Freescale Semiconductor MPC5777C EVB User Manual Download Page 2 | Manualshive

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Freescale Semiconductor MPC5777C EVB User Manual Download Page 2

Freescale

2

Introduction

MPC5777C EVB User Guide, Rev. 0

1.1

Modular Concept

For maximum flexibility and simplicity, the EVB has been designed as a modular development platform.
The EVB main board does not contain an MCU. Instead, the MCU is fitted to an MCU daughter card
(occasionally referred to as an adapter board). This approach means that the same EVB platform can be
used for multiple packages and MCU derivatives within the MPC57xx family. High density connectors
provide the interface between the EVB and MCU daughter cards as shown

Figure

1

See

Section 4&5, “

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Summary of Contents for MPC5777C EVB

Page 1: ...e development At the time of writing this document the MPC57xx family consists of the 55nm powertrain and safety devices For the latest product information please speak to your Freescale representativ...

Page 2: ...VB main board does not contain an MCU Instead the MCU is fitted to an MCU daughter card occasionally referred to as an adapter board This approach means that the same EVB platform can be used for mult...

Page 3: ...rboard and standalone configurations NOTE For details on your specific daughter card please consult the instructions included with the daughter card 1 2 Daughter Card Availability A number of compatib...

Page 4: ...Freescale 4 Introduction MPC5777C EVB User Guide Rev 0 Configuration MPC5777C 416DS Daughter card Configuration MPC5777C 516DS Daughter card...

Page 5: ...to a dedicated third CAN module Variable resistor driving between 5 V and ground 4 user switches and 4 user LEDs freely connectable Liberal scattering of GND test points surface mount loops placed th...

Page 6: ...ernal power supply voltage of 12 V DC minimum 1 A This allows the EVB to be easily used in a vehicle if required The single input voltage is regulated on board using three switching regulators to prov...

Page 7: ...power management controller I O and peripherals 3 3V_SR 3 3 V switching regulator for Ethernet debug and I O 5V_LR 5 V linear regulator for ADC supply and reference All of the regulators have the opti...

Page 8: ...Configuration Motherboard MPC5777C EVB User Guide Rev 0 8 Freescale NOTE Not all the supported daughter card MCUs require all the supplies to be switched on Please refer to Section 4...

Page 9: ...orrectly LED D12 Indicates that the 3 3 V switching regulator is enabled and working correctly LED D13 Indicates that the 1 25 V switching regulator is enabled and working correctly If no LED is illum...

Page 10: ...the jumpers detailed in Table 2 need to be placed Table 2 CANcontroljumpers Jumper Label Description J23 CAN2_EN PHY U2 configuration 1 2 WAKE to GND 3 4 STB to 5V 5 6 EN to 5V J32 CAN2 1 2 PHY TX to...

Page 11: ...7 RS232 physical interface connector On default the RS232 interface is not enabled To enable the RS232 interface the user needs to place the jumpers detailed in Table 3 Table 3 RS232controljumpers Jum...

Page 12: ...y simply linking pins 1 and 2 of connector P3 using a 0 1 in jumper shunt Figure 9 LIN 4pin header interface connector By default the LIN interface is not enabled To enable the LIN interface the jumpe...

Page 13: ...or the addition of any custom circuitry There are four active low user LEDs D2 D3 D4 and D5 these are driven by connecting a logic 0 signal to the corresponding pin on 0 1in header P7 USER LEDS The LE...

Page 14: ...Configuration Motherboard MPC5777C EVB User Guide Rev 0 14 Freescale...

Page 15: ...ook Ground reference GND GT3 Hook Ground reference GND GT4 Hook Ground reference GND GT5 Hook Ground reference GND GT6 Hook Ground reference GND GT7 Hook Ground reference GND GT8 Hook Ground reference...

Page 16: ...SR TP15 Hook 5V_SR reference 5V_LR TP14 Hook 5V_LR reference 3 3V_SR TP16 Hook 3 3V_SR reference 1 25V_SR TP17 Hook 1 25V_SR reference FRA INH2 TP5 Pad Unused FRA INH1 TP1 Pad Unused FRA ERRN TP2 Pad...

Page 17: ...ach of the MPC5777C 416DS daughter card s functional blocks The daughter card has been designed with ease of use in mind and has been segmented into functional blocks as shown in Figure 10 Detailed si...

Page 18: ...rent MCU supplies are connected to the regulators on the Mother Board through the interface connector Also daughter card has option to connect MCU supplies to either Mother Board supplies or onboard r...

Page 19: ...ip low voltage detect External External External Supply Low GND External 3 3V supply External 3 3V supply External supplies except flash powered by internal regulator External Internal Regulator Exter...

Page 20: ...onnect VDDA_EQ J10 1 2 Connect VRH_EQ J14 Fast I O Pads supply selection VDDE2 1 2 Select 3 3V 2 3 Select 5V J15 RAM Standby supply selection VSTBY 1 3 Select 3 3V 5 3 Select GND 4 3 Select 5V J16 SMP...

Page 21: ...n the daughter card to enable use of the daughter card without the motherboard When power is applied to the Daughter Card from Motherboard or External Terminal input or PowerSBC with respective jumper...

Page 22: ...tion jumpers with PowerSBC Jumper Description Jumper Setting J1 3 3V Selection 1 2 3 3V from onboard Power SBC to MCU J2 5V Selection 1 2 5V from onboard Power SBC to MCU J5 ADC Analog Supply Selectio...

Page 23: ...motherboard it is required to connect the 5 0V_LR and the 5 0V_SR rail as mentioned in Table 10 in order for the microcontroller to come out of reset Power SBC has High Speed CAN Transceiver LIN Tran...

Page 24: ...n order to assert RESET from PowerSBC RSTOUT_B from MCU is connected with LED to indicate the individual reset situations Due to the existence of chip internal Low Voltage Detect LVD and High Voltage...

Page 25: ...re 15 Figure 15 40 MHz crystal circuit 4 4 JTAG Connector The EVB is fitted with 14 pin JTAG debug connector The Figure 16 shows the 14 pin JTAG connector pinout 0 1in keyed header Jumper J32 sets VDD...

Page 26: ...O3 16 EVTI_B 17 GND 18 EVTO_B 19 MCKO 20 RESET_B 21 MDO4 22 RST_OUT_B 23 GND 24 GND 25 MDO5 26 Test Point 27 MDO6 28 Test Point 29 GND 30 GND 31 MDO7 32 Test Point 33 MDO8 34 Test Point 35 GND 36 GND...

Page 27: ...MII mode the Daughter Card has the option to connect with an on board clock oscillator circuit For MII Lite mode the clock from the Ethernet Physical PHY interface on the Mother Board is available The...

Page 28: ...pheral Interface DSPI 4 9 Test points 416 Daughter Card MPC5777C 416DS Daughter card test points are listed and detailed in Table16 Table 16 Test points 416 daughter card Signal TP name Shape Descript...

Page 29: ...or ENGCLK JP13 Pin ENGCLK GND JP14 Pin Ground Reference 5 0V_SR JP15 Pin 5 0V Switching Regulator 3 3V_SR JP16 Pin 3 3V Switching Regulator 3 3V_SR JP17 Pin 3 3V Switching Regulator 4 10 Configuring t...

Page 30: ...ach of the MPC5777C 516DS daughter card s functional blocks The daughter card has been designed with ease of use in mind and has been segmented into functional blocks as shown in Figure 19 Detailed si...

Page 31: ...7 VDDPWR_ SEL J19 VDDPMC_ SEL J20 REGCTL_ SEL J513 1V25_SR_MB_ SEL LDO5V 2 3 GND OPEN Bypass caps 2 3 5V_SR 2 3 5V_SR 2 3 for LV Linear Regulator 3 4 for 1 25V_SR_OB1 LR SMPS5V 1 2 HIGH 5V OPEN Bypass...

Page 32: ...ator is enabled and working correctly LED D6 Indicates that the 3 3 V switching regulator is enabled and working correctly LED D7 Indicates that the 1 25 V switching regulator is enabled and working c...

Page 33: ...Select SBC 3 3V 2 3 Select SBC 5V J512 SBC Debug Mode Open Normal Operation Short Enters into Debug Mode at Start up J517 SPI Bus Selection from SBC Mother Board Connect Power SBC SPI to MCU 1 2 4 5 7...

Page 34: ...is connected to the mother board to reset peripherals and RST_B from PowerSBC is connected to MCU RESET_B via jumper in order to assert RESET from PowerSBC RSTOUT_B from MCU is connected with LED to i...

Page 35: ...Configuration Daughter Cards MPC5777C EVB User Guide Rev 0 35 Freescale Table 20...

Page 36: ...ct to RESET_B 5 3 MCU External Clock Circuit In addition to the internal 16 MHz oscillator the MCU can also be clocked by external oscillator Y1 The clock circuitry for the 40 MHz crystal is shown in...

Page 37: ...Configuration Daughter Cards MPC5777C EVB User Guide Rev 0 37 Freescale Table 21 Figure 22 JTAG connector point...

Page 38: ...on device Table 22 TraceConnectorPinout Pin No Function Pin No Function 1 MSEO0_B 2 3 3V_SR 3 MSEO1_B 4 TCK 5 GND 6 TMS 7 MDO0 8 TDI 9 MDO1 10 TDO 11 GND 12 JCOMP 13 MDO2 14 RDY 15 MDO3 16 EVTI_B 17 G...

Page 39: ...d Also in order to support Reduced Media Independent Interface RMII mode the Daughter Card has the option to connect with an on board clock oscillator circuit For MII Lite mode the clock from the Ethe...

Page 40: ...e 24 FEC Interface Jumper Details Jumper Description Jumper Setting J4 SRAM Chip Select 1 2 D_CS0 from MCU 2 3 D_CS1 from MCU Figure 24 EBI SRAM Interface 5 9 MCU Interfaces with Mother Board The Sign...

Page 41: ...ddress strobe from MCU to SRAM 5V_LR TP14 Hook 5V linear regulator ZZ TP15 Hook Sleep input of SRAM RST_OUT_B TP16 Pad Reset out of U4 J23 26 TP17 Pad NEXUS connection J23 26 J23 28 TP18 Pad NEXUS con...

Page 42: ...Card for Standalone Use It is possible to use the daughter cards without the motherboard to run code on the microcontroller Power to the daughter cards must be supplied through the terminal power con...

Page 43: ...rd shows the corresponding motherboard connections to the interface connectors like power supply connections and user area port pins Ground signals are not listed here A solid ground connection is ach...

Page 44: ...CAN_RXD 33 33 PC8 MB_CAN_TXD 34 34 PC9 PCSA4 35 35 PC10 x 36 36 PC11 FEC_RDX0 37 37 PC12 FEC_RDX1 38 38 PC13 FEC_TX_EN 39 39 PC14 FEC_TXD0 40 40 PC15 3 3_SR_MB 41 41 3 3V_SR 3 3_SR_MB 42 42 3 3V_SR 3...

Page 45: ...x 75 75 PG10 x 76 76 PG11 x 77 77 PG12 x 78 78 PG13 CNRXD 79 79 PG14 EMIOS0 80 80 PG15 5 0V_SR_MB 81 81 5 0V_SR 5 0V_SR_MB 82 82 5 0V_SR 5 0V_SR_MB 83 83 5 0V_SR 5 0V_SR_MB 84 84 5 0V_SR EMIOS1 85 85...

Page 46: ...IOS28 116 116 PK11 EMIOS29 117 117 PK12 EMIOS30 118 118 PK13 PK_14 119 119 PK14 PCSB2 120 120 PK15 connector IDs J501B J56B 5 0V_LR 121 121 5 0V_LR 5 0V_LR 122 122 5 0V_LR 5 0V_LR 123 123 5 0V_LR 5 0V...

Page 47: ...6 PO11 x 157 157 PO12 x 158 158 PO13 x 159 159 PO14 ANA0_SDA0 160 160 PO15 1 25_SR_MB 161 161 1 25V_SR 1 25_SR_MB 162 162 1 25V_SR 1 25_SR_MB 163 163 1 25V_SR 1 25_SR_MB 164 164 1 25V_SR ANA1_SDA1 165...

Page 48: ...198 PS13 AN31 199 199 PS14 AN32 200 200 PS15 3 3V_SR_MB 201 201 3 3V_SR 3 3V_SR_MB 202 202 3 3V_SR 3 3V_SR_MB 203 203 3 3V_SR 3 3V_SR_MB 204 204 3 3V_SR AN33 205 205 PU0 AN34 206 206 PU1 AN35 207 207...

Page 49: ...PW11 ANB21 237 237 PW12 ANB22 238 238 PW13 ANB23 239 239 PW14 SENT2_A 240 240 PW15 Connector IDs J500A J43A 5 0V_LR 120 120 5 0V_LR 5 0V_LR 119 119 5 0V_LR 5 0V_LR 118 118 5 0V_LR 5 0V_LR 117 117 5 0V...

Page 50: ...ETPUA29 84 84 PP12 ETPUA28 83 83 PP13 ETPUA31 82 82 PP14 ETPUA30 81 81 PP15 1 25_SR_MB 80 80 1 25V_SR 1 25_SR_MB 79 79 1 25V_SR 1 25_SR_MB 78 78 1 25V_SR 1 25_SR_MB 77 77 1 25V_SR ETPUB1 76 76 PR0 ET...

Page 51: ...ETPUB31 42 42 PT14 ETPUB30 41 41 PT15 3 3V_SR_MB 40 40 3 3V_SR 3 3V_SR_MB 39 39 3 3V_SR 3 3V_SR_MB 38 38 3 3V_SR 3 3V_SR_MB 37 37 3 3V_SR ETPUC1 36 36 PV0 ETPUC0 35 35 PV1 ETPUC3 34 34 PV2 ETPUC2 33...

Page 52: ...4 PX12 ETPUC28 3 3 PX13 ETPUC31 2 2 PX14 ETPUC30 1 1 PX15 Connector IDs J500B J43B 1 25V_SR_MB 240 240 1 25_SR 1 25V_SR_MB 239 239 1 25_SR 1 25V_SR_MB 238 238 1 25_SR 1 25V_SR_MB 237 237 1 25_SR x 23...

Page 53: ...4 PD12 x 203 203 PD13 TXDC 202 202 PD14 RXDC 201 201 PD15 3 3V_SR_MB 200 200 3 3V_SR 3 3V_SR_MB 199 199 3 3V_SR 3 3V_SR_MB 198 198 3 3V_SR 3 3V_SR_MB 197 197 3 3V_SR x 196 196 PF0 x 195 195 PF1 x 194...

Page 54: ...PH11 x 164 164 PH12 x 163 163 PH13 x 162 162 PH14 x 161 161 PH15 3 3V_SR_MB 160 160 3 3V_SR 3 3V_SR_MB 159 159 3 3V_SR 3 3V_SR_MB 158 158 3 3V_SR 3 3V_SR_MB 157 157 3 3V_SR x 156 156 PJ0 x 155 155 PJ...

Page 55: ...r peripherals like communication interfaces Table27shows what port pins are used for peripherals on the motherboard Table 27 Port pins alternate function on motherboard Port Pin Function Port Pin Func...

Page 56: ...which jumpers are on off on delivery of the board Table 29 Default Jumper Table Motherboard Jumper Default PCB Legend Description J8 On MASTER LIN Master Slave select J9 On CAP A DIS Disable capacitor...

Page 57: ...2 Ethernet signal RXER_MDIXEN J25 On SCI PWR 1 2 SCI PHY power on J26 On 1 2 Ethernet signal RXDV_MIIMODE J27 On FR A 1 2 PHY U4 TX to MCU 3 4 PHY U4 TXEN to MCU 5 6 PHY U4 RX to MCU J28 On FR A PHY...

Page 58: ...t signal COL_PHYAD0 J45 On Ethernet signal TXEN J46 On Ethernet signal TXCLK J47 On Ethernet signal TXD0 J48 On Ethernet signal TXD1 J49 On Ethernet signal TXD2 J50 On Ethernet signal TXD3_SNIMODE J51...

Page 59: ...Controller Area Network EBI External Bus Interface ESR0 External signal reset EVB Evaluation Board FEC Fast Ethernet controller module GND Ground HV High voltage 3 3V and or 5V LED Light emitting dio...

Page 60: ...or circuit and specifically disclaims any and all liability including without limitation consequential or incidental damages Typical parameters that may be provided in Freescale data sheets and or spe...

Page 61: ...Mouser Electronics Authorized Distributor Click to View Pricing Inventory Delivery Lifecycle Information NXP MPC5775BE 416DS MPC5777C 416DS MPC5777C 516DS...

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