NXP Semiconductors MPC5775E-EVB User manual

Quick Start Guide
MPC5775E-EVB and MPC5775B-EVB
NXP evaluation boards for inverter and battery
management applications.

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GET TO KNOW THE MPC5775E-EVB BOARD
Quick Start Guide
Figure 1: Front side of MPC5775E-EVB
AnalogAnalog
InputsInputs
OpenSDAOpenSDA
UARTUART
SDA BootSDA Boot
JTAGJTAG
EthernetEthernet
TJA1100TJA1100
RESETRESET UserUser
LEDLED
DSPIDSPI
12 V12 V
Power InPower In
CANCAN
CANCAN
LINLIN
Power LEDPower LED
eMIOS/IOeMIOS/IO
eTPU/IOeTPU/IO
MC33FS6520MC33FS6520
MotorMotor
Control EdgeControl Edge
ConnectorConnector

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GET TO KNOW THE MPC5775B-EVB BOARD
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Figure 2: Front side of MPC5775B-EVB
AnalogAnalog
InputsInputs
OpenSDAOpenSDA
UARTUART
SDA BootSDA Boot
JTAGJTAG
EthernetEthernet
TJA1100TJA1100
RESETRESET UserUser
LEDLED
DSPIDSPI
12 V12 V
Power InPower In
CANCAN
CANCAN
LINLIN
Power LEDPower LED
eMIOS/IOeMIOS/IO
eTPU/IOeTPU/IO
MC33FS6520MC33FS6520
MotorMotor
Control EdgeControl Edge
ConnectorConnector

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Quick Start Guide
FEATURES OF THE MPC5775E-EVB AND MPC5775B-EVB BOARDS
• SPC5775B (MPC5775B-EVB) or
SPC5775E (MPC5775E-EVB) silicon
• Requires 12 V external DC power
supply (included in kit)
• MC33FS6520LAE system basis chip
(SBC) for the board power supply
• SBC CAN physical interface (selectable
[J48/J50] between FlexCAND/
MCAN1 [GPIO246 and GPIO247] or
FLEXCANC [GPIO87 and GPIO88])
• Option to select CAN termination (J49)
• SBC LIN physical interface connected
to RXDC/TXDC (J51/J54 connected by
default).
• Master or slave mode supported (J52
V
SUP
connection)
• TJA1145T/CAN FD physical interface
(selectable between FlexCANA/
MCAN0 GPIO83 and GPIO84] and
FlexCANB [GPIO85 and GPIO86])
• TJA1100 automotive Ethernet PHY
(physical interface)
• Debug selectable between external
debug connection via JTAG or
onboard OpenSDA (JTAG to USB
interface)
• eMIOS header pins, ADC header pins
and DSPI header pins
• MPC5775B-EVB only: MC33664
battery management system (BMS)
interface
• MPC5775E-EVB only: eTPU header
pins and motor control connector (x
PCIe
®
style edge connector)

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HARDWARE INCLUDED IN THE PACKAGE
1. One MPC5775E-EVB or MPC5775B-EVB
2. One 12 V Power supply
3. One micro USB cable
4. Standoffs

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Quick Start Guide
STEP-BY-STEP INSTRUCTIONS FOR OUT OF BOX EXPERIENCE
1Download
Software
Download installation software and
documentation under “Jump Start
Your Design” at
nxp.com/MPC5775E-EVB
nxp.com/MPC5775B-EVB
2Connect the USB
Serial Cable
Connect the micro USB cable to J116
micro USB port.
Install the driver, if necessary, in order
to make the COM port available as an
OpenSDA port, which can be checked
under “COM & LPT Ports” in Device
Manager.
If the driver is available, user will be able
to see the “OpenSDA – CDC Serial
Port.” Go to step 4.
Driver download link: http://www.
pemicro.com/opensda/
3To Install OpenSDA
Driver Manually
Go to the Device Manager and right-
click the COM port detected and select
Update Driver Software. Select Browse
My Computer for driver software and
select the OpenSDA driver that has been
downloaded.
Driver download link: http://www.
pemicro.com/opensda/
4Setup Tera
Term Console
Open Tera Term on Windows
®
PC. Select
the serial port to which the micro USB of
the development board is connected and
click OK. Go to Setup>Serial Port and
select 19200 as the baud rate.

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STEP-BY-STEP INSTRUCTIONS CONTINUED
5Connect the
Power Supply
Connect power supply to power socket
and micro USB cable to micro USB port
on the development board. Make sure
the status LEDs D14, D15, D16 and D32
for voltage levels 3.3 V, 5 V, 1.25 V and
12 V supply respectively are glowing
green on the board.
6Reset the
Board
After resetting the board by pressing the
Reset button (SW1), user will be able to
see the following welcome message on
the terminal.
7Run Your First
Example Project
Refer to the next slides.

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Quick Start Guide
SOFTWARE AND TOOL SUPPORT
Software tools available:
• S32 Design studio for PowerPC from NXP
– Download and install the NXP S32 Design Studio IDE
– Built-in example codes available for many NXP power architecture products
Debug tools available:
• Onboard Open-SDA using micro USB (default)
• Support Lauterbach, GHS and PE micro tools via JTAG interface
Note: To use JTAG, user need to change the jumper configuration of J119

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HOW TO RUN YOUR FIRST HELLO WORLD PROGRAM
Board configuration for the project
Connect J125-pin 2 to user LED header JP6-pin 2 with jumper wire.
LED header JP6
PIN DESCRIPTION
15 V
2LED D20
3LED D21
4LED D22
5LED D23
6GND

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Quick Start Guide
HOW TO RUN YOUR FIRST HELLO WORLD PROGRAM CONTINUED
1. Run Design Studio for Power Architecture
®
.
2. Make or select a workspace then Click “OK”.
3. Start a “New” -> “S32DS Project from Example” from the File menu.