Freescale Semiconductor S12 MagniV TRK-S12ZVH128 User manual

TRK-S12ZVH128
S12 MagniV MCU for Automotive
Instrument Cluster Applications
Quick Start Guide
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Quick Start Guide
2 3
Get to Know the TRK-S12ZVH128
OSBDM
Bootloader
Mode Enable
LIN Interface Speaker CAN Interface
User Buttons
Potentiometer Potentiometer
Enable
I2C Header
SPI Header
S12ZVH128
MCU
Stepper Motor
Headers
User LEDs
SCI Interface
Power
Connector
Power Switch
USB
Program/Debug
Reset Button
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Quick Start Guide for TWRPI-MMA845xQQuick Start Guide
4 5
TRK-S12ZVH128
Introduction and Default Settings
The TRK-S12ZVH128 features the
S12ZVH128 MCU, an automotive 16-bit
MCU for instrument cluster applications.
The S12ZVH128 MCU integrates an
S12Z CPU, a CAN physical interface,
a 5 V regulator system to supply the
MCU, four low-power stepper motor
drivers and an LCD controller on-chip.
The TRK-S12ZVH128 board includes
an on-board OSBDM programmer,
a custom 160-segment LCD, CAN
connector (attached to the internal CAN
transceiver), a LIN physical transceiver
as well as an SCI physical transceiver.
The board also features a speaker and
dedicated headers for four low-power
stepper motors.
This guide will show how to quickly
connect the board to a host PC and
execute a demonstration application
preloaded in to the flash memory.
Default jumper positions of the
TRK-S12ZVH128 board are shown
in the figure.
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Quick Start Guide
6 7
Software Tools Installation
Install CodeWarrior
Development Studio
Freescale’s CodeWarrior for MCUs
integrates the development tools
for several architectures, including
the S12Z architecture, into a single
product based on the Eclipse open
development platform. Eclipse offers
an excellent framework for building
software development environments and
is a standard framework used by many
embedded software vendors.
The latest version of CodeWarrior for
MCUs (Eclipse IDE) can be downloaded
from freescale.com/CodeWarrior.
Launch the Demo
Program
The DVD contains a CodeWarrior project
to exercise the different modules of the
S12ZVH MCU family, including the ADC,
TIM, LCD, key interrupts, SCI and CAN
modules.
21
Jumper Default Configuration
Jumper Setting Description
J2 1-2 Potentiometer enabled
J8 1-2 Switch 1 enabled
J10 1-2 Switch 2 enabled
J11 2-3 Switch signals high when pressed (5 V)
J12 1-2 Switch signals pulled down
J14 1-2 Switch 3 enabled
J15 1-2 Switch 4 enabled
J16 1-2 Connect VDDX to its ballast transistor output
J17 1-2 Connect VDDX to VDDA
J18 1-2
Connect VSUP to VBATT
J19 1-2 Connect the SPLIT pin to the CAN bus
J20 1-2 Connect VDDX to VDDM
J22 1-2 Connect VDDX to VDD5V (5 V supply for the rest of the board peripherals)
J24 1-2 Connect the CAN termination resistors to the CAN bus
J26 1-2 Connect VDDX to VLCD
J28 1-2 Connect VDDC to its ballast transistor output
J33 1-2 Power the speaker amplification circuit
J34 1-2 LED PP3 enabled
J35 2-3 Speaker amplitude controlled by SGT pin
J36 1-2 SCI physical transceiver enable
J37 2-3 MCU SCI module connected to SCI transceiver
J38 1-2 MCU SCI module connected to SCI transceiver
J39 1-2 LED PP2 enabled
J41 1-2 Speaker tone control enabled
J42 1-2 LED PP1 enabled
J43 1-2 LIN transceiver enabled
J44 1-2 LED PP0 enabled
TRK-S12ZVH128
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Quick Start Guide for TWRPI-MMA845xQQuick Start Guide
8
Jumper Description
J2 Potentiometer enable
Closing this jumper connects the potentiometer signal to an ADC channel
J8 Switch 1 enable
Closing this jumper connects the SW to the MCU
J10 Switch 2 enable
Closing this jumper connects the SW to the MCU
J11
Switch supply selector
Pins 1-2 closed: Switches connect to GND when pressed
Pins 2-3 closed: Switches connect to 5 V when pressed
J12
Switch pull direction selector
Pins 1-2 closed: Switches have pull-down resistors
Pins 2-3 closed: Switches have pull-up resistors
J14 Switch 3 enable
Closing this jumper connects the SW to the MCU
J15 Switch 4 enable
Closing this jumper connects the SW to the MCU
J16 VDDX ballast transistor to VDDX
Closing this jumper connects the VDDX ballast transistor output to the VDDX power bus
J17 Connect VDDX to VDDA
Closing this jumper connects VDDX to VDDA
J18 Connect VSUP to VBATT
Closing this jumper connects the 12 V input (VBATT) to the MCU (VSUP)
J19 SPLIT
Closing this jumper connects the SPLIT pin to the CAN bus
J20 Connect VDDX to VDDM
Closing this jumper connects VDDX to VDDM
J22 Connect VDDX to VDD5V
Closing this jumper connects VDDX to VDD5V (5 V power supply to other on-board peripherals)
J24 CAN termination
Closing this jumper connects the CAN termination resistors to the CAN bus
Jumper Description
J26 Connect VDDX to VLCD
Closing this jumper connects VDDX to VLCD
J28 VDDC ballast transistor to VDDC
Closing this jumper connects the VDDC ballast transistor output to the VDDC power bus
J33 Speaker power
Closing this jumper powers the speaker amplification circuit
J34 LED PP3 enable
Closing this jumper connects the LED to the MCU
J35
Speaker amplitude control selector
Pins 1-2 closed: Speaker amplitude controlled by SGA pin
Pins 2-3 closed: Speaker amplitude is fixed to 5 V (volume is controlled by SGT pin)
J36 SCI transceiver power
Closing this jumper powers the SCI transceiver circuit
J37
SCI TX Selector
Pins 1-2 closed: MCU SCI TX pin is connected to the virtual SCI module (via OSBDM)
Pins 2-3 closed: MCU SCI TX pin is connected to SCI transceiver
J38
SCI RX Selector
Pins 1-2 closed: MCU SCI RX pin is connected to SCI transceiver
Pins 2-3 closed: MCU SCI RX pin is connected to the virtual SCI module (via OSBDM)
J39 LED PP2 enable
Closing this jumper connects the LED to the MCU
J40
OSBDM operating mode selector
Pins 1-2 open: OSBDM in normal mode, programming and debugging capable
Pins 1-2 closed: OSBDM on bootloader mode, only used for firmware update
J41 Speaker tone control enable
Closing this jumper connects speaker amplifier to the MCU
J42 LED PP1 enable
Closing this jumper connects the LED to the MCU
J43 LIN transceiver power
Closing this jumper powers the LIN transceiver
J44 LED PP0 enable
Closing this jumper connects the LED to the MCU
Jumper List and Description Jumper List and Description, cont.
TRK-S12ZVH128
9
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Quick Start Guide for TWRPI-MMA845xQQuick Start Guide
10 11
Peripheral ListHeaders and Connectors List
Header/
Connector Description
J1 GPIO header (LCD replacement option), ports A, D and F
J3 GPIO header, port AD
J4 I
2
C header
J5 GPIO header (LCD replacement option), ports B, H, G and F
J6 Extended debug lines
J7 GPIO header, ports T and S
J9 SPI header
J13 Main power barrel connector (up to 18 V)
J21 Stepper motor 0 header
J23
Stepper motor 1 header
J25 GPIO header, ports P and C
J27 Stepper motor 2 header
J29 Stepper motor 3 header
J30 S12ZVH128 BDM port (external program and debug interface)—Main MCU
J31 S08JM60 BDM port (external program and debug interface)—OSBDM MCU
J32 OSBDM USB port for programming and debugging the main MCU
J45 LIN connector (not populated)
J46 LIN connector
J47 CAN connector
J48 SCI connector
Peripheral ID
MCU
Port Description
Potentiometer R3 AD0 Potentiometer connected to ADC channel 0
LED
D9 P0 Blue LED connected to port P0
D8 P1 Blue LED connected to port P1
D7 P2 Blue LED connected to port P2
D6 P3 Blue LED connected to port P3
D1 - VBATT LED, ON when voltage is applied to the board
D3 - MCU PWR LED, ON when the MCU is regulating the input
voltage to 5 V
D4 - OSBDM PWR LED, ON when OSBDM is successfully
enumerated as USB device
Button
SW1 T3 Switch connected to port T3
SW2 T2 Switch connected to port T2
SW3 T1 Switch connected to port T1
SW4 T0 Switch connected to port T0
SW6 - Reset switch
TRK-S12ZVH128
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Quick Start GuideQuick Start Guide
Support
Visit freescale.com/support for a list of phone
numbers within your region.
Warranty
Visit freescale.com/warranty for complete
warranty information.
Quick Start Guide
For more information, visit
freescale.com/TRK-S12ZVH128
Freescale, the Freescale logo and Qorivva are trademarks of Freescale
semiconductor, Inc., Reg. U.S. Pat. & Tm. Off. MagniV is a trademark of
Freescale Semiconductor, Inc. All other product or service names are the
property of their respective owners.
© 2012, 2013 Freescale Semiconductor, Inc.
Doc Number: TRKS12ZVH128QSG REV 0
Agile Number: 926-78789 REV 0
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