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UM3104
User manual
SR5E1-EVBE7000P rev. C evaluation board
Introduction
The SR5E1-EVBE7000P rev. C standalone evaluation board supports STMicroelectronics SR5E1xxE7 microcontroller in
eQFP176 package.
Figure 1.
SR5E1-EVBE7000P rev. C
Note: picture not contractual
UM3104 - Rev 2 - February 2024
www.st.com
For further information contact your local STMicroelectronics sales office.
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Summary of Contents for ST SR5E1-EVBE7000P
- Page 1 UM3104 User manual SR5E1-EVBE7000P rev. C evaluation board Introduction The SR5E1-EVBE7000P rev. C standalone evaluation board supports STMicroelectronics SR5E1xxE7 microcontroller in eQFP176 package. Figure 1. SR5E1-EVBE7000P rev. C Note: picture not contractual UM3104 - Rev 2 - February 2024 www.st.com...
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Page 2: Overview
Overview Overview The SR5E1-EVBE7000P rev. C standalone evaluation board supports STMicroelectronics SR5E1xxE7 microcontroller with package LQFP 24x24 176L EXPOSED PAD DOWN. The evaluation board is a standalone unit allowing access to the CPU, access to the I/O pins as well as to any board peripherals. -
Page 3: Supported Devices
UM3104 Overview Figure 3. SR5E1-EVBE7000P rev. C - bottom overview Supported devices The SR5E1-EVBE7000P rev. C evaluation board supports the following STMicroelectronics family of microcontrollers in eQFP176 package: • SR5E1xxE7 UM3104 - Rev 2 page 3/67... -
Page 4: License Agreement
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”... -
Page 5: Handling Precautions
UM3104 Handling precautions Handling precautions Please take care to handle the package content in order to prevent electrostatic discharge. Before the EVB is used or the 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 damage to component or MCU and EVB. -
Page 6: Hardware Description
UM3104 Hardware description Hardware description Hardware features The SR5E1-EVBE7000P rev. C evaluation board has the following features: • 12 V external power supply • Socketed device • Reset generation • Clock generation: – 40 MHz external oscillator – SMA connector •... -
Page 7: Power And System Configuration
Power and system configuration Power supplies The SR5E1-EVBE7000P rev. C evaluation board requires an external power supply voltage of 12 V DC, minimum 2 A. The single input voltage is regulated on-board using a step-down switching regulator for automotive applications providing the supply voltage of 3.3 V. - Page 8 17-18 • Closed: connected to 3V3 VDD_LV voltage configuration: Closed Top layer - B2 • Open: not connected • Closed: connected to VDD_LV_SMPS 1. Refer to Figure 15. SR5E1-EVBE7000P rev. C - top layer. UM3104 - Rev 2 page 8/67...
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Page 9: System Clock Configuration
UM3104 Power and system configuration System clock configuration The evaluation board supports the usage of crystal clock sources as well as an external clock source. The following clock sources are supported: • 40 MHz local crystal oscillator for PLL • A SMA connector is provided for the external clock input The following figure shows the 40 MHz local crystal oscillator schema: Figure 5. -
Page 10: Reset Circuit
Open: disconnect SMA connector (P3) from EXTAL • Closed: connect SMA connector (P3) to EXTAL 1. Refer to the Figure 15. SR5E1-EVBE7000P rev. C - top layer. Reset circuit The reset circuit is performed using the STM6315 device. The following picture shows the schema of the evaluation board reset circuit: Figure 7. -
Page 11: Testmode Configuration
Closed • Closed: connect the RESET signal from the Q3 base transistor to drive the LD1 1. Refer to the Figure 15. SR5E1-EVBE7000P rev. C - top layer. TESTMODE configuration The following picture shows the TESTMODE configuration schema. Figure 8. -
Page 12: Hardware Description
CAN_2 FD DB9 connector Top side–D4 8x1 header connector Top side–C1 1. Refer to the Figure 15. SR5E1-EVBE7000P rev. C - top layer The following table shows the CAN_0 DB9 connector pinout (J8). Table 6. CAN_0 DB9 connector pinout Pin number (DB9) Signal N.C. -
Page 13: Table 8. 8 X 1 Header Can Connector Pinout
UM3104 Hardware description Table 8. 8 x 1 header CAN connector pinout Pin number (DB9) Signal CAN_1_RX CAN_1_TX CAN_2_RX CAN_2_TX Not connected Not connected CAN_4_RX CAN_4_TX The jumpers and the solder bridges detailed in the following table are used to configure the CAN interfaces. UM3104 - Rev 2 page 13/67... -
Page 14: Table 9. Can Configuration Jumpers And Solder Bridges
UM3104 Hardware description Table 9. CAN configuration jumpers and solder bridges Jumper Description Default Position CAN 1 transceiver VIO supply configuration: • Open: disconnect the VDD_HV_IO_MAIN from the VIO of SB42 Closed Top side–D3 the U5 CAN transceiver • Closed: connect the VDD_HV_IO_MAIN to the VIO of the U5 CAN transceiver CAN 1 transceiver VDD supply configuration: •... -
Page 15: Uart Interface
Closed: connect CAN_2_H to a 60.4 Ω termination resistor 1. Refer to the Figure 15. SR5E1-EVBE7000P rev. C - top layer UART interface The board contains an FT2232HL with two receivers and two drivers. It has a USB MINI-B, 5-pin connector and a two pins header connector. -
Page 16: Table 12. Uart Interface Leds
Top side–B4 • Open: USB_GND not connected • Closed: USB_GND connected to GND 1. Refer to the Figure 15. SR5E1-EVBE7000P rev. C - top layer The following table shows the UART interface LEDs. Table 12. UART interface LEDs Description Position... -
Page 17: Table 13. Uart3 1 X 2 Header Connector (P23) Pinout
UM3104 Hardware description Table 13. UART3 1 x 2 header connector (P23) pinout Pin number Signal UART3_RX UART3_TX UM3104 - Rev 2 page 17/67... -
Page 18: I²C Interface
• Open: I C_SCL pull up not inserted 1. Refer to the Figure 15. SR5E1-EVBE7000P rev. C - top layer The following picture shows the 1x4 header connector pinout (P24). Table 15. I²C header 1x4 pins connector pinout Pin number... -
Page 19: Dspi Interface
DSPI_2 connector Top layer - C2 DSPI_4 connector Top layer - C2 1. Refer to the Figure 15. SR5E1-EVBE7000P rev. C - top layer. The following table shows the DSP_1 connector (P17) pin mapping: Table 17. DSP_1 connector (P17) pin mapping... -
Page 20: Analog And Timers Connectors
PG[6] SPI4_MOSI PG[7] SPI4_SCK PG[5] SPI4_NSS PG[8] Analog and timers connectors The SR5E1-EVBE7000P rev. C evaluation board has some analog and timers’ connectors indicated in the following table: Table 20. Analog and timers connectors Connectors Description Position SAR1_IO connector Top layer - B1... -
Page 21: Sar1_Io Adc Module
UM3104 Hardware description 6.5.1 SAR1_IO ADC module The following table shows the SAR1_IO connector (P5) pin mapping: Table 21. SAR1_IO connector pin mapping (P5) Description Port QFP 176 SAR1_1 PB[2] SAR1_2 PB[3] SAR1_3 PB[4] SAR1_4 PB[5] SAR1_5 PB[6] 6.5.2 SAR2_IO ADC module The following table shows the SAR2_IO connector (P7) pin mapping: Table 22. -
Page 22: Sar4_Io Adc Module
UM3104 Hardware description 6.5.4 SAR4_IO ADC module The following table shows the SAR4_IO connector (P10) pin mapping: Table 24. SAR4_IO connector (P10) pin mapping Description Port QFP 176 SAR4_1 PC[3] SAR4_2 PC[4] SAR4_3 PC[6] SAR4_4 PC[7] SAR4_5 PC[8] 6.5.5 SAR5_IO ADC module The following table shows the SAR5_IO connector (P12) pin mapping: Table 25. -
Page 23: Dac_Out Module
UM3104 Hardware description 6.5.8 DAC_OUT module The following table shows the DAC_OUT connector (P16) pin mapping: Table 28. DAC_OUT connector (P16) pin mapping Description Port QFP 176 DAC_1 PB[1] DAC_2 PC[5] 6.5.9 TIM1 module The following table shows the TIM1 connector (P6) pin mapping: Table 29. -
Page 24: Tim8 Module
UM3104 Hardware description 6.5.11 TIM8 module The following table shows the TIM8 connector (P11) pin mapping: Table 31. TIM8 connector (P11) pin mapping Description Port QFP 176 TIM8_CH1 PI[0] TIM8_CH1N PI[1] TIM8_CH2 PI[2] TIM8_CH2N PI[3] TIM8_CH3 PI[4] TIM8_CH3N PI[5] TIM8_CH4 PI[6] TIM8_CH4N PI[7]... -
Page 25: Hrtim1 Module
UM3104 Hardware description 6.5.14 HRTIM1 module The following table shows the HRTIM1 connector (P18) pin mapping: Table 34. HRTIM1 connector (P18) pin mapping Description Port QFP 176 HRTIM1_CHA1 PE[4] HRTIM1_CHA2 PE[3] HRTIM1_CHB1 PE[2] HRTIM1_CHB2 PE[1] HRTIM1_CHC1 PD[15] HRTIM1_CHC2 PD[14] HRTIM1_CHD1 PD[13] HRTIM1_CHD2 PD[12]... -
Page 26: Probe Connectors
UM3104 Hardware description Probe connectors The SR5E1-EVBE7000P rev. C evaluation board has some probe connectors listed in the following table: Table 36. Probe connectors Connectors Description Position SAR_REF (LEMO P/N: EPG.0B.304.HLN) not populated by default Top layer - A2 ADC input (LEMO P/N: EPG.0B.304.HLN) not populated by default... -
Page 27: Debug Connectors
UM3104 Hardware description Debug connectors The SR5E1-EVBE7000P rev. C evaluation board has the following debug connectors: Table 38. Debug connectors Connectors Description Position 10-pin header connector for JTAG/SWD SWD1 Top layer - B3 interface 20-pin ARM connector for JTAG interface... -
Page 28: Table 39. Swj1 Main Dap Header 2X5 Pins Connector Pinout
UM3104 Hardware description The following table shows the 2x5 header connector pinout (SWD1): Table 39. SWJ1 main DAP header 2x5 pins connector pinout Pin number Signal VDD_HV TMS/SWDIO TCK/SWCLK SRST The following table shows the ARM20 2x10 header connector pinout (P2): Table 40. -
Page 29: Table 41. Jtag/Swd Configuration
SRST pin configuration: Mounted Top layer - B3 • Mounted: SRST pin not connected to RESET • Not mounted: SRSR pin connected to RESET 1. Refer to the Figure 15. SR5E1-EVBE7000P rev. C - top layer. UM3104 - Rev 2 page 29/67... -
Page 30: Figure 13. Nexus Schema
UM3104 Hardware description The following figure shows the NEXUS schema: Figure 13. Nexus schema TRACE_CK RESET JTDO 11 12 VDD_HV 13 14 JTCK TRACE_D7 15 16 JTMS TRACE_D6 17 18 JTDI TRACE_D5 19 20 JTRST TRACE_D4 21 22 TRACE_D3 23 24 TRACE_D2 25 26 TRACE_D1... -
Page 31: Table 42. Nexus 2X19 Pins Connector Pinout
UM3104 Hardware description The following table shows the 2x19 header connector pinout: Table 42. Nexus 2x19 pins connector pinout Pin number Signal Not connected Not connected Not connected Not connected TRACE_CK Not connected Not connected RESET Not connected JTDO VDD_HV Not connected VDD_HV JTCK... -
Page 32: User Area
UM3104 Hardware description User AREA There is a user area on the SR5E1-EVBE7000P rev. C evaluation board, consisting of the following features: • 2 LEDs • 2 pushbuttons There are two active low user LEDs: LD9 and LD10. The LED inputs are pulled to 3.3 V through 680 Ω resistors. -
Page 33: Test Points
6.10 Test points Several test points of different shape and functionality is scattered around the SR5E1-EVBE7000P rev. C evaluation board to allow easy access to MCU and reference signals. This chapter summarizes and describes the available test points. Test points are listed and detailed in the following table: Table 43. - Page 34 Top layer - D4 TP54 P_Button_1 Top layer - D3 TP55 AIN_POS Top layer - A1 TP56 AIN_NEG Top layer - A1 1. Refer to the Figure 15. SR5E1-EVBE7000P rev. C - top layer. UM3104 - Rev 2 page 34/67...
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Page 35: Layout Overview
UM3104 Layout overview Layout overview Figure 15. SR5E1-EVBE7000P rev. C - top layer UM3104 - Rev 2 page 35/67... -
Page 36: Figure 16. Sr5E1-Evbe7000P Rev. C - Bottom Layer
UM3104 Layout overview Figure 16. SR5E1-EVBE7000P rev. C - bottom layer UM3104 - Rev 2 page 36/67... -
Page 37: Bom
Table 44. Bill of material Item Quantity Reference Value Footprint Description Manufacturer Manufacturer part number SMD Multilayer ceramic cap., KEMET - C1, C4, C7, C1206C106K3RACAUTO - C10, C13, C16, Keramik C19, C32, C35, CAP_SMD_X7R 10 µF C1210-B KEMET C1206C106K3RACAUTO vielschichtkondensator, SMD, C37, C39, C83, AEC-Q200, 10 µF, 25 V, C88, C90, C107... - Page 38 Item Quantity Reference Value Footprint Description Manufacturer Manufacturer part number C33, C36, C70, C73, C74, C80, C82, C89, C91, SMD multilayer ceramic cap. C92, C93, C98, automotive, TDK - C99, C105, CGA3E2X7R1H104K080AA. C108, C109, CAP_SMD_X7R 100 nF C0603-B CGA3E2X7R1H104K080AA - CERAMIC CAPACITOR, C110, C111, 0.1UF, 50V, X7R, 0603, FULL C113, C114,...
- Page 39 Item Quantity Reference Value Footprint Description Manufacturer Manufacturer part number Male strip 9x2 poles straight CONN_HDR_9X2 Port D HEADER 9X2 HARWIN gold plated Male strip 9x2 poles straight CONN_HDR_9X2 Port E HEADER 9X2 HARWIN gold plated Male strip 9x2 poles straight CONN_HDR_9X2 Port F HEADER 9X2...
- Page 40 Conn unshrouded header JP14, JP15, HDR 2 POS 2.54 mm solder JP16, JP19, Jumper 2.54_Open Open SIP2 TE connectivity 826646-2 ST thru-hole automotive JP24 carton L1, L2, L3, L4, L5, L6, L7, L8, 60 Ω at 100 L11, L12, L14, Inductor F0603...
- Page 41 Conn high speed fine pitch MICTOR MALE connector RCP 38 POS 2.54 AMP - TE Header 19X2 Header 19X2 2-5767004-2 767004-2 mm/0.64 mm solder ST thru- connectivity hole/SMD tube Conn unshrouded header Header 5 SAR1 SIP5 HDR 5 POS 2.54 mm solder...
- Page 42 1 row straight PCB header, solder termination, 3A Conn unshrouded header HDR 2 POS 2.54 mm solder Header 2 UART_3 SIP2 TE connectivity 826646-2 ST thru-hole automotive carton CONN HEADER VERT Header 4 SIP4 TE connectivity 826646-4 4POS 2.54MM MINI USB...
- Page 43 Item Quantity Reference Value Footprint Description Manufacturer Manufacturer part number R1, R2, R3, R4, R5, R6, R8, R10, R11, R12, R13, R19, R20, R21, R22, R23, R24, R25, R27, R29, R30, R31, SMD resistor, SMD resistor Yageo, VISHAY [no R33, R34, R35, Resistor_SMD 0 Ω...
- Page 44 Item Quantity Reference Value Footprint Description Manufacturer Manufacturer part number R57, R83, R84, RES SMD 4.7K Ω 1% 1/10W Resistor_SMD 4.7 kΩ R0603-RS Yageo RC0603FR-074K7L R88, R89 0603, SMD resistor RC series 0603 0.1 W 1.05 Resistor_SMD 1.05 kΩ R0603-RS kΩ...
- Page 45 Item Quantity Reference Value Footprint Description Manufacturer Manufacturer part number SB30, SB31, SB32, SB33, SB34, SB35, SB36, SB37, SB38, SB55, SB56, SB59, SB61, SB62, SB63, SB64, SB65, SB67, SB68, SB69, SB71, SB72, SB73, SB74, SB75, SB76, SB77, SB78, SB79, SB80, SB81, SB82, SB83, SB84, SB85, SB86,...
- Page 46 Item Quantity Reference Value Footprint Description Manufacturer Manufacturer part number SB92, SB93, SB94, SB95, SB97, SB98, SB99, SB100, SB101, SB103, SB104, SB105, SB106, SB107, Micro Solder Triple solder Micro solder jumper - three SB108, SB110, Micro Solder Jumper 3p Jumper 3p jump - micro poles SB111, SB112,...
- Page 47 Item Quantity Reference Value Footprint Description Manufacturer Manufacturer part number PCB ring test point - white TP12 Test Point TRACE_D3 SIP1 (drill 1.32 mm) PCB ring test point - white TP13 Test Point TRACE_D4 SIP1 (drill 1.32 mm) PCB ring test point - white TP14 Test Point TRACE_D5...
- Page 48 Item Quantity Reference Value Footprint Description Manufacturer Manufacturer part number PCB ring test point - white TP31 Test Point TIM16_GND SIP1 (drill 1.32 mm) PCB ring test point - white TP32 Test Point DACx_GND SIP1 (drill 1.32 mm) PCB ring test point - white TP33 Test Point DSPI_1_GND...
- Page 49 Item Quantity Reference Value Footprint Description Manufacturer Manufacturer part number PCB ring test point - white TP52 Test Point LED_1 SIP1 (drill 1.32 mm) PCB ring test point - white TP53 Test Point P_Button_0 SIP1 (drill 1.32 mm) PCB ring test point - white TP54 Test Point P_Button_1...
- Page 50 Item Quantity Reference Value Footprint Description Manufacturer Manufacturer part number Elbow receptacle for printed EPG.0B.304.HL EPG.0B.304.HL circuit (solder or screw J3, J10 EPG.0B.304.HLN fixing), key (G), 0B series, multipole type with 4 contacts MCP2542WFD- SO-8 - Can Fd transceiver / 8 Soic U5, U6 MCP2542WFD-H/SN H/SN...
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Page 51: Schematics
LOGO S T LOGO SAR3_AV SAR3_AV S E RIGRAFIA SAR4_AV SAR4_AV RAE E E1_IO connectors SAR5_AV SAR5_AV E1_IO connectors.SchDoc LOGO ST SERIGRAFIA LOGO RAEE DAC_OUT_AV DAC_OUT_AV Port PA_IO Port PA_IO SDADC_AV SDADC_AV Port PB_IO Port PB_IO Port PC_IO Port PC_IO... -
Page 52: Figure 18. Power Supply
Figure 18. Power supply SB41 Closed 0R_DNP TP40 TP41 TP42 Vbatt Vbatt JP17 12V_PSU 27uH Closed STPS340U 100uF 100n 100uF 100n DC-10A SPDT - SLITTA 220R STPS2L25U 220n SMAJ24A_DNP A7986A Sync FeedBack 1.05k 3V3: External PSU LD1086D2T50TR TP43 JP18 Input Output Closed 5V: ExtPSU... -
Page 53: Uc Psu
Figure 19. uC PSU HV_REFH_DAC VDD_HV_SD_DAC HV_REFL_DAC HV_REFH_DAC HV_REFL_DAC_COMP HV_REFH_DAC_COMP VSSA VSSA VDD_HV_SD_DAC VDD_HV_SD_DAC_COMP HV_REFH_SAR VDD_HV_SAR HV_REFH_SD 60Ω@100MHz HV_REFL_SAR HV_REFH_SAR 60Ω@100MHz HV_REFL_SAR HV_REFH_SAR VDD_HV_SAR 60Ω@100MHz VDD_HV_SAR VSSA 60Ω@100MHz VSSA VSSA VSSA HV_REFL_SD HV_REFH_SD HV_REFL_SD HV_REFH_SD 60Ω@100MHz VDD_HV_OSC VDD_HV_FLA 60Ω@100MHz VSS_HV_OSC VDD_HV_OSC 60Ω@100MHz VSS_HV_OSC... -
Page 54: Figure 20. Uc Gpio
Figure 20. uC GPIO Net Class ClassName: PortC Net Class ClassName: PortA SBx closed to the uController pins Port PC_IO Port PE_IO Port H_IO Port PA_IO Closed PC0_IO PA0 - TIM16_CH1 PC0 - SAR3_IN5 PC0_IO PE0 - HRTIM1_EEV6 PH0 - TIM3_CH3 PA1 - TIM16_CH1N PC1 - SAR_CAL1 PC1_IO... -
Page 55: Figure 21. Program And Debug
Figure 21. Program and debug 3 Male Pins (1-2) JP11 VDD_HV Default 1-2 ClassName: Trace Net Class VDD_HV SWD1 TRST JTRST TRACE_CK PF15 JCOMP PF15 - TRACE_CK TRACE_CK JTMS TRACE_D0 PF14 JTMS_SWDIO PF14 - TRACE_D0 TRACE_D0 JTCK TRACE_D1 PF13 JTCK_SWCLK PF13 - TRACE_D1 TP10 TRACE_D1 JTDO... -
Page 56: Figure 22. Analog And Timers
Figure 22. Analog and timers SAR1_IO TIM1 PB2_IO SAR1_1 PC15 TIM1_CH1 PC15 SAR1_1_IO TP18 TIM1_CH1 PB3_IO SAR1_2 PC14 TIM1_CH1N PC14 SAR1_2_IO SAR1_GND TIM1_CH1N PB4_IO SAR1_3 TIM1_CH2 TP19 SAR1_IO SAR1_3_IO TIM1_CH2 PB5_IO SAR1_4 TIM1_CH2N TIM1_GND SAR1_4_IO TIM1_CH2N PB6_IO SAR1_5 TIM1_CH3 SAR1_5_IO TIM1 TIM1_CH3 TIM1_CH3N... -
Page 57: Figure 23. Hr Timers And Communication
Figure 23. HR timers and communication Net Class TP33 ClassName: HRTIM1 DSPI_1 SPI1_MISO HRTIM1 SPI1_MISO DSPI_1_GND SPI1_MOSI HRTIM1_CHA1 SPI1_MOSI HRTIM1_CHA1 DSPI_1 SPI1_SCK HRTIM1_CHA2 SPI1_SCK HRTIM1_CHA2 SPI1_NSS HRTIM1_CHB1 SPI1_NSS HRTIM1_CHB1 HRTIM1_CHB2 HRTIM1_CHB2 DSPI_1 PD15 HRTIM1_CHC1 PD15 HRTIM1_CHC1 PD14 HRTIM1_CHC2 PD14 TP34 HRTIM1_CHC2 TP35 PD13... -
Page 58: Figure 24. Can-Fd
Figure 24. CAN-FD 100n 100n SB42 SB43 VDD_HV CAN_ 1_TT_FD 60Ω@100MHz Closed 60Ω@100MHz Closed TP44 JP19 CAN_1_L TP45 Open CAN_1_STBY CAN_1_L STBY CANL CAN_STBY JP20 JP21 CAN_1_TX Closed 60R4 Closed JP22 JP23 CAN_1_RX 100V Closed Closed 60R4 CAN_1_H DB9 Male 90° CANH CAN_1_FD CAN_1_H... -
Page 59: Figure 25. Usb To Uart
Figure 25. USB to UART VDD_HV 3V3_USB 3V3_USB VCCA VCCB USB_UART 3V3_USB JP29 TX_A_USB SB46 Closed PH14 3V3_USB VCCIO ADBUS0 UART_A_RX RX_A_USB SB47 Closed VCCIO ADBUS1 Closed SN74LVC1T45 R100 VCCIO ADBUS2 SB144 Open VCCIO ADBUS3 SB48 Closed ADBUS4 SB145 Open 1.8V V_CORE VCORE... -
Page 60: Figure 26. I/O User 1
Figure 26. I/O user 1 Port PA_IO Port PE_IO SB55 Closed Port PI_IO SB56 Closed SB57 Open SB58 Open SB59 Closed PA11 SB60 Open PE11 SB61 Closed PA11 PE11 PA13_IO PE13 SB62 Closed PA13_IO PE13 PA15_IO PE15 SB63 Closed Port PI_IO PA15_IO PE15 Port PA_IO... -
Page 61: Figure 27. Analog Validation
Figure 27. Analog validation Open SAR1_AV SAR1_1 SB92 SAR1_1_AV Open TP55 Open SAR1_2 SB93 AIN_POS SAR1_2_AV Open Open SAR1_3 SB94 SB96 Closed SAR1_AV SAR1_3_AV Open Open SAR1_4 SB95 SAR1_4_AV Open AIN_POS VSSA C124 Open SAR1_5 SB97 C125 SAR1_5_AV Open SB102 Open VSSA Open... -
Page 62: Revision History
UM3104 Revision history Table 45. Document revision history Date Revision Changes 22-Nov-2022 Initial release. 08-Feb-2024 Confidentiality level changed from ST restricted to public. UM3104 - Rev 2 page 62/67... -
Page 63: Table Of Contents
UM3104 Contents Contents Overview ................2 Supported devices . - Page 64 UM3104 Contents Probe connectors ............. 26 I/O user connectors.
- Page 65 UM3104 List of tables List of tables Table 1. Power configuration jumpers ............7 Table 2.
- Page 66 SR5E1-EVBE7000P rev. C - bottom overview........
- Page 67 ST’s terms and conditions of sale in place at the time of order acknowledgment. Purchasers are solely responsible for the choice, selection, and use of ST products and ST assumes no liability for application assistance or the design of purchasers’...
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