ST SPC58XXADPT292S User manual

Introduction
The evaluation board SPC58XXADPT292S Rev. C "mini module" supports STMicroelectronics SPC58XE84C3,
SPC57EM80C3, SPC58XG84C3 and SPC58XN84C3 microcontrollers in FPBGA292 package.
Figure 1. SPC58XXADPT292S Rev. C
Note: picture is not contractual.
SPC58XXADPT292S Rev. C evaluation board
UM2764
User manual
UM2764 - Rev 1 - January 2021
For further information contact your local STMicroelectronics sales office.
www.st.com

1Overview
The "mini module" is an evaluation board supporting STMicroelectronics SPC58XE84C3, SPC57EM80C3,
SPC58XG84C3 and SPC58XN84C3 microcontrollers in FPBGA292 package.
The "mini module" is designed to be connected onto the SPC58xxMB motherboard, offering a mechanism for
easy customer evaluation of the supported devices, and to facilitate hardware and software development.
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 SPC58XXADPT292S Rev. C "mini module" - top
UM2764
Overview
UM2764 - Rev 1 page 2/26

Figure 3. Overview of SPC58XXADPT292S Rev. C "mini module" - bottom
1.1 Package contents
An SPC58XXADPT292S Rev. C adapter package includes the following item:
• SPC58XXADPT292S Rev. C "mini module"
1.2 Supported devices
The "mini module" supports the following STMicroelectronics family of microcontrollers in FPBGA292 package:
• SPC58XE84C3
• SPC57EM80C3
• SPC58XG84C3
• SPC58XN84C3
UM2764
Package contents
UM2764 - Rev 1 page 3/26

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 www.st.com/ebla ". 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.
UM2764
License agreement
UM2764 - Rev 1 page 4/26

3Handling precautions
Please take care to handle the package contents in a manner such as 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.
UM2764
Handling precautions
UM2764 - Rev 1 page 5/26

4Hardware description
4.1 Hardware features
The "mini module" has the following features:
• Connector for external power supplies input (5 V, 3.3 V, 1.25 V) used in stand-alone mode.
• Reset button with driver and led indicator
• Socket for device in FPBGA292 package with exposed pad down
• Debug ports:
• – 34-pin SAMTEC connector for Nexus 2
– 14-pin header connector for JTAG port
– 10-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 dimension
The "mini module" has the following dimensions:
• PCB area: 127 mm X 114.3 mm
• Top components height: 19.4 mm max
• Bottom components height: 3.5 mm max
• PCB thickness: 1.6 mm
UM2764
Hardware description
UM2764 - Rev 1 page 6/26

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 "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 configuration jumpers
Jumper Description Default Position
J1 VDD_HV_ADR voltage configuration
from 5.0V_LR or 3.3V_SR 1-2 (5.0V_LR) Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - B2
J2 VDD_HV_ADV voltage configuration
from 5.0V_LR or 3.3V_SR 1-2 (5.0V_LR) Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - B2
J3 VDD_HV_JTAG_OSC voltage
configuration from 5.0V_SR or 3.3V_SR 1-2 (5.0V_SR) Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - B2
J4 VDD_HV_PMC voltage configuration
from 5.0V_SR or 3.3V_SR 1-2 (5.0V_SR) Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - B2
J6 VDD_HV_IO_MAIN voltage
configuration from 5.0V_SR or 3.3V_SR 1-2 (5.0V_SR) Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - B2
J32 VDD_HV_IO_FLEX voltage
configuration from 5.0V_SR or 3.3V_SR 1-2 (5.0V_SR) Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - C2
J8 VDDPHYIO voltage configuration from
5.0V_SR or 3.3V_SR 1-2 (5.0V_SR) Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - C2
J9 VDD_LV_STBY voltage configuration
from 1.25V_SR or VDD_LV 1-2 (1.25V_SR) Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - C2
J35
VDD_LV voltage configuration from:
• BALLAST circuit
• 1.25V_SR
SMPS_REGULATOR_OUT
2-3 (1.25V_SR) Figure 4. SPC58XXADPT292S Rev. C top "mini
module" view - C4
J38
Supply for BALLAST circuit
configuration from VDD_HV_IO_MAIN
or 5.0V_SR
1-2
(VDD_HV_IO_MAIN)
Figure 4. SPC58XXADPT292S Rev. C top "mini
module" view - D2
UM2764
Power and system configuration
UM2764 - Rev 1 page 7/26

5.2 Microcolntroller configuration
The jumpers described in the following table needs to configure the board to use STMicroelectronics
microcontroller SPC57EM80C3.
Table 2. Microcontroller SPC57EM80C3 configuration related jumpers
Jumper Description Default Position
J33 Device ball T11 VDDSTBY
function configuration
2-3
(Connect VDDSTBY with
3.3_SR)
Figure 4. SPC58XXADPT292S Rev. C top "mini
module" view - C3
J34 Device ball N19 NC
function configuration
Open
(Device ball N19 Not Connected)
Figure 4. SPC58XXADPT292S Rev. C top "mini
module" view - C3
SW2
Device ball E15&D16
VDD_HV_FLA supply
configuration
2-3
(Disconnect VDD_HV_FLA from
VDD_HV_IO_MAIN)
Figure 5. SPC58XXADPT292S Rev. C bottom "mini
module" view - C2
The jumpers described in the following table need to configure the board to use STMicroelectronics
microcontrollers SPC58NE84C3, SPC58XG84C3 and SPC58XN84C3.
Table 3. SPC58NE84C3, SPC58XG84C3 and SPC58XN84C3 jumpers
Jumper Description Default Position
J33
Device ball T11 EXTREG_SEL
function configuration:
• 2-1 (DISABLE BALLAST)
• 2-4 (ENABLE BALLAST)
2-1 (DISABLE BALLAST) Figure 4. SPC58XXADPT292S Rev. C top "mini
module" view - C3
J34 Device ball N19 NC function
configuration
Close
(Connect BCTRL with
BALLAST Circuit)
Figure 4. SPC58XXADPT292S Rev. C top "mini
module" view - C3
SW2
Device ball E15&D16
VDD_HV_FLA supply
configuration
2-1
(Connect VDD_HV_FLA with
VDD_HV_IO_MAIN)
Figure 5. SPC58XXADPT292S Rev. C bottom
"mini module" view - C2
UM2764
Microcolntroller configuration
UM2764 - Rev 1 page 8/26

5.3 Port configuration
The following jumper need to configure the ports:
Table 4. Ports related jumpers
Jumper Description Default Position
J30 TESTMODE settings Close Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - C2
J11 PF[15]/EVTI connection to QSH
motherboard connectors Open Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - A2
J31 PH[11]/EVTO connection to QSH
motherboard connectors Open Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - A2
J12 PM[4]/EVTI0 connection to QSH
motherboard connectors Open Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - C3
J13 PM[5]/EVTO0 connection to QSH
motherboard connectors Open Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - C3
J14 PM[6]/EVTO1 connection to QSH
motherboard connectors Open Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - C3
J15 PK[14]/EVTI1 connection to QSH
motherboard connectors Open Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - C3
UM2764
Port configuration
UM2764 - Rev 1 page 9/26

5.4 System clock configuration
The "mini module" supports the usage of crystal clock sources as well as external clock source:
Table 5. Clock configuration jumpers
Jumper Description Default Position
J21 40 MHz crystal clock source Enable
for pin EXTAL 1-2 (XT1 pin2) Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - C3
J23 40 MHz crystal clock source Enable
for pin XTAL 1-2 (XT1 pin1) Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - C3
J22 Enable 8 MHz oscillator power
supply Open Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - D3
J24 External clock source from 8 MHz
oscillator or SMA connector
1-2 (8 MHz
oscillator)
Figure 4. SPC58XXADPT292S Rev. C top "mini module"
view - D3
5.5 Reset circuit
The "mini module" supports different ways to reset the microcontroller.
To use and perform the reset driving there are different jumpers and switches:
Table 6. Reset configuration jumpers
Jumper Description Default Position
SW1 Reset push button Open Figure 4. SPC58XXADPT292S Rev. C top "mini module" view -
D1
J27
Connect the external reset to the reset
driver for
ESR0 and PORST pins
Close Figure 4. SPC58XXADPT292S Rev. C top "mini module" view -
D1
J25 Connect the external reset to ESR0
pin Close Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - D2
J26 Connect the external reset to PORST
pin Close Figure 4. SPC58XXADPT292S Rev. C top "mini module" view - D2
UM2764
System clock configuration
UM2764 - Rev 1 page 10/26