ST SPC572LADPT80S Manual de usuario

Introduction

The SPC572LADPT80S evaluation board supports STMicroelectronics SPC572L64E2 microcontroller in TQFP80-EP package.

Figure 1. SPC572LADPT80S

Note: picture not contractual.

SPC572LADPT80S evaluation board

UM2869

User manual

UM2869 - Rev 1 - June 2021

For further information contact your local STMicroelectronics sales office.

www.st.com

1Overview

The SPC572LADPT80S “mini module” is an evaluation board supporting STMicroelectronics SPC572L64E2

device in TQFP80-EP package.

This "mini module" is designed to be connected onto the SPC58xxMB motherboard, offering a mechanism

for easy customer evaluation of the SPC572Lxx family of device and to facilitate hardware and software

development. High density connectors provide the interface between the EVB and MCU daughter cards and

help the developers evaluate all device peripherals.

This user manual provides information on how to use the SPC572LADPT80S "mini module" board and its

hardware features.

The "mini module" may be used as a stand-alone unit and it allows access to the CPU, but no access to the I/O

pins as any motherboard peripherals.

Figure 2. Overview of SPC572LADPT80S "mini module" - top

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Overview

UM2869 - Rev 1 page 2/29

Figure 3. Overview of SPC572LADPT80S "mini module" - bottom

1.1 Supported devices

The SPC572LADPT80S evaluation board supports the following STMicroelectronics family of microcontrollers in

TQFP80-EP package:

• SPC572L64E2

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Supported devices

UM2869 - Rev 1 page 3/29

2License agreement

The packaging of this evaluation board was sealed with a seal stating, by breaking this seal, you agree to the

terms and conditions of the evaluation board license agreement, the terms and conditions of which are available

at:

https://www.st.com/resource/en/evaluation_board_terms_of_use/evaluationproductlicenseagreement.pdf

Upon breaking the seal, you and STMicroelectronics entered into the evaluation board license agreement, a copy

of which is also enclosed with the evaluation board for convenience.

Attention: This evaluation board only offers limited features for evaluating ST products. It has not been tested for use

with other products and is not suitable for any safety or other commercial or consumer application. This

evaluation board is otherwise provided “AS IS” and STMicroelectronics disclaims all warranties, express or

implied, including the implied warranties of merchantability and fitness for a particular purpose.

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License agreement

UM2869 - Rev 1 page 4/29

3Handling precautions

Please take care to handle the package content in order to prevent electrostatic discharge.

Before the EVB is used or power is applied, please fully read the following sections on how to correctly configure

the board. Failure to correctly configure the board may cause irreparable component, MCU or EVB damage.

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Handling precautions

UM2869 - Rev 1 page 5/29

4Hardware description

4.1 Hardware features

The SPC572LADPT80S "mini module" board has the following features:

• Can be used as a stand-alone board by providing external power supplies input (5 V, 3.3 V, 1.25 V)

• Reset button with driver and led indicator

• SPC572LADPT80S has socket for device in TQFP80-EP package

• Debug ports:

– 34-pin SAMTEC connector for Nexus 2

– 14-pin header connector for JTAG port

– 12-pin header connector for SIPI interface

– 40 MHz crystal main oscillator with jumpers to optionally disconnect it

– 8 MHz oscillator with jumpers to optionally disconnect it

– Clock input through SMA connector to optionally disconnect it

– 2 X SAMTEC QSH series, 240 way connector to connect "mini module" to motherboard

4.2 Hardware dimensions

The evaluation board has the following dimensions:

• PCB area: 127 mm x 114.3 mm

• Top components height: 18.8 mm

• Bottom components height: 3.5 mm

• PCB thickness 1.6 mm

4.3 Pin numbering for jumpers

3-pin jumpers for the "mini module" have rectangular pad to indicate the position of pin 1 and there is the PCB

silk-screen with the numbers of all the pins. See the example below for the numbering convention used in this

manual for jumpers settings:

Figure 4. Overview of 3-pin jumpers numbering convention

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Hardware description

UM2869 - Rev 1 page 6/29

6-pin jumpers for the “mini module” have the PCB serigraphy with the numbers of all pins. See the example below

for the numbering convention used in this manual for jumpers settings:

Figure 5. Overview of 6-pin jumpers numbering convention

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Pins numbering for jumpers

UM2869 - Rev 1 page 7/29

5Power and system configuration

5.1 Power supplies

When the "mini module" is plugged onto the motherboard, power is supplied directly by the motherboard. In this

setup, the external power supply input available on the "mini module" should NOT be used.

When the SPC572LADPT80S "mini module" is used as a stand-alone board, external power supplies must be

used (5 V, 3.3 V, 1.25 V).

The following jumpers are used to configure the power supply:

Table 1. Power supplies configuration jumpers

Jumper Description Default Position

VDD_HV_ADV voltage configuration:

• 1-2: 5V_LR (linear)

• 2-3: 5V_SW (switching)

1-2

(5V_LR)

Figure 10. SPC572LADPT80S "mini module" -

top - B2

VDD_HV_ADR_S voltage configuration:

• 1-2: 5V_LR (linear)

• 2-3: 5V_SW (switching)

1-2

(5V_LR)

Figure 10. SPC572LADPT80S "mini module" -

top - B2

VDD_HV_PMC configuration

• Open: VDD_HV_PMC not connected to

VDD_HV_IO_MAIN

• Closed: VDD_HV_PMC connected to

VDD_HV_IO_MAIN

Open Figure 10. SPC572LADPT80S "mini module" -

top - B2

VDD_HV_OSC0 voltage configuration:

• 1-2: 5V_SR

• 2-3: 3.3V_SR

1-2

(5V_SR)

Figure 10. SPC572LADPT80S "mini module" -

top - B2

VDD_HV_IO_MAIN voltage configuration:

• 1-2: 5V_SR

• 2-3: 3.3V_SR

1-2

(5V_SR)

Figure 10. SPC572LADPT80S "mini module" -

top -

VDD_HV_IO_FLEX voltage configuration:

• 1-2: 5V_SR

• 2-3: 3.3V_SR

1-2

(5V_SR)

Figure 10. SPC572LADPT80S "mini module" -

top - B2

VDD_LV1 configuration for external 1.25 V use:

• Open: VDD_LV1 not connected to JP1

• Closed: VDD_LV1 connected to JP1

Open Figure 10. SPC572LADPT80S "mini module" -

top - C2

J25

VDD_LV2 configuration for external 1.25 V use:

• Open: VDD_LV2 not connected to JP1

• Closed: VDD_LV2 connected to JP1

Open Figure 10. SPC572LADPT80S "mini module" -

top - B2

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Power and system configuration

UM2869 - Rev 1 page 8/29

5.2 Port configuration

The following jumpers need to configure the ports:

Table 2. Ports related jumpers

Jumper Description Default Position

PD[6] connection to QSH connectors configuration:

• Open: PD[6] not connected to QSH connectors

(motherboard)

• Closed: PD[6] connected to QSH connectors

(motherboard)

Closed Figure 10. SPC572LADPT80S "mini module"

- top - C2

J10

PD[6] connection to EVTI configuration:

• Open: PD[6] not connected to EVTI

• Closed: PD[6] connected to EVTI

Open Figure 10. SPC572LADPT80S "mini module"

- top - C2

J11

TESTMODE connection configuration:

• Open: TESTMODE not connected

• Closed: TESTMODE connected to:

– R6 Mounted: pulldown (default)

– R3 Mounted: pullup

Closed

(default

pull-down)

Figure 10. SPC572LADPT80S "mini module"

- top - A2

J27

PD[6] connection to EVTO configuration:

• Open: PD[6] not connected to EVTO

• Closed: PD[6] connected to EVTO

Open Figure 10. SPC572LADPT80S "mini module"

- top - C2

JP2

PA[6] connection configuration:

• 1-2: PA[6] connected to TCK

• 2-3: PA[6] connected to DRCLK

1-2 (TCK) Figure 10. SPC572LADPT80S "mini module"

- top - B2

JP3

PA[9] connection to QSH connectors configuration:

• Open: PA[9] not connected to QSH connectors

(motherboard)

• Closed: PA[9] connected to QSH

Open Figure 10. SPC572LADPT80S "mini module"

- top - B2

JP5

PA[8] connection configuration:

• 1-2: PA[8] connected to TDI

• 2-3: PA[8] connected to SIPI_TXP

1-2 (TDI) Figure 10. SPC572LADPT80S "mini module"

- top - B2

JP7

PF[13] connection to QSH connectors configuration:

• Open: PF[13] not connected to QSH connectors

(motherboard)

• Closed: PF[13] connected to QSH

Closed Figure 10. SPC572LADPT80S "mini module"

- top - B2

JP8

PD[6] connection to SIPI_TXN configuration:

• Open: PD[6] not connected to SIPI_TXN

• Closed: PD[6] connected to SIPI_TXN

Open Figure 10. SPC572LADPT80S "mini module"

- top - B2

JP9

PD[7] connection to QSH connectors configuration:

• Open: PD[7] not connected to QSH connectors

(motherboard)

• Closed: PD[7] connected to QSH

Closed Figure 10. SPC572LADPT80S "mini module"

- top - B2

JP10

PA[6] connection to QSH connectors configuration:

• Open: PA[6] not connected to QSH connectors

(motherboard)

• Closed: PA[6] connected to QSH

Open Figure 10. SPC572LADPT80S "mini module"

- top - B2

JP11

PA[7] connection to QSH connectors configuration:

• Open: PA[7] not connected to QSH connectors

(motherboard)

• Closed: PA[7] connected to QSH

Open Figure 10. SPC572LADPT80S "mini module"

- top - B2

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Port configuration

UM2869 - Rev 1 page 9/29

Jumper Description Default Position

JP12

PA[8] connection to QSH connectors configuration:

• Open: PA[8] not connected to QSH connectors

(motherboard)

• Closed: PA[8] connected to QSH

Open Figure 10. SPC572LADPT80S "mini module"

- top - B2

5.3 System clock configuration

The "mini module" supports the usage of crystal clock sources as well as external clock source:

Table 3. System clock related jumpers

Jumper Description Default Position

J13

• EXTAL connection configuration:

– 1-2: EXTAL connected to 40 MHz crystal

clock source

– 2-3: EXTAL connected to EXTAL EVB clock

source

1-2

(XT1 pin2)

Figure 10. SPC572LADPT80S "mini module" -

top - C3

J15

• XTAL connection configuration:

– 1-2: XTAL connected to 40 MHz crystal

clock source

– 2-3: XTAL connected to XTAL EVB clock

source

1-2

(XT1 pin1)

Figure 10. SPC572LADPT80S "mini module" -

top - C3

J17

• 8MHz oscillator enable jumper:

– Open: 8MHz oscillator not enabled

– Closed: 8MHz oscillator enabled

Open Figure 10. SPC572LADPT80S "mini module" -

top - D3

J19

• External clock source jumper selector:

– 1-2: from 8MHz oscillator

– 2-3: from SMA connector

1-2 Figure 10. SPC572LADPT80S "mini module" -

top - C3

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System clock configuration

UM2869 - Rev 1 page 10/29

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