Table of Contents
Advertisement
Quick Links
Advertisement
Table of Contents
Subscribe to Our Youtube Channel
Related Manuals for NXP Semiconductors S32M276SFFRD
Summary of Contents for NXP Semiconductors S32M276SFFRD
- Page 1 S32M276SFFRD Reference Design Board for S32M27x CAN MCUs Hardware User Manual...
-
Page 2: Table Of Contents
S32M276SFFRD – VDDC_MCU ........................9 S32M276SFFRD – V11 ..........................10 S32M276SFFRD – V25 ..........................11 S32M276SFFRD – VREFH ..........................11 S32M276SFFRD – Programming and Debug Interface ................. 12 S32M276SFFRD – RESET Switch ....................... 12 S32M276SFFRD – JTAG ..........................13 S32M276SFFRD – LPUART ..........................14 S32M276SFFRD –... -
Page 3: Definitions, Acronyms, And Abbreviations
S32M276SFFRD HWUM NXP Semiconductors S32M276SFFRD - Hardware User Manual 2 Definitions, Acronyms, and Abbreviations The following list defines the abbreviations used in this document. Boost Counter with CBC MAC (Cipher block chaining message authentication code) CMOS Complementary Metal Oxide Semiconductor. -
Page 4: S32M276Sffrd - Block Diagram
VSSX CANH VSSC CONNECTOR CANL VSSA Figure 1. S32M276SFFRD – Block diagram S32M276SFFRD HWUM All Information provided in this document is subject to legal disclaimers © NXP B.V. 2023. All rights reserved REV A – 08/2024 NXP Semiconductors Page 4 of 23... -
Page 5: S32M276Sffrd - Features
Figure 2. S32M276SFFRD – Features IMPORTANT • Before supply the S32M276SFFRD board is used or power is applied, please fully read this user manual. An incorrect configuration in the board may cause a irreparable damage on the component, MCU or entire board. S32M276SFFRD HWUM All Information provided in this document is subject to legal disclaimers ©... -
Page 6: S32M276Sffrd - Default Configuration
S32M276SFFRD HWUM NXP Semiconductors S32M276SFFRD - Hardware User Manual 5 S32M276SFFRD – Default Configuration Table 1. S32M276SFFRD - Default Configuration Interface S32M276SFFRD Reference / Default Description/Comment Signal Configuration ● S32M276C MCU Based on an 120 MHz Arm ® Cortex ® - M7 with single-precision... -
Page 7: S32M276Sffrd - Power Supply
SiP, it supplies the internal power needed trough VSUP and VPRE using the aforementioned 12V supply. This further reduces the bill of materials and saves space. 6.1 S32M276SFFRD – Main Power Supply Figure 3. S32M276SFFRD – Main power supply input Table 2. Main power supply connector Connector... - Page 8 VPRE is generated using the Gate Control pin to reduce the VSUP voltage to 6 volts and thus supply VPRE pin as shown in the Figure 5 Figure 5. S32M276SFFRD – MCU Power Supply Input VSUP S32M276SFFRD HWUM All Information provided in this document is subject to legal disclaimers ©...
-
Page 9: S32M276Sffrd - Vdd_Hv_A
PCB. The values of the decoupling and bulk capacitors are descripted in the Table 3 Figure 6. S32M276SFFRD – VDD_HV_A power supply 6.3 S32M276SFFRD – VDDC_MCU VDDC is CAN supply pin whose voltage is generated by internal voltage regulator from VPRE which can be enabled or disabled to decrease power consumption, this voltage is typically 5V. -
Page 10: S32M276Sffrd - V11
S32M276SFFRD HWUM NXP Semiconductors S32M276SFFRD - Hardware User Manual Figure 7. S32M276SFFRD – VDDC_MCU 6.4 S32M276SFFRD – V11 The V11 power pins must be shorted together externally on their voltage domain. Appropriate bulk/bypass and decoupling capacitors should be used to filter noise on the supply. Those pins are the core and logic supply. -
Page 11: S32M276Sffrd - V25
S32M276SFFRD HWUM NXP Semiconductors S32M276SFFRD - Hardware User Manual 6.5 S32M276SFFRD – V25 V25 pin supplies the flash memory and (via double bond) the clock modules, this voltage is internally generated from VDD_HV_A. Figure 9. S32M276SFFRD – V25 6.6 S32M276SFFRD – VREFH The Reference Voltage High (VREFH) should be connected to the same voltage as VDD or may be driven by an external source to a level between the minimum VREFH and the VDDA potential (VDDA + 0.1V and VDD + 0.1 V, or VDD_HV_A + 0.1V). -
Page 12: S32M276Sffrd - Programming And Debug Interface
Bulk Capacitor X7R / X8R Ceramic 4.7uF - 2.2uF 7 S32M276SFFRD – Programming and Debug Interface 7.1 S32M276SFFRD – RESET Switch The RESET switch [SW1] provides an input signal for manual RESET. The S32M276 MCU will drive the RESET signal to reset the board peripherals. -
Page 13: S32M276Sffrd - Jtag
7.2 S32M276SFFRD – JTAG The S32M276SFFRD incorporates JTAG connectors to program the MCU using a PE Multilink Universal FX Debug Probe which allows the user control the target’s execution, read/write registers and memory values, debug code on the processor, and program internal or external FLASH memory devices. -
Page 14: S32M276Sffrd - Lpuart
UART communication of this MCU and use NXP FreeMaster Tool. To see more details about the pins of this connector consult the Table 5. Figure 13. S32M276SFFRD – LPUART Connector S32M276SFFRD HWUM All Information provided in this document is subject to legal disclaimers ©... -
Page 15: S32M276Sffrd - Can Interface
S32M276SFFRD HWUM NXP Semiconductors S32M276SFFRD - Hardware User Manual LPUART HDR 3x1 VDD_MCU R652 R651 PTC2 SILK = UART PTC3 JUMPER(Default) = Open HDR 1X3 1000pF 1000pF 0402 0402 Figure 14. LPUART connection Table 5. UART Interface – Connector Connector... - Page 16 S32M276SFFRD HWUM NXP Semiconductors S32M276SFFRD - Hardware User Manual Figure 15. S32M276SFFRD – CAN Connector R146 60.4 TP40 TP41 R201 S32M276_CANH SILK = CAN0_OUT S32M276_CANL ACT45B-101-2P-TL003 JUMPER(Default) = Open 4700pF HDR 1X3 R145 R200 60.4 PESD2CANFD24L-TR Figure 16. S32M276SFFRD – CAN Interface Table 6.
-
Page 17: S32M276Sffrd - Motor Control Interface
NXP Semiconductors S32M276SFFRD - Hardware User Manual 10 S32M276SFFRD – Motor Control Interface Another feature of the S32M276 MCU is the GDU which provides pre-drivers to control three-phase DC motor via external FETs. In order to support this control, it includes a charge pump and boost converter. The above replace a bootstrap circuit for gate driving. -
Page 18: S32M276Sffrd - Dpga
S32M276SFFRD HWUM NXP Semiconductors S32M276SFFRD - Hardware User Manual Figure 18. S32M276SFFRD – Phase Connectors Table 7. Phase Connectors Interface Connector Circuit/ Reference Signal/Connection Interface Phase PHASE A connectors PHASE B PHASE C 10.2 S32M276SFFRD – DPGA A Digital Programmable Gain Amplifier is integrated into the S32M2XX microcontroller for low-side current measurements. The interface consists of one digital programmable current sense amplifier with internal gain settings, blanking time counter and over-currents comparator. -
Page 19: S32M276Sffrd - Encoder Connector
(specifically the one corresponding to the PTD1 pin) as an GPIO, ADC, EIRQ or another feature that include this pin and would be used by the user . Figure 20. S32M276SFFRD – Encoder connector S32M276SFFRD HWUM All Information provided in this document is subject to legal disclaimers ©... -
Page 20: S32M276Sffrd - User Led Rgb
PTE11 SILK = ENCOD_MOTOR PTD0 PTD1 470pF 470pF 470pF 470pF Figure 21. S32M276SFFRD – MCU pins connected to the Encoder connector Table 8. MCU pins connected to the Encoder connector Connector Reference Circuit/ Signal / Connection Pin feature Interface Number... -
Page 21: S32M276Sffrd - Test Points
Certain test-points are added to voltage or critical signals on the board in order to test them in a simple way. Additionally in order to get access to all the pins of the MCU, in the pins that wasn’t required for the application a some test points were to enable that pins. Table 10. S32M276SFFRD – Measurement test points Test-point... -
Page 22: S32M276Sffrd - Revision History
S32M276SFFRD HWUM NXP Semiconductors S32M276SFFRD - Hardware User Manual TP47 PTD16 Test point to get access to PTD16 pin of the MCU TP48 PTE6 Test point to get access to PTE6 pin of the MCU TP49 Test point to get access to HVI pin of the MCU... -
Page 23: Legal Information
NXP Semiconductors products in order to included in a draft version of a document and shall have no avoid a default of the applications and the products or of the liability for the consequences of use of such information application or use by customer’s third-party customer(s).
Need help?
Do you have a question about the S32M276SFFRD and is the answer not in the manual?
Questions and answers