ST SPC58XXADPT100S User manual

Introduction
This document provides guidelines for describing, configuring and using the mini module SPC58XXADPT100S.
Figure 1. Overview of SPC58XXADPT100S mini module - top
SPC58XXADPT100S
UM2661
User manual
UM2661 - Rev 1 - January 2020
For further information contact your local STMicroelectronics sales office.
www.st.com

1Overview
The SPC58XXADPT100S mini module is an evaluation board supporting STMicroelectronics SPC58xGxxE3,
SPC58xCxxE3, SPC58xBxxE3 microcontrollers in TQFP100 package with exposed pad down.
The SPC58XXADPT100S mini module is designed to be connected onto the SPC57xxMB motherboard, offering
a mechanism for easy customer evaluation of the supported devices, and facilitating hardware and software
development.
High density connectors provide the interface between the EVB and MCU daughter cards and help the
developers to evaluate all device peripherals.
This user manual provides information on using SPC58XXADPT100S mini module board and its hardware
features.
The mini module may be used as a stand-alone unit allowing access to the CPU, but no access to the I/O pins as
any motherboard peripherals.
Figure 2. Overview of SPC58XXADPT100S mini module - bottom
1.1 Package contents
An SPC58XXADPT100S adapter package includes the following items:
• SPC58XXADPT100S mini module
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Overview
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• Mini CD with user manual
1.2 Supported device
The SPC58XXADPT100S mini module supports the following STMicroelectronics family of Microcontrollers in
TQFP100 package with exposed pad down:
• SPC58xGxxE3
• SPC58xCxxE3
• SPC584BxxE3
• SPC582BxxE3
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Supported device
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2SPC58XXADPT100S features
2.1 Mini module features
The SPC58XXADPT100S mini module board has the following features:
• Connector for external power supplies input: 5 V, 3.3 V, 1.25 V (for stand-alone mode)
• Reset button with driver and led indicator
• Socket for device in TQFP100 package with exposed pad down
• Debug ports:
– 34-pin SAMTEC connector for Nexus 2
– 14-pin header connector for JTAG port
• 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
• Jumper for boot configuration
• X SAMTEC QSH series, 240 way connector to connect mini module to motherboard
2.2 Hardware dimension and PCB component view
The mini module has the following dimension:
• 127 mm x 114.3 mm (PCB dimension)
• Max top components height 19 mm
• PCB thickness: 1.6 mm
• Max bottom components height 3.5 mm
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SPC58XXADPT100S features
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Figure 3. SPC58XXADPT100S top component view
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Hardware dimension and PCB component view
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Figure 4. SPC58XXADPT100S bottom component view
2.3 Pin numbering for jumpers
Close to selection jumper (both 3-pin and 4-pin), are shown in silkscreen the indications of connections.
See below some examples.
Figure 5. Selection jumper scheme
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Pin numbering for jumpers
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3Hardware and jumper settings
3.1 Power supplies
When the mini module is plugged into 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 SPC58XXADPT100S 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. Supply related jumpers
Jumper Description Default
J2 Jumper to enable the use of Supply 3.3V_SR Closed
J3 Jumper to enable the use of Supply 5.0V_SR Closed
J4 Jumper to enable the use of Supply 1.25V_SR Closed
J5
VDD_HV_ADR voltage configuration:
• 1-2 5.0V_LR
• 2-3 3.3V_SR
• 2-4 5.0V_SR
1-2 (5.0V_LR)
J6
VDD_HV_ADV voltage configuration:
• 1-2 5.0V_LR
• 2-3 3.3V_SR
• 2-4 5.0V_SR
1-2 (5.0V_LR)
J9
VDD_HV_IO_MAIN voltage configuration:
• 1-2 5.0V_SR
• 2-3 3.3V_SR
1-2 (5.0V_SR)
J11
VDD_LV voltage configuration:
• 1-2 1.25V_SR
• 2-3 1.25V from Ballast circuit
1-2 (1.25V_SR)
J12
Supply for BALLAST circuit configuration:
• 1-2 VDD_HV_IO_MAIN
• 2-3 5.0V_SR
1-2 (VDD_HV_IO_MAIN)
JP1 VDD_HV_FLA voltage configuration, connect or disconnect VDD_HV_FLA from
VDD_HV_IO_MAIN
Closed
(Connect VDD_HV_FLA to
VDD_HV_IO_MAIN)
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Hardware and jumper settings
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3.2 Microcontrollers configuration
The following jumpers need to configure the board for used STMicroelectronics microcontroller:
SPC58xCxxE3
Table 2. Microcontroller SPC58xCxxE3 configuration related jumpers
Jumper Description Default
J10
VDD_HV_IO_FLEX voltage configuration:
(Used only for SPC58xCxxE3)
• 1-2 5.0V_SR
• 2-3 3.3V_SR
1-2
(5.0V_SR)
JP3
Device pin 50 function configuration:
• 1-2 PA[15]
• 2-3 VDD_LV
1-2
(Connect pin 50 to PA[15])
J13
RSTIN configuration:
• 1-2 PORST
• 2-3 ESR0
1-2
(PORST)
J26
Device pin 95 function configuration:
• 1-2 PC[12]
• 2-3 VDD_HV_IO_FLEX
2-3
(Connect pin 95 to VDD_HV_IO_FLEX)
J14
Device pin 11 function configuration:
• 1-2 PC1
• 2-3 ESR0
1-2
(Connect pin 11 to PC[1])
JP7
Device pin 68 function configuration:
• 1-2 PM[14]
• 2-3 ESR0
1-2
(Connect pin 68 to PM[14])
JP2
Device pin 1 function configuration:
• 1-2 PD[14]
• 2-3 VDD_LV
1-2
(Connect pin 1 to PD[14])
J27
Device pin 86 function configuration:
• 1-2 PH[4]
• 2-3 BCTRL
2-3
(Connect pin 86 to BCTRL)
JP5
Device pin 26 function configuration:
• 1-2 PI[6]
• 2-3 VDD_LV
1-2
(Connect pin 26 to PI[6])
The following jumpers need to configure the board for used STMicroelectronics microcontroller:
•SPC582BxxE3
•SPC584BxxE3
Table 3. Microcontroller SPC582BxxE3, SPC584BxxE3 configuration related jumpers
Jumper Description Default
J10
VDD_HV_IO_FLEX voltage configuration:
(Used only for SPC58xCxxE3)
• 1-2 5.0V_SR
• 2-3 3.3V_SR
Open
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Microcontrollers configuration
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Jumper Description Default
JP3
Device pin 50 function configuration:
• 1-2 PA[15]
• 2-3 VDD_LV
1-2
(Connect pin 50 to PA[15])
J13
RSTIN configuration:
• 1-2 PORST
• 2-3 ESR0
1-2
(PORST)
J26
Device pin 95 function configuration:
• 1-2 PC[12]
• 2-3 VDD_HV_IO_FLEX
2-3
(Connect pin 95 to VDD_HV_IO_FLEX)
J14
Device pin 11 function configuration:
• 1-2 PC1
• 2-3 ESR0
2-3
(Connect pin 11 to ESR0)
JP7
Device pin 68 function configuration:
• 1-2 PM[14]
• 2-3 ESR0
1-2
(Connect pin 68 to PM[14])
JP2
Device pin 1 function configuration:
• 1-2 PD[14]
• 2-3 VDD_LV
1-2
(Connect pin 1 to PD[14])
J27
Device pin 86 function configuration:
• 1-2 PH[4]
• 2-3 BCTRL
2-3
(Connect pin 86 to BCTRL)
JP5
Device pin 26 function configuration:
• 1-2 PI[6]
• 2-3 VDD_LV
1-2
(Connect pin 26 to PI[6])
The following jumpers need to configure the board for used STMicroelectronics microcontroller:
SPC58xGxxE3
Table 4. Microcontroller SPC58xGxxE3 configuration related jumpers
Jumper Description Default
J10
VDD_HV_IO_FLEX voltage configuration:
(Used only for SPC58xCxxE3)
• 1-2 5.0V_SR
• 2-3 3.3V_SR
Open
JP3
Device pin 50 function configuration:
• 1-2 PA[15]
• 2-3 VDD_LV
2-3
(Connect pin 50 to VDD_LV)
J13
RSTIN configuration:
• 1-2 PORST
• 2-3 ESR0
2-3
(ESR0)
J26
Device pin 95 function configuration:
• 1-2 PC[12]
• 2-3 VDD_HV_IO_FLEX
1-2
(Connect pin 95 to PC[12])
J14
Device pin 11 function configuration:
• 1-2 PC1
• 2-3 ESR0
1-2
(Connect pin 11 to PC[1])
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Microcontrollers configuration
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Jumper Description Default
JP7
Device pin 68 function configuration:
• 1-2 PM[14]
• 2-3 ESR0
2-3
(Connect pin 68 to ESR0)
JP2
Device pin 1 function configuration:
• 1-2 PD[14]
• 2-3 VDD_LV
2-3
(Connect pin 1 to VDD_LV)
J27
Device pin 86 function configuration:
• 1-2 PH[4]
• 2-3 BCTRL
2-3
(Connect pin 86 to BCTRL)
JP5
Device pin 26 function configuration:
• 1-2 PI[6]
• 2-3 VDD_LV
2-3
(Connect pin 26 to VDD_LV)
The jumpers are default closed for STMicroelectronics microcontroller:
•SPC58xCxxE3
3.3 Port configuration
The following jumpers need to configure the ports:
Table 5. Port related jumpers
Jumper Description Default
J15 TESTMODE settings Close
3.4 System clock configuration
The mini module supports the usage of crystal clock sources as well as external clock source:
Table 6. Main clock related jumpers
Jumper Description Default
J17 40 MHz crystal clock source Enable for pin EXTAL 1-2 (XT1 pin2)
J19 40 MHz crystal clock source Enable for pin XTAL 1-2 (XT1 pin1)
J20 Enable 8 MHz oscillator power supply Open
J22 External clock source from 8 MHz oscillator or SMA connector 1-2 (8 MHz oscillator )
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Port configuration
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