2121RUXT) that supplies power from the type-C connection

as long as the voltage supplied by the type-C connection is equal to or greater than the voltage supplied by the

HSEC docking station. Therefore, if both a type-C connection is present and the control card is connected to a

powered HSEC docking station, then the power mux routes the type-C supplied voltage to VMAIN of the control

card. If there is no type-C connection and voltage is being supplied through the HSEC docking station, then the

power mux routes that voltage to VMAIN of the control card.

For more information on the docking station, refer to the Informational Guide.

1.3.2 Security

The AM263Px Control Card features a High Security, Field Securable (HS-FS) device. An HS-FS device has

the ability to use a one time programming to convert the device from HS-FS to High Security, Security Enforced

(HS-SE).

The AM263Px device leaves the TI factory in an HS-FS state where customer keys are not programmed and has

the following attributes:

• Does not enforce the secure boot process

• M4 JTAG port is closed

• R5 JTAG port is open

• Security Subsystem firewalls are closed

• SoC Firewalls are open

• ROM Boot expects a TI signed binary (encryption is optional)

• TIFS-MCU binary is signed by the TI private key

The One Time Programmable (OTP) keyrwriter converts the secure device from HS-FS to HS-SE. The OTP

keywriter programs customer keys into the device eFuses to enforce secure boot and establish a root of trust.

The secure boot requires an image to be encrypted, which is optional, and signed using customer keys, which is

verified by the SoC. A secure device in the HS-SE state has the following attributes:

• M4, R5 JTAG ports are both closed

• Security subsystems and SoC firewalls are both closed

• TIFS-MCU and SBL need to be signed with active customer key

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2 Hardware

2.1 Component Identification

Figure 2-1. E1 Component Identification

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2.2 Power Requirements

The AM263Px Control Card is powered from a 5 V, 3 A USB type-C input or from a 5 V, 3 A HSEC connection

supplied by the docking station. The following sections describe the power distribution network topology that

supply the AM263Px Control Card, supporting components and the reference voltages.

Power supply designs that are compatible with the AM263Px Control Card:

• When using the USB type-C input:

– 5 V, 3 A power adapter with USB-C receptacle

– 5 V, 3 A power adapter with captive USB-C cable

– PC USB type-C port that has Power Delivery classification

• Thunderbolt

• Battery behind USB logo

Figure 2-2. USB Type-C Power Delivery Classification

• When using the HSEC DC barrel jack power input:

– A power adapter that is at least 15 W

Power supply designs that are NOT compatible with the AM263Px Control Card:

• When using USB type-C input:

– Any USB adapter cables such as:

• Type-A to type-C

• micro-B to type-C

• DC barrel jack to type-C

– 5 V, 1.5 A power adapter with USB-C captive cable or receptacle

– PC USB type-C port not capable of 3 A

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2.2.1 Power Input Using USB Type-C Connector

The AM263Px Control Card can be powered through a USB type-C connection. The USB Type-C source is

capable of providing 3 A at 5 V and advertises the current sourcing capability through the CC1 and CC2

signals. On this EVM, the CC1 and CC2 from the USB type-C connector are interfaced to the port controller

IC (TUSB320LAIRWBR). This device uses the CC pins to determine port attach/detach, cable orientation, role

detection, and port control for Type-C current mode. The CC logic detects the Type-C current mode as default,

medium, or high depending on the role detected.

The Port pin is pulled down to ground with a resistor to configure the IC in upward facing port (UFP) mode.

VBUS detection is implemented to determine a successful attach in UFP mode. The OUT1 and OUT2 pins

are connected to a NOR gate. Active low on both the OUT1 and OUT2 pins advertises high current (3A) in

the attached state which enables the load switch (TPS22965DSGT) to provide the VBUS_MAIN supply which

powers other regulators that create the power rails for the device.

In UFP mode, the port controller IC constantly presents pull-down resistors on both CC pins. The port controller

IC also monitors the CC pins for the voltage level corresponding to the Type-C mode current advertisement

by the connected DFP. The port controller IC de-bounces the CC pins and waits for VBUS detection before

successfully attaching. As a UFP, the port controller device detects and communicates the advertised current

level of the DFP to the system through the OUT1 and OUT2 GPIOs.

The power requirement of the AM263Px Control Card is 5 V at 3 A. If the source is not capable of providing

the required power, then the output at the NOR gate becomes low that disables the VBUS_MAIN power switch.

Therefore, if the power requirement is not met, all power supplies except VSYS_TA_3V3 remains in the off state.

The board gets powered on completely only when the source can provide 5 V at 3 A.

Figure 2-3. Type-C CC Configuration

Table 2-1. Current Sourcing Capability and State of USB Type-C Cable

OUT1 OUT2 Advertisement

H H Default current in unattached state

H L Default current in attached state

L H Medium current (1.5A) in attached state

L L High current (3.0A) in attached state

The AM263Px Control Card includes a power supply based on a Power Management Integrated Chip (PMIC) for

each of the power rails. During the initial stage of the power supply, 5 V supplied by the type-C USB connector is

used to generate all of the necessary voltages required by the PMIC and subsequently the rest of the board via

the PMIC LDO outputs. For more information about the PMIC, refer to Section 2.2.5.

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2.2.2 Power Status LEDs

Multiple power-indication LEDs are provided on-board to indicate to users the output status of major supplies.

The LEDs indicate power across various domains as shown in the table below.

Table 2-2. Power Status LEDs(1)

Name Default Status Operation Function

LD1 OFF Type-C CC Logic Power Error Indication. Type-C connection not supplying

5 V @ 3 A

LD2 ON VMAIN_12V0 Power indicator for VMAIN 12 V supply

LD3 ON VSYS_3V3_LDO1 Power indicator for PMIC LDO 3.3 V supply

LD4 ON VSYS_1V2_PG Power Good indicator for 1.2 V supply rail

LD5 ON VSYS_TA_3V3 Power indicator test automation header 3.3 V supply

LD6 OFF USER_LED0 User Programmable Red LED

LD7 OFF USER_LED1 User Programmable Green LED

LD8 OFF PMIC_SAFE_OUT2 Safety Error indicator output from PMIC

LD9 OFF XDS110_PROG_STAZ1 LED glows after XDS configuration

LD10 OFF XDS110_PROG_STAZ2

LD19 OFF SAFETY_ERROR Safety error output status pin from AM263Px

LD20 ON VCC_1V8_LDO4 Power indicator PMIC LDO 1.8 Vsupply

LD21 ON VDD_5V0_LDO3 Power indicator for PMIC LDO 5.0 V supply

LD22 ON VSYS_3V3_LDO2 Power indicator for PMIC LDO 3.3 V supply

(1) LD[19:22] are not included in the E1 version of the Control Card.

Figure 2-4. E1 Power Status LEDs

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2.2.3 Power Tree

Figure 2-5. Power Tree

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AM263Px Control Card Evaluation Module 9

2.2.4 Power Sequence

Figure 2-6. Power Sequence Diagram

Note

LDO[2:4]_OUT and PLDO[1:2]_OUT and the associated power supplies are intentionally not included

in this diagram since these LDO outputs are not powered on by default and require a SPI write to

enable these supply rails.

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