NXP Semiconductors TWR-KM35Z75M User manual

Quick Start Guide
TWR-KM35Z75M
TOWER SYSTEM DEVELOPMENT PLATFORM
Tower System for KM35Zx Family of MCUs
Power-Efficient, 75 MHz Arm®Cortex®-M0+ Based MCUs

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GET TO KNOW THE TWR-KM35Z75M
Quick Start Guide
Figure 1: Front side of TWR-KM35Z75M board
DS1 Segment
LCD
J27 Power/
OpenSDA
Micro USB
J26 K20 JTAG
Header
SW4 Reset Button
D2 Yellow LED
J31 PWM Header
SW1
J23 TWRPI
J22 TWRPI
SW3
J25 GPIO
Header
U12
MKM35Z512VLQ7
J24 KM35 SWD
D3/D4/D5 LEDs
IRDA
SW2
U5
Accelerometer
MMA8451Q

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GET TO KNOW THE TWR-KM35Z75M
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Figure 2: Back side of TWR-KM35Z75M board
TWR-KM35Z75M
Tower System Development Platform
The TWR-KM35Z75M board is designed to work either in standalone mode or as part
of the NXP Tower System, a modular development board platform that enables rapid
prototyping and tool re-use through reconfigurable hardware. Begin constructing your
Tower System evaluation board platform today by visiting www.nxp.com/Tower for
additional Tower System boards and compatible peripherals.
DS1 Segment
LCD
SW3
J25 GPIO
Header
D3/D4/D5 LEDs
IRDA
SW2
U6 K20
OpenSDA
R21
Potentiometer
Battery
Receptacle
U4 SPI NOR
Flash

FEATURES
Quick Start Guide
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• Tower-compatible microcontroller
module
• KM35Z512VLQ7 MCU (75 MHz, 512 KB
Flash, 64 KB RAM, low power, LQFP144
package)
• USB interface with micro-B USB
connector
• Large 160-segment glass LCD
• On-board debug circuit: Open source
SWD (OpenSDA) with virtual serial port
• Three-axis accelerometer/anti tamper
tilt sensor (MMA8451Q)
• Three user-controllable LEDs
• Two user push button switches for GPIO
interrupts
• One user push button switch for tamper
detection
• One user push button switch for MCU
reset
• Potentiometer
• Headers for direct GPIO and ADC
access
• External tamper pins
• Independent, battery-operated power
supply for real-time clock (RTC) and
tamper detection modules
• IRDA support
• NTC temperature sensor
• General-purpose tower plug-in (TWRPI)
socket
TOOLS
• IAR EWARM V8.50 or higher
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STEP-BY-STEP INSTRUCTIONS
In this Quick Start Guide, you will learn how to set up the TWR-KM35Z75M board and
run the included demonstrated software. For more detailed information, review the
user manual at nxp.com/TWR-KM35Z75M.
1Download
Software
Download installation software
and documentation under
“Jump Start Your Design”
at nxp.com/TWR-KM35Z75M.
2Install Software
and Tools
Install the OpenSDA Tower Toolkit to install
the OpenSDA and USB-to-Serial drivers.
3Configure the
Hardware
Connect one end of the USB cable to
the PC, and the other end to the Power/
OpenSDA micro-B connector (J27) on
the TWR-KM35Z75M module. Allow the
PC to automatically configure the USB
drivers if needed.
4Confirm Segment
LCD
The Segment LCD displays as below:
• First, the digital numbers will display.
• Second,the icons will display one by
one.
• Finally, all segments on will blink, then
turn off.
5Explore
Further
Learn more about KM series MCUs, find
Sigma-Delta ADC performance and low
power modes, as well as software periph-
eral drivers and additional labs at nxp.
com/TWR-KM35Z75M.
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EXPANDED SOFTWARE AND TOOLS
Quick Start Guide
Additional details regarding the Quick Start Demo are included as part of the
MCUXpresso software development kit (SDK). To take your design to the next level,
leverage the MCUXpresso SDK and other online enablement software and tools for
NXP MCUs available at nxp.com/MCUXpresso.

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The following is a list of all the jumper options. The default installed jumper settings
are indicated in the shaded boxes.
TWR-KM35Z75M JUMPER OPTIONS
JUMPER OPTION SETTING DESCRIPTION
J1 MCU power
connection
1-2 Connect VBAT to on-board 3.3 V supply
2-3 Connect VBAT to the higher voltage between
MCU supply (MCU_PWR) or VBAT
J9 SPI NOR
flash
ON Connect MCU SPI signal to NOR flash
OFF Disconnect MCU SPI signal to NOR flash
J12 SPI NOR
flash
ON Connect MCU SPI signal to NOR flash
OFF Disconnect MCU SPI signal to NOR flash
J13 SPI NOR
flash
ON Connect MCU SPI signal to NOR flash
OFF Disconnect MCU SPI signal to NOR flash
J15 SPI NOR
flash
ON Connect MCU SPI signal to NOR flash
OFF Disconnect MCU SPI signal to NOR flash
J17 Orange
LED drive
ON Connect MCU GPIO to drive orange LED
OFF Disconnect MCU GPIO to drive orange LED

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Quick Start Guide
TWR-KM35Z75M JUMPER OPTIONS CONTINUED
JUMPER OPTION SETTING DESCRIPTION
J18 IRDA
transmit
ON Connect MCU IRDA transmit signal
OFF Disconnect MCU IRDA transmit signal
J19 IRDA
receive
ON Connect MCU IRDA receive signal
OFF Disconnect MCU IRDA receive signal
J3 MCU_PWR
selection
ON MCU powered from V_BRD 3.3V on board
reg.
OFF MCU can be supplied by ext. voltage
connected to J6 - pin 1
J6
Analog
power
enable
ON Connect analog voltages to V_BRD
OFF External VDDA can be applied
J21 Pot. enable
ON Connect PTF1/ADC0_SE8 to pot. R21
OFF Disconnect PTF1/ADC0_SE8 to pot. R21
J20
Temp.
sensor
enable
ON Connect PTF2/ADC0_SE9 to temp. sensor
OFF Disconnect PTF2/ADC0_SE9 to temp. sensor

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TWR-KM35Z75M JUMPER OPTIONS CONTINUED
JUMPER OPTION SETTING DESCRIPTION
J28
OpenSDA
reset
enabled
ON KM35 reset input driven by K20 OpenSDA
OFF KM35 reset input isolated from OpenSDA
J4 8M Crystal
1-2 Connect MCU EXTAL pin to crystal
2-3 Connect MCU EXTAL pin to external clock
J7 8M Crystal
1-2 Connect MCU XTAL pin to crystal
2-3 Connect MCU XTAL pin to GND

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Quick Start Guide
GPIO HEADER (J25) SIGNAL CONNECTIONS
MCU SIGNAL J25 PIN MCU SIGNAL
SW3 (Tamper swich) 1 2 SW3 to TAMPER0 (when closed)
SW3 (Tamper swich) 3 4 SW3 to TAMPER0 (when closed)
SW3 (Tamper swich) 5 6 SW3 to TAMPER0 (when closed)
V_BRD 7 8 PTK5/UART1_RX
PTK6/UART1_TX 910 GND
PTL0/I2C0_SDA 11 12 PTK7/I2C0_SCL
PTF6/SPI1_MOSI 13 14 PTF5/SPI1_MISO
PTF4/SPI1_SCK 15 16 PTF3/SPI1_PCS0
PTD0/CMP0_IN0 17 18 PTF7/CLKOUT
PTL1/XBAR0_IN10 19 20 PTG0/QTMR0_TMR1/LPTMR0_ALT3
PTK4/AFE_CLK 21 22 PTK2/UART0_TX/ADC0_SE14
PTL2/XBAR0_
OUT10 23 24 PTK3/UART0_RX/ADC0_SE15
VSSA 25 26 GND