5’’ tft touch screen and lots of multimedia peripherals ... · amazingly compact,...

Amazingly compact, all-on-a-single-pcb development board that carries

5’’ TFT Touch Screen and lots of multimedia peripherals, all driven by

a powerful TM4C129L(X)NCZAD

for Tiva™

mikromedia5

I want to express my thanks to you for being interested in our products and for having

confidence in MikroElektronika.

The primary aim of our company is to design and produce high quality electronic products

and to constantly improve the performance thereof in order to better suit your needs.

TO OUR VALUED CUSTOMERS

Nebojsa Matic

General Manager

The Tiva™ and Windows® logos and product names are trademarks of Texas Instruments® and Microsoft® in the U.S.A. and other countries.

Introduction to mikromedia 5 for Tiva™ 4

System Specification 4

Package Contains 5

1. Power Supply 6

2. TM4C129L(X)NCZAD microcontroller 8

Key microcontroller features 8

3. Programming the microcontroller 9

On-board mikroProg™ for Tiva® programmer 10

mikroProg Suite™ for ARM® software 12

Software installation wizard 13

4. RTC Battery and Reset Button 14

5. Crystal Oscillators and 2.048 V Reference 16

6. microSD Card Slot 18

7. Touch Screen 20

8. Audio Module 22

9. USB DEVICE connection 24

10. USB HOST connection 26

11. Accelerometer 28

12. SDRAM 30

13. RF Transceiver 32

14. Ethernet 34

15. Buzzer 36

16. WiFi 38

17. Other Modules 40

18. Pads 42

19. Dimensions 44

20. What’s next? 45

Table of Contents

The mikromedia 5 for Tiva™ is a compact development

board which allows development of devices with

multimedia contents. The central part of the system is

a 32-bit 212-pin TM4C129L(X)NCZAD microcontroller.

The mikromedia 5 for Tiva™ features lots of on board

modules such as stereo MP3 codec, 5’’ TFT 800x480 px touch screen display, accelerometer, microSD card slot,

buzzer, IR receiver, RGB LED diode, PIN photodiode,

temperature sensor, 2.4 GHz RF transceiver, Ethernet,

Wi-Fi transceiver, 64Mb SDRAM, Li-Polimer battery

charger etc. The board also contains two MINI-B USB

connectors, 2x5 Cortex Debug connector, two 1x26

connection pads, ON/OFF switch and other. It comes

with an on-board mikroProg™ for Tiva® programmer and debugger, but can also be programmed with

external programmers. mikromedia 5 for Tiva™ is

compact and slim, which makes it a convenient platform

for mobile and other multimedia devices.

Introduction to mikromedia 5 for Tiva™

System Specificationpower supply

Via USB cable (5V DC) or via adapter

connector (5 - 12 V DC)

power consumption

121 mA with empty MCU

(when on-board modules are disabled)

board dimensions

135x86.6 mm (5.3x3.4 inch)

weight

~136g (0.3 lbs)

01 02

04 05

03

06

Damage resistant

protective box

mikromedia 5 for Tiva™

development board

mikromedia 5 for Tiva™

user’s guidemikromedia 5 for Tiva™

schematic

Roll USB cable, roll ethernet cable and headers

Distancers, plastic pen and microSD card

SCHEMATICS

We present you with a complete color schematics for mikromedia 5 for Tiva development board. We want you to know what your board is consisted of

and how it actually works.

TM

for Tiva™

mikromedia5Amazingly compact, all-on-single-pcb development board carring 5’’ TFT

Touch Screen and lots of multimedia peripherals, all driven by powerful

TM4C129LNCZAD

for Tiva™

mikromedia5

Package Contains

1. Power Supply

Figure 1-3: Battery power supply

Figure 1-4: Adapterconnector power supply

Figure 1-1:ICDI USB power supply

Figure 1-2:USB power supply

The mikromedia 5 for Tiva™ board can be powered in four different ways: via two USB connectors using MINI-B USB cable provided with

the board (CN9 or CN2), via battery connector using Li-Polymer battery (CN3) or via adapter connector using adapter power supply

(CN1). After you plug in the appropriate power supply turn the power switch ON (SW1). The USB connection can provide up to 500 mA

current which is more than enough for the operation of all on-board modules and the microcontroller as well. If you decide to use external

power supply via adapter connector, voltage levels must be within 5-12 V DC range. Power LED ON (GREEN) indicates the presence of

power supply. On-board battery charger circuit LM3658SD-A enables you to charge the battery over two USB connectors or via adapter

connector. LED diode (RED) indicates when battery is charging. Charging current is ~250 mA and charging voltage is 4.2 V DC.

Vusb_OUT Vdc

Vbat_INCN

3

R5

10K

R9

10K

R4100K

L1 1.5uH

R61K

C8

22uFC15

100nF

C16

10pF

C9

22uF

C10

22uF

R710K

R122

0

R1230

R11100K

L2 1.5uH

R1512K

C18

22uFC26100nF

C27

10pF

C19

22uF

C20

22uF

VCC-5V

VCC-3.3V

VCC-5V

R310K

R210K

USB-PSW#

E210uF

1

2

3

OUT

GND

IN5

4 OCEN

U5

TPS2041B

VCC-3.3V

E310uF

USB-VBUS_ER#

E110uF

USB-D_NUSB-D_P

USB-ID

USB-VBUS

R81K

Vusb_IN

D5B340A

D2B340A

D4PMEG3010ER

D1PMEG3010ER

1098765

4321

PG

VINL1

ENPS

VAUXGND

FB

L2VOUT

PGND

U6

TPS63060

1098765

4321

PG

VINL1

ENPS

VAUXGND

FB

L2VOUT

PGND

U7

TPS63060

USB-D_NUSB-D_PUSB-ID

USB-VBUSUSB-PSW#USB-VBUS_ER#

R12100K

R14100K

R18100K

BAT-VSENSE BAT-VSENSE

R191K

C2522uF

C722uF

R17470

POWER

USB-VBUS_ER#USB-PSW#USB-VBUSUSB-D_NUSB-D_PUSB-ID

VCC-3.3V

12345GND

IDD+D-

VBUS

CN2

USB MINIB

C6100nF

VINPWR-EN

PWR-EN

1 2 3

SW1JS202011AQN

R13100K

C11

1uF

C12

100nF

C13

10nF

C14

100pF

C21

1uF

C22

100nF

C23

10nF

C24

100pF

V_INPUT

FP1

VIN

VIN

1

23

R1

R2

Q1PDTC114EU

R110K

VCC-3.3V

DC-VBUS# DC-VBUS# VCC-3.3V VCC-1.8V1

2

3

IN

GND

OUT 5

4EN ADJ

U8

AP7331-ADJ

R20

100KC29

2.2uFE410uF

R21

27K4

R22

1K

R101M C17

3.3nF

LD1

D3PMEG3010ER

D6ESDA5V3L

D7ESDA5V3L

Vusb-ICDI

M2DMP2305U

±1%

R164K87

M1DMP2305U

123

CN1

PJ-002AH-SMT

Vbat_IN

R3210K

R29560

C312.2uF

R31

10K

R2610K

R3310K

R2710K

CHARGE

R2810K

R2510K

VCC-5VV_INPUT

M4DMG3420U

C301uF

BAT-

STAT

2BA

T-ST

AT1

BAT-STAT2BAT-STAT1

VCC-3.3VVCC-3.3V

4

1

8

67

1023

5

9

EN_b

USBpwrCHG_IN

GNDUSB_sel

STAT2STAT1

Iset

BATTTs

PGND

U9

LM3658SD-A

R23

1K

R34

1K

LD2

CHARGING CURRENT IS 250mA

1

23

R1

R2

Q2PDTC114EU

1

23

R1

R2

Q3PDTC114EU

M3DMP2305U

M5DMG3420U

R2410K

V_INPUT

R30

10K

Vbat_IN

C28100nF

VIN

E1010uF

Vusb-ICDI

12345 GND

IDD+D-VBUS

CN9

USB MINIB

FP7

R1111M C113

3.3nF

Figure 1-5: Power supply schematic

The mikromedia 5 for Tiva™ development board comes with

the 212-pin ARM® Cortex™-M4F TM4C129L(X)NCZAD

microcontroller. This high-performance 32-bit microcontroller

with its integrated modules and in combination with other

on-board modules is ideal for multimedia applications.

Key microcontroller features

2. TM4C129L(X)NCZAD microcontroller

- Up to 150 DMIPS Operation (120 MHz);

- 1024 KB of Flash memory;

- 256 KB of SRAM memory;

- 6 KB of EEPROM memory;

- up to 140 I/O pins;

- 16/32-bit timers

- 16 MHz internal oscillator, 32 kHz RTCC;

- 8xUART, 4xSSI, 10xI2C, 2xCAN, 2xADC, USB, Ethernet etc.

ROM

1024 KBFlash

6 KBEEPROM

256 KBSRAM

Cortex M4FTM4C129 (120MHz)

JTAG

NVIC ETM

FPUSWD

MPU

Analog

LDO VoltageRegulator

3 AnalogComparators

2x12-bit ADCUp to 24 channels

Temp Sensor

System periphery Serial periphery

Motion control

8 UART

4 SSI

10 I2C

2 CANEthernetMAC/PHY

USB OTG(FS PHY or ULPI)

SHA/MD5

2 WatchdogTimer

DMA

GPIO3(140)

ExternalPeripheralInterface

AES

CRC

DES

TFT LEDcontroller

TFT LEDcontroller

HibernationModule

8 GP timers PWM(1 unit/8 signals)

QE1(1 unit)

01

02

Using on-board mikroProg™ for Tiva® programmer

Using external programmers

Figure 3-1:TM4C129L(X)NCZAD

microcontroller

The microcontroller can be programmed in two ways:

3. Programming the microcontroller

On-board mikroProg™ for Tiva® programmer

The microcontroller can be programmed with on-board mikroProg™ for Tiva® programmer and mikroProg Suite™ for ARM® software.

Connection with PC is established over ICDI USB connector. For proper insertion of the MINI-B USB cable refer to Figure 3-2. Signalization

LEDs (ACTIVE and DATA) are also provided on the opposite side of the ICDI USB connector. It is also possibly to program the microcontroler

with external porogrammers, via 2x5 Cortex Debug connector (CN8) with appropriate adapter, Figure 3-3.

Figure 3-2:On-board mikroProg™ programmer

Figure 3-3:External programmer

VCC-3.3V

C122

100nF

C123

100nF

C124

100nF

C125

100nF

C126

100nF

C127

100nF

C128

100nF

C138

100nF

VREF

C139

10nF

V

C140

1uF

C142

10nF

FP9VCC-ADC VCC-3.3

C141

100nF

C129

100nF

C130

100nF

C131

100nF

C132

10nF

C133

10nF

C136

1uF

C137

2.2uF

VCC-CORE

C135

100nF

C134

10nF

X425MHzC119

22pF

C11822pF

X532.768KHz

C12010pF

C12110pF

BAT13000TR

PJ0C8

PJ1E7

PJ2H17

PJ3F16

PJ4F18

PJ5E17

PJ6N1

PJ7K5

PK0 J1

PK1 J2

PK2 K1

PK3 K2

PK4 U19

PK5 V17

PK6 V16

PK7 W16

PL0 G16

PL1 H19

PL2 G18

PL3 J18

PL4 H18

PL5 G19

PL6 C18

PL7 B18

PM0 K18

PM1 K19

PM2 L18

PM3 L19

PM4 M18

PM5 G15

PM6 N19

PM7 N18

POR

T J

POR

T K

POR

T L

POR

T M

PG0N15

PG1T14

PG2V11

PG3M16

PG4K17

PG5K15

PG6V12

PG7U14

PH0P4

PH1R2

PH2R1

PH3T1

PH4R3

PH5T2

PH6U2

PH7V2

POR

T G

POR

T H

U1C

TM4C129LNCZAD

EN0RXINV13 EN0RXIPW13 EN0TXONV14 EN0TXOPV15

GNDX R18

GNDX2 D18HIBM17

NC C5

NC E13

NC V18

NC V19

NC W18

NC W19

OSC0 E19

OSC1 D19

RBIASW15

RSTP18

VBATP19 WAKEU18

XOSC0 T18

XOSC1 T19

SYST

EM

U1A

TM4C129LNCZAD

PA0V3

PA1W3

PA2T6

PA3U5

PA4V4

PA5W4

PA6V5

PA7R7

PB0A16

PB1B16

PB2A17

PB3B17

PB4C6

PB5B6

PB6F2

PB7F1

PC0B15

PC1C15

PC2D14

PC3C14

PC4M2

PC5M1

PC6L2

PC7K3

PD0 C2

PD1 C1

PD2 D2

PD3 D1

PD4 A4

PD5 B4

PD6 B3

PD7 B2

PE0 H3

PE1 H2

PE2 G1

PE3 G2

PE4 A5

PE5 B5

PE6 A7

PE7 B7

PF0 U6

PF1 V6

PF2 W6

PF3 T7

PF4 V7

PF5 W7

PF6 T8

PF7 U8

POR

T A

POR

T B

POR

T C

POR

T D

POR

T E

POR

T F

U1B

TM4C129LNCZAD

PQ0E3

PQ1E2

PQ2H4

PQ3M4

PQ4A13

PQ5W12

PQ6U15

PQ7M3

PR0 N5

PR1 N4

PR2 N2

PR3 V8

PR4 P3

PR5 P2

PR6 W9

PR7 R10

PS0 D12

PS1 D13

PS2 B14

PS3 A14

PS4 V9

PS5 T13

PS6 U10

PS7 R13

PT0 W10

PT1 V10

PT2 E18

PT3 F17

POR

T Q

POR

T R

POR

T S

POR

T N

PN0C10

PN1B11

PN2A11

PN3B10

PN4A10

PN5B9

PN6T12

PN7U12

PP0D6

PP1D7

PP2B13

PP3C12

PP4D8

PP5B12

PP6B8

PP7A8

POR

T P

POR

T T

TM4C129LNCZAD

RST#

XOSC0

XOSC1

OSC1

OSC0

GNDX

GNDX2

JTAG-TCKJTAG-TMSJTAG-TDIJTAG-TDO

TRACE-RXTRACE-TX

ICDI-VBUS

±1%

R1214K87

GNDA1

GNDA2

GNDA18

GNDA19

GNDB1

GNDB19

GNDF10

GNDH10

GNDH11

GNDH12

GNDJ11

GNDJ12

GNDK6

GNDK9

GNDK10

GNDK13

GNDK14

GNDL8

GNDL9

GNDM8

GNDM9

GNDM10

GNDN10

GNDP16

GNDR17

GNDV1

GNDW1

GNDW2 GNDA G4

VDD G10

VDD H9

VDD J8

VDD J9

VDD J10

VDD K7

VDD K8

VDD K11

VDD K12

VDD L10

VDD L11

VDD L12

VDD M11

VDD M12

VDD N16

VDD P10

VDD P17

VDDA F3

VDDC E10

VDDC H16

VREFA- G5VREFA+ F4

POW

ER

U1E

TM4C129LNCZAD

VCC-3.3V

VCC-CORE

VREF

VCC-ADC

VCC-3.3V

C104

100nF

C103

100nF

C102

100nF

ICDI-LED-ACTIVEICDI-LED-DATA

1 23 45 67 89 10

CN8

JTAG-TCKJTAG-TMS

JTAG-TDIJTAG-TDO

RST#EXT-PROG#

VCC-3.3V

R106100K

LD8 LD9

AC

TIV

E

DA

TA

R991K

R1001K

VCC-5VVCC-3.3V

VCC-5V VCC-3.3V

C111

100nF

C110

100nF

C109

100nF

C108

100nF

ICDI-VBUS

D9ESD

A5V3

L

E1010uF

R10910K

Vusb-ICDI

12345 GND

IDD+D-VBUS

CN9

USB MINIB

FP7

ICDI-USB_NICDI-USB_P

R1111M C113

3.3nF

±1%R1084K87

VCC-3.3V VCC-5V

ICDI

JTAG-TCKJTAG-TMS

JTAG-TDIJTAG-TDO

RST#

ICDI-VBUSTRACE-RXTRACE-TX

TRAC

E-RX

TRAC

E-TX

Figure 3-4: Programmer connection schematic

On-board mikroProg™ for Tiva™ programmer requires special programming software called

mikroProg Suite™ for ARM®. This software is used for programming ALL Tiva™ and Stellaris®

ARM® Cortex-M3™ and Cortex-M4™ microcontroller families. It features intuitive interface and

SingleClick™ programming technology. Software installation is available on following link:

After downloading, extract the package and double click the executable setup file to start installation.

mikroProg Suite™ for ARM® software

Quick Guide

Click the Detect MCU button in order to recognize the device ID.

Click the Read button to read the entire microcontroller memory. You can click the Save button to save it to the target HEX file.

If you want to write the HEX file into the microcontroller, first make sure to load the target HEX file using the Load button. Then click the Write button to begin programming.

Click the Erase button to clear the microcontroller memory.

01

02

03

04

http://www.mikroe.com/mikroprog/tiva/

01

04

02

05

03

06

Start Installation

Choose destination folder

Accept EULA and continue

Installation in progress

Install for all users

Finish installation

Software installation wizard

4. RTC Battery and Reset Button

mikromedia 5 for Tiva™ features

an RTC battery holder for

microcontroller RTC module.

Battery is used as alternate source

of power, so the RTC module can

continue to keep time while the

primacy source of power is off or

currently unavailable. Three types

of coin battery are supported:

CR1216, CR1220 and CR1225.

The board is equipped with reset

button, which is located on the

front side of the board. If you want

to reset the circuit, press the reset

button. It will generate low voltage

level on the microcontroller reset pin

(input). A reset can also be exter-

nally provided through the

pin 27 on the side

headers.

RTC Battery

Reset Button

VCC-3.3V

R6610K

R67

330

C75100nF

RESETT1

X425MHzC119

22pF

C11822pF

X532.768KHz

C12010pF

C12110pF

BAT13000TR


GNDX R18

GNDX2 D18HIBM17

NC C5

NC E13

NC V18

NC V19

NC W18

NC W19

OSC0 E19

OSC1 D19

RBIASW15

RSTP18

VBATP19 WAKEU18

XOSC0 T18

XOSC1 T19

SYST

EM

U1A

TM4C129LNCZAD

XOSC0

XOSC1

OSC1

OSC0

GNDX

GNDX2

VCC-3.3V

C122

100nF

C123

100nF

C124

100nF

C125

100nF

C126

100nF

C127

100nF

C140

1uF

C136

1uF

C137

2.2uF

VCC-CORE

C135

100nF

C134

10nF

C142

10nF

C128

100nF

C138

100nF

VREF

C139

10nF

FP9VCC-ADC VCC-3.3V

C141

100nF

C129

100nF

C130

100nF

C131

100nF

C132

10nF

C133

10nF

±1%

R1214K87

GNDA1

GNDA2

GNDA18

GNDA19

GNDB1

GNDB19

GNDF10

GNDH10

GNDH11

GNDH12

GNDJ11

GNDJ12

GNDK6

GNDK9

GNDK10

GNDK13

GNDK14

GNDL8

GNDL9

GNDM8

GNDM9

GNDM10

GNDN10

GNDP16

GNDR17

GNDV1

GNDW1

GNDW2 GNDA G4

VDD G10

VDD H9

VDD J8

VDD J9

VDD J10

VDD K7

VDD K8

VDD K11

VDD K12

VDD L10

VDD L11

VDD L12

VDD M11

VDD M12

VDD N16

VDD P10

VDD P17

VDDA F3

VDDC E10

VDDC H16

VREFA- G5VREFA+ F4

POW

ER

U1E

TM4C129LNCZAD

VCC-3.3V

VCC-CORE

VREF

VCC-ADC

Vdc

RST#HDR2

M1X26

2728293031323334353637383940414243444546474849505152

VCC-3.3V

Figure 4-1: Reset button and RTC battery connection schematic

The board is equipped with 01 25 MHz crystal oscillator (X4) circuit that

provides external clock waveform

to the microcontroller OSC1 and OSC2

pins. This base frequency is suitable for

further clock multipliers and is also ideal for

generation of necessary USB clock, which ensures

proper operation of bootloader and your custom USB-

based applications. The board also contains 02 32.768 kHz crystal oscillator (X5) which provides external clock for internal

RTCC module. Microcontroller ADC requires an accurate source of

reference voltage signal. That is why we provide the external 03 voltage reference to the microcontroller VREF pin which is 2.048 V.

5. Crystal Oscillators and 2.048 V Reference

01 02

Figure 5-1: Crystal oscillators and 2.048 V reference

03

01

02

03

X425MHzC119

22pF

C11822pF

X532.768KHz

C12010pF

C12110pF

BAT13000TR


GNDX R18

GNDX2 D18HIBM17

NC C5

NC E13

NC V18

NC V19

NC W18

NC W19

OSC0 E19

OSC1 D19

RBIASW15

RSTP18

VBATP19 WAKEU18

XOSC0 T18

XOSC1 T19

SYST

EM

U1A

TM4C129LNCZAD

XOSC0

XOSC1

OSC1

OSC0

GNDX

GNDX2

VCC-3.3V

C122

100nF

C123

100nF

C124

100nF

C125

100nF

C126

100nF

C127

100nF

C140

1uF

C136

1uF

C137

2.2uF

VCC-CORE

C135

100nF

C134

10nF

C142

10nF

C128

100nF

C138

100nF

VREF

C139

10nF

FP9VCC-ADC VCC-3.3V

C141

100nF

C129

100nF

C130

100nF

C131

100nF

C132

10nF

C133

10nF

±1%

R1214K87

GNDA1

GNDA2

GNDA18

GNDA19

GNDB1

GNDB19

GNDF10

GNDH10

GNDH11

GNDH12

GNDJ11

GNDJ12

GNDK6

GNDK9

GNDK10

GNDK13

GNDK14

GNDL8

GNDL9

GNDM8

GNDM9

GNDM10

GNDN10

GNDP16

GNDR17

GNDV1

GNDW1

GNDW2 GNDA G4

VDD G10

VDD H9

VDD J8

VDD J9

VDD J10

VDD K7

VDD K8

VDD K11

VDD K12

VDD L10

VDD L11

VDD L12

VDD M11

VDD M12

VDD N16

VDD P10

VDD P17

VDDA F3

VDDC E10

VDDC H16

VREFA- G5VREFA+ F4PO

WE

R

U1E

TM4C129LNCZAD

VCC-3.3V

VCC-CORE

VCC-ADC

VCC-3.3V

C811uF

C80100nF

1

23IN

OUTGND

REF1

MAX6106EUR+

Figure 5-2: Crystal oscillators and voltage reference connection schematic

The board contains 01 microSD card slot that enables you to use 02 microSD cards in

your projects and to store large amounts of data externally, thus saving microcontroller memory.

microSD cards use Serial Peripheral Interface (SPI) for communication with the microcontroller.

Ferrite and capacitor are provided to compensate voltage and current glitch that can occur when pushing

microSD card in and out of the socket. The proper insertion of the microSD card is shown in Figure 6-1.

6. microSD Card Slot

Figure 6-1: microSD Card Slot

01

02

VCC-MMC

SD-CD#

R64

10K

124567

CSDIN+3.3VSCKGNDDOUT

CD

GN

D

CN6

R63

10K

SD-CS#

R65

27

FP4

FERRITE

VCC-3.3V VCC-MMC

C74100nF

C7322uF

X425MHz

C11922pF

C11822pF

X532.768KHz

C12010pF

C12110pF

VCC-3.3V

C122

100nF

C123

100nF

C124

100nF

C125

100nF

C126

100nF

C127

100nF

C140

1uF

C136

1uF

C137

2.2uF

VCC-CORE

C135

100nF

C134

10nF

C142

10nF

C128

100nF

C138

100nF

VREF

C139

10nF

FP9VCC-ADC VCC-3.3V

C141

100nF

C129

100nF

C130

100nF

C131

100nF

C132

10nF

C133

10nF

BAT13000TR


GNDX R18

GNDX2 D18HIBM17

NC C5

NC E13

NC V18

NC V19

NC W18

NC W19

OSC0 E19

OSC1 D19

RBIASW15

RSTP18

VBATP19 WAKEU18

XOSC0 T18

XOSC1 T19

SYST

EM

U1A

TM4C129LNCZAD

PA0V3

PA1W3

PA2T6

PA3U5

PA4V4

PA5W4

PA6V5

PA7R7

PB0A16

PB1B16

PB2A17

PB3B17

PB4C6

PB5B6

PB6F2

PB7F1

PC0B15

PC1C15

PC2D14

PC3C14

PC4M2

PC5M1

PC6L2

PC7K3

PD0 C2

PD1 C1

PD2 D2

PD3 D1

PD4 A4

PD5 B4

PD6 B3

PD7 B2

PE0 H3

PE1 H2

PE2 G1

PE3 G2

PE4 A5

PE5 B5

PE6 A7

PE7 B7

PF0 U6

PF1 V6

PF2 W6

PF3 T7

PF4 V7

PF5 W7

PF6 T8

PF7 U8

POR

T A

POR

T B

POR

T C

POR

T D

POR

T E

POR

T F

U1B

TM4C129LNCZAD

GNDA1

GNDA2

GNDA18

GNDA19

GNDB1

GNDB19

GNDF10

GNDH10

GNDH11

GNDH12

GNDJ11

GNDJ12

GNDK6

GNDK9

GNDK10

GNDK13

GNDK14

GNDL8

GNDL9

GNDM8

GNDM9

GNDM10

GNDN10

GNDP16

GNDR17

GNDV1

GNDW1

GNDW2 GNDA G4

VDD G10

VDD H9

VDD J8

VDD J9

VDD J10

VDD K7

VDD K8

VDD K11

VDD K12

VDD L10

VDD L11

VDD L12

VDD M11

VDD M12

VDD N16

VDD P10

VDD P17

VDDA F3

VDDC E10

VDDC H16

VREFA- G5VREFA+ F4

POW

ER

U1E

TM4C129LNCZAD

VCC-3.3V

VCC-CORE

VREF

VCC-ADC

XOSC0

XOSC1

OSC1

OSC0

GNDX

GNDX2SPI0-SCK

SPI0-SCK

SD-CS#SPI0-MOSI

SPI0-MOSI

SPI0-MISO

SPI0-MISO

SD-CD#

±1%

R1214K87

R117 27

R118 27

Figure 6-2: microSD Card Slot module connection schematic

The mikromedia features a 5‘‘ TFT 800x480 px display with a

resistive touch panel. Together they

form a functional unit called a touch screen, Figure 7-1. It enables

data to be entered and displayed

at the same time. The TFT display

is capable of showing graphics in

16.7M diffe rent colors.

Figure 7-1: Touch Screen

7. Touch Screen

X425MHzC119

22pF

C11822pF

X532.768KHz

C12010pF

C12110pF

BAT13000TR

PJ0C8

PJ1E7

PJ2H17

PJ3F16

PJ4F18

PJ5E17

PJ6N1

PJ7K5

PK0 J1

PK1 J2

PK2 K1

PK3 K2

PK4 U19

PK5 V17

PK6 V16

PK7 W16

PL0 G16

PL1 H19

PL2 G18

PL3 J18

PL4 H18

PL5 G19

PL6 C18

PL7 B18

PM0 K18

PM1 K19

PM2 L18

PM3 L19

PM4 M18

PM5 G15

PM6 N19

PM7 N18

POR

T J

POR

T K

POR

T L

POR

T M

PG0N15

PG1T14

PG2V11

PG3M16

PG4K17

PG5K15

PG6V12

PG7U14

PH0P4

PH1R2

PH2R1

PH3T1

PH4R3

PH5T2

PH6U2

PH7V2

POR

T G

POR

T H

U1C

TM4C129LNCZAD


GNDX R18

GNDX2 D18HIBM17

NC C5

NC E13

NC V18

NC V19

NC W18

NC W19

OSC0 E19

OSC1 D19

RBIASW15

RSTP18

VBATP19 WAKEU18

XOSC0 T18

XOSC1 T19

SYST

EM

U1A

TM4C129LNCZAD

PA0V3

PA1W3

PA2T6

PA3U5

PA4V4

PA5W4

PA6V5

PA7R7

PB0A16

PB1B16

PB2A17

PB3B17

PB4C6

PB5B6

PB6F2

PB7F1

PC0B15

PC1C15

PC2D14

PC3C14

PC4M2

PC5M1

PC6L2

PC7K3

PD0 C2

PD1 C1

PD2 D2

PD3 D1

PD4 A4

PD5 B4

PD6 B3

PD7 B2

PE0 H3

PE1 H2

PE2 G1

PE3 G2

PE4 A5

PE5 B5

PE6 A7

PE7 B7

PF0 U6

PF1 V6

PF2 W6

PF3 T7

PF4 V7

PF5 W7

PF6 T8

PF7 U8

POR

T A

POR

T B

POR

T C

POR

T D

POR

T E

POR

T F

U1B

TM4C129LNCZAD

PQ0E3

PQ1E2

PQ2H4

PQ3M4

PQ4A13

PQ5W12

PQ6U15

PQ7M3

PR0 N5

PR1 N4

PR2 N2

PR3 V8

PR4 P3

PR5 P2

PR6 W9

PR7 R10

PS0 D12

PS1 D13

PS2 B14

PS3 A14

PS4 V9

PS5 T13

PS6 U10

PS7 R13

PT0 W10

PT1 V10

PT2 E18

PT3 F17

POR

T Q

POR

T R

POR

T S

POR

T N

PN0C10

PN1B11

PN2A11

PN3B10

PN4A10

PN5B9

PN6T12

PN7U12

PP0D6

PP1D7

PP2B13

PP3C12

PP4D8

PP5B12

PP6B8

PP7A8

POR

T P

POR

T T

U1D

TM4C129LNCZAD

TP-INT#

RST#

XOSC0

XOSC1

OSC1

OSC0

GNDX

GNDX2

SPI1-SCKSPI1-MOSI

SPI1-MISO

SPI1-SCK

SPI1-MOSI

SPI1-MISO

LCD-B5

LCD-R6LCD-R7LCD-B2LCD-R2LCD-DETP-CS#

LCD-R5LCD-R4

I2C2-SCLI2C2-SDA

I2C2-SCL

I2C2-SDA

LCD-DCLKLCD-VSYNCLCD-HSYNC

LCD-B6LCD-B3LCD-B4LCD-B7LCD-G2

LCD-R1LCD-B0LCD-G0LCD-R0LCD-G3LCD-G4LCD-G5LCD-G6

LCD-G7LCD-R3LCD-B1LCD-G1

LCD-PWM

VCC-3.3V

C122

100nF

C123

100nF

C124

100nF

C125

100nF

C126

100nF

C127

100nF

C140

1uF

C136

1uF

C137

2.2uF

VCC-CORE

C135

100nF

C134

10nF

C142

10nF

C128

100nF

C138

100nF

VREF

C139

10nF

FP9VCC-ADC VCC-3.3V

C141

100nF

C129

100nF

C130

100nF

C131

100nF

C132

10nF

C133

10nF

±1%

R1214K87

R1154K87

R1164K87

VCC-

3.3V

GNDA1

GNDA2

GNDA18

GNDA19

GNDB1

GNDB19

GNDF10

GNDH10

GNDH11

GNDH12

GNDJ11

GNDJ12

GNDK6

GNDK9

GNDK10

GNDK13

GNDK14

GNDL8

GNDL9

GNDM8

GNDM9

GNDM10

GNDN10

GNDP16

GNDR17

GNDV1

GNDW1

GNDW2 GNDA G4

VDD G10

VDD H9

VDD J8

VDD J9

VDD J10

VDD K7

VDD K8

VDD K11

VDD K12

VDD L10

VDD L11

VDD L12

VDD M11

VDD M12

VDD N16

VDD P10

VDD P17

VDDA F3

VDDC E10

VDDC H16

VREFA- G5VREFA+ F4

POW

ER

U1E

TM4C129LNCZAD

VCC-3.3V

VCC-CORE

VREF

VCC-ADC

R120 27R119 27

VLED

-VL

ED+

GN

DVD

DR

0R

1R

2R

3R

4R

5R

6R

7G

0G

1

HSY

NC

DIS

PPC

LKG

ND

B7B6B5B4B3B2B1B0G7

G6

G5

G4

G3

G2

VSYN

CD

EN

CG

ND

X_R

Y_B

X_L

Y_T

TFT1 HT050AWV40T

1

2

3

SW

GND

VIN5

4 FBEN

U11

TPS61041

L3 10uH

C5910uF

D8PMEG3010ER

VCC-5V

DZ1MMSZ5246B

R5634

VLED+VLED-

LCD

-PW

M

VCC-3.3V

LCD

-R0

LCD

-R1

LCD

-R2

LCD

-R3

LCD

-R4

LCD

-R5

LCD

-R6

LCD

-R7

LCD

-G0

LCD

-G1

LCD

-G2

LCD

-G3

LCD

-G4

LCD

-G5

LCD

-G6

LCD

-G7

LCD

-B0

LCD

-B1

LCD

-B2

LCD

-B3

LCD

-B4

LCD

-B5

LCD

-B6

LCD

-B7

LCD

-DCL

K

LCD

-HSY

NC

LCD

-VSY

NC

LCD

-DE

TP-X

_RTP

-Y_B

TP-X

_LTP

-Y_T

TP-X_R

TP-Y__BTP-Y_B

TP-X_L

TP-X

_L

TP-X_R TP-Y_T

TP-Y

_T

R570R

C58100nF

2 1512 3511 363 4 5 6 147 8 9 13 3310 37 38 39 40341 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

CN5

FP2

R58

10K

C56100nF

E910uF

VCC-3.3V

C571uF

C60100nF

VCC-3.3V

C611uF

VCC-3.3V

C68

1uF

C69

100nF

VCC-3.3V

C642.2nF

C65

2.2nF

C66

2.2nFC672.2nF

VCCA-TPTP-RST#TP-INT#TP-SDI/AD1TP-SCLK/SCLTP-SDO/SDA

TP-C

S#

R62

10K

R61

10K

R60 10K

VCC-3.3V

FP3VCC-1.8V

C71

1uF

C72

100nF

C70

10uF

VCCA-TP

123

J2

123

J3

123

J4

SDO/SDA1

SCLK/SCL2

AD13

PINTDAV4

RESET5

DG

ND

6

I/O

VDD

7

NC

8

AUX

9

AGN

D10

VREF 11SNSVDD 12X+ 13Y+ 14SUBGND 15

X-16

Y-17

SNSG

ND

18N

C19

AD0

20

TSC2006

U13

Figure 7-2: Touch Screen connection schematic

mikromedia 5 for Tiva™ features stereo audio codec 01 VS1053. This module

enables audio reproduction and sound recording by using 02 stereo headphones with microphone connected to the system via a 03 3.5 mm connector CN4. All functions of this

module are controlled by the microcontroller over Serial Peripheral Interface (SPI). IN and OUT

channels are also provided on the side headers.

Figure 8-1: On-board VS1053

MP3 codec

8. Audio Module

01

02

03

X425MHzC119

22pF

C11822pF

X532.768KHz

C12010pF

C12110pF

BAT13000TR


GNDX R18

GNDX2 D18HIBM17

NC C5

NC E13

NC V18

NC V19

NC W18

NC W19

OSC0 E19

OSC1 D19

RBIASW15

RSTP18

VBATP19 WAKEU18

XOSC0 T18

XOSC1 T19

SYST

EM

U1A

TM4C129LNCZAD

XOSC0

XOSC1

OSC1

OSC0

GNDX

GNDX2

VCC-3.3V

C122

100nF

VCC-3.3V

C123

100nF

C124

100nF

C125

100nF

C126

100nF

C127

100nF

C140

1uF

C136

1uF

C137

2.2uF

VCC-CORE

C135

100nF

C134

10nF

C142

10nF

C128

100nF

C138

100nF

VREF

C139

10nF

FP9VCC-ADC VCC-3.3V

C141

100nF

C129

100nF

C130

100nF

C131

100nF

C132

10nF

C133

10nF

±1%

R1214K87

GNDA1

GNDA2

GNDA18

GNDA19

GNDB1

GNDB19

GNDF10

GNDH10

GNDH11

GNDH12

GNDJ11

GNDJ12

GNDK6

GNDK9

GNDK10

GNDK13

GNDK14

GNDL8

GNDL9

GNDM8

GNDM9

GNDM10

GNDN10

GNDP16

GNDR17

GNDV1

GNDW1

GNDW2 GNDA G4

VDD G10

VDD H9

VDD J8

VDD J9

VDD J10

VDD K7

VDD K8

VDD K11

VDD K12

VDD L10

VDD L11

VDD L12

VDD M11

VDD M12

VDD N16

VDD P10

VDD P17

VDDA F3

VDDC E10

VDDC H16

VREFA- G5VREFA+ F4

POW

ER

U1E

TM4C129LNCZAD

VCC-3.3V

VCC-CORE

VREF

VCC-ADC

PA0V3

PA1W3

PA2T6

PA3U5

PA4V4

PA5W4

PA6V5

PA7R7

PB0A16

PB1B16

PB2A17

PB3B17

PB4C6

PB5B6

PB6F2

PB7F1

PC0B15

PC1C15

PC2D14

PC3C14

PC4M2

PC5M1

PC6L2

PC7K3

PD0 C2

PD1 C1

PD2 D2

PD3 D1

PD4 A4

PD5 B4

PD6 B3

PD7 B2

PE0 H3

PE1 H2

PE2 G1

PE3 G2

PE4 A5

PE5 B5

PE6 A7

PE7 B7

PF0 U6

PF1 V6

PF2 W6

PF3 T7

PF4 V7

PF5 W7

PF6 T8

PF7 U8

POR

T A

POR

T B

POR

T C

POR

T D

POR

T E

POR

T F

U1B

TM4C129LNCZAD

PQ0E3

PQ1E2

PQ2H4

PQ3M4

PQ4A13

PQ5W12

PQ6U15

PQ7M3

PR0 N5

PR1 N4

PR2 N2

PR3 V8

PR4 P3

PR5 P2

PR6 W9

PR7 R10

PS0 D12

PS1 D13

PS2 B14

PS3 A14

PS4 V9

PS5 T13

PS6 U10

PS7 R13

PT0 W10

PT1 V10

PT2 E18

PT3 F17

POR

T Q

POR

T R

POR

T S

POR

T N

PN0C10

PN1B11

PN2A11

PN3B10

PN4A10

PN5B9

PN6T12

PN7U12

PP0D6

PP1D7

PP2B13

PP3C12

PP4D8

PP5B12

PP6B8

PP7A8

POR

T P

POR

T T

U1D

TM4C129LNCZAD

SPI0-SCK

SPI0-SCK

SPI0-MOSI

SPI0-MOSI

SPI0-MISO

SPI0-MISO

MP3-CS#MP3-DREQMP3-RST#MP3-DCS

R119

R117 27

R118 27

LEFT

RIGHT

C38

10nF

C36

47nF

C37

10nF

GBUF

C55100nF

C54100nF

C52100nF

C49100nF

C53100nF

C46100nF

C47100nF

C48100nF

C50100nF

VCC-1.8V

VCC-3.3V

234567

1112

13 14

25

2423222118171615

8

1

19

910 27

26

20

282930313233343536

373839404142434445464748

MICP/LN1MICNXRESETDGND0CVDD0IOVDD0CVDD1DREQGPIO2GPIO3GPIO6GPIO7

XDCS

/BSY

NC

IOVD

D1

VC0

DG

ND

1XT

AL0

XTAL

1IO

VDD

2D

GN

D2

DG

ND

3D

GN

D4

XCS

CVD

D2

GPIO5RXTX

SCLKSISO

CVDD3XTESTGPIO0GPIO1

GNDGPIO4

AGN

D0

AVD

D0

AVD

D2

AGN

D1

AGN

D2

AGN

D3

LN2

LEFT

RCA

PAV

DD

1G

BUF

RIG

HT

VS1053

U10

R4610

R4710

R4810

R41 10

R42 10

VCC-1.8VVCC-3.3V

LEFT

RIG

HT

GBU

F

C34 1uF

R5410K

GPI

O

GPI

O

R4510K

VCC-3.3V

R50 27

MP3

-DCS

MP3-DREQ

MP3-RST#MICN

MP3

-CS#

R4910K

R5310K

VCC-3.3V

E810uF

3

1

2

4

CN4

CUI_SJ-43514-SMT

R391K

R401K

VCC-3.3V

LN-I

N_R

C39100nF

LN-IN_L

MICP

LN-IN_R

C35 100nF

E6

10uF

E5 10uF

R37

470C333.3nF

R38100K

R35

470C323.3nF

R36100K

LINE-OUT_L

LINE-OUT_R

E7

10uF

C401uF

C411uF

C4310nF

C4210nF

R52470

R51470 LINE-IN_R

LINE-IN_L

R4310

R4410

X1

12.288MHz

R55 1M

C4522pF

C4422pF

123

J1

MIC/LN-IN_LMICP

LN-IN_L

MIC/LN-IN_L

C51100nF

Vdc

LINE_OUT_LLINE_OUT_R

LINE_IN_RLINE_IN_L

HDR2

M1X26

2728293031323334353637383940414243444546474849505152

VCC-3.3V

Figure 8-2: Audio module connection schematic

9. USB DEVICE connection

Figure 9-1: Connecting USB cable to MINI-B

USB connector

TM4C129L(X)NCZAD microcontroller has integrated USB module,

which enables you to implement USB communication to your mikromedia

board. Connection with target USB host is established over 01 MINI-B USB

connector. For proper insertion of the 02 MINI-B USB cable refer to Figure 9-1.

01

02

X425MHz

C11922pF

C11822pF

X532.768KHz

C12010pF

C12110pF

VCC-3.3V

C122

100nF

C123

100nF

C124

100nF

C125

100nF

C126

100nF

C127

100nF

C140

1uF

C136

1uF

C137

2.2uF

VCC-CORE

C135

100nF

C134

10nF

C142

10nF

C128

100nF

C138

100nF

VREF

C139

10nF

FP9VCC-ADC VCC-3.3V

C141

100nF

C129

100nF

C130

100nF

C131

100nF

C132

10nF

C133

10nF

BAT13000TR

PJ0C8

PJ1E7

PJ2H17

PJ3F16

PJ4F18

PJ5E17

PJ6N1

PJ7K5

PK0 J1

PK1 J2

PK2 K1

PK3 K2

PK4 U19

PK5 V17

PK6 V16

PK7 W16

PL0 G16

PL1 H19

PL2 G18

PL3 J18

PL4 H18

PL5 G19

PL6 C18

PL7 B18

PM0 K18

PM1 K19

PM2 L18

PM3 L19

PM4 M18

PM5 G15

PM6 N19

PM7 N18

POR

T J

POR

T K

POR

T L

POR

T M

PG0N15

PG1T14

PG2V11

PG3M16

PG4K17

PG5K15

PG6V12

PG7U14

PH0P4

PH1R2

PH2R1

PH3T1

PH4R3

PH5T2

PH6U2

PH7V2

POR

T G

POR

T H

U1C

TM4C129LNCZAD


GNDX R18

GNDX2 D18HIBM17

NC C5

NC E13

NC V18

NC V19

NC W18

NC W19

OSC0 E19

OSC1 D19

RBIASW15

RSTP18

VBATP19 WAKEU18

XOSC0 T18

XOSC1 T19

SYST

EM

U1A

TM4C129LNCZAD

PA0V3

PA1W3

PA2T6

PA3U5

PA4V4

PA5W4

PA6V5

PA7R7

PB0A16

PB1B16

PB2A17

PB3B17

PB4C6

PB5B6

PB6F2

PB7F1

PC0B15

PC1C15

PC2D14

PC3C14

PC4M2

PC5M1

PC6L2

PC7K3

PD0 C2

PD1 C1

PD2 D2

PD3 D1

PD4 A4

PD5 B4

PD6 B3

PD7 B2

PE0 H3

PE1 H2

PE2 G1

PE3 G2

PE4 A5

PE5 B5

PE6 A7

PE7 B7

PF0 U6

PF1 V6

PF2 W6

PF3 T7

PF4 V7

PF5 W7

PF6 T8

PF7 U8

POR

T A

POR

T B

POR

T C

POR

T D

POR

T E

POR

T F

U1B

TM4C129LNCZAD

GNDA1

GNDA2

GNDA18

GNDA19

GNDB1

GNDB19

GNDF10

GNDH10

GNDH11

GNDH12

GNDJ11

GNDJ12

GNDK6

GNDK9

GNDK10

GNDK13

GNDK14

GNDL8

GNDL9

GNDM8

GNDM9

GNDM10

GNDN10

GNDP16

GNDR17

GNDV1

GNDW1

GNDW2 GNDA G4

VDD G10

VDD H9

VDD J8

VDD J9

VDD J10

VDD K7

VDD K8

VDD K11

VDD K12

VDD L10

VDD L11

VDD L12

VDD M11

VDD M12

VDD N16

VDD P10

VDD P17

VDDA F3

VDDC E10

VDDC H16

VREFA- G5VREFA+ F4

POW

ER

U1E

TM4C129LNCZAD

VCC-3.3V

VCC-CORE

VREF

VCC-ADC

XOSC0

XOSC1

OSC1

OSC0

GNDX

GNDX2

USB-IDUSB-VBUS

USB-D_PUSB-D_N

±1%

R1214K87

USB-D_NUSB-D_P

USB-ID

USB-VBUS

R81K

Vusb_IN

12345GND

IDD+D-

VBUS

CN2

USB MINIB

FP1

R101M C17

3.3nF

D6ESDA5V3L

D7ESDA5V3L

Figure 9-2: USB DEVICE module connection schematic

10. USB HOST connection

Figure 10-1: Connecting USB cable to MINI-B USB

connector via USB adapter

TM4C129L(X)NCZAD can also be used as USB HOST which enables

microcontroller to establish connection with the target device (eg. USB

keyboard, USB mouse, etc). The board provides necessary power supply to the

target via TPS2041B IC. To connect 01 USB HOST cable, it is necessary to use the

appropriate 02 MINI-B USB to USB type A adapter. For proper insertion refer to Figure 10-1.

01

02

Note: When the device is working in USB HOST mode, it must not be mounted to other USB HOST.

X425MHz

C11922pF

C11822pF

X532.768KHz

C12010pF

C12110pF

VCC-3.3V

C122

100nF

C123

100nF

C124

100nF

C125

100nF

C126

100nF

C127

100nF

C140

1uF

C136

1uF

C137

2.2uF

VCC-CORE

C135

100nF

C134

10nF

C142

10nF

C128

100nF

C138

100nF

VREF

C139

10nF

FP9VCC-ADC VCC-3.3V

C141

100nF

C129

100nF

C130

100nF

C131

100nF

C132

10nF

C133

10nF

BAT13000TR

PJ0C8

PJ1E7

PJ2H17

PJ3F16

PJ4F18

PJ5E17

PJ6N1

PJ7K5

PK0 J1

PK1 J2

PK2 K1

PK3 K2

PK4 U19

PK5 V17

PK6 V16

PK7 W16

PL0 G16

PL1 H19

PL2 G18

PL3 J18

PL4 H18

PL5 G19

PL6 C18

PL7 B18

PM0 K18

PM1 K19

PM2 L18

PM3 L19

PM4 M18

PM5 G15

PM6 N19

PM7 N18

POR

T J

POR

T K

POR

T L

POR

T M

PG0N15

PG1T14

PG2V11

PG3M16

PG4K17

PG5K15

PG6V12

PG7U14

PH0P4

PH1R2

PH2R1

PH3T1

PH4R3

PH5T2

PH6U2

PH7V2

POR

T G

POR

T H

U1C

TM4C129LNCZAD


GNDX R18

GNDX2 D18HIBM17

NC C5

NC E13

NC V18

NC V19

NC W18

NC W19

OSC0 E19

OSC1 D19

RBIASW15

RSTP18

VBATP19 WAKEU18

XOSC0 T18

XOSC1 T19

SYST

EM

U1A

TM4C129LNCZAD

PA0V3

PA1W3

PA2T6

PA3U5

PA4V4

PA5W4

PA6V5

PA7R7

PB0A16

PB1B16

PB2A17

PB3B17

PB4C6

PB5B6

PB6F2

PB7F1

PC0B15

PC1C15

PC2D14

PC3C14

PC4M2

PC5M1

PC6L2

PC7K3

PD0 C2

PD1 C1

PD2 D2

PD3 D1

PD4 A4

PD5 B4

PD6 B3

PD7 B2

PE0 H3

PE1 H2

PE2 G1

PE3 G2

PE4 A5

PE5 B5

PE6 A7

PE7 B7

PF0 U6

PF1 V6

PF2 W6

PF3 T7

PF4 V7

PF5 W7

PF6 T8

PF7 U8

POR

T A

POR

T B

POR

T C

POR

T D

POR

T E

POR

T F

U1B

TM4C129LNCZAD

GNDA1

GNDA2

GNDA18

GNDA19

GNDB1

GNDB19

GNDF10

GNDH10

GNDH11

GNDH12

GNDJ11

GNDJ12

GNDK6

GNDK9

GNDK10

GNDK13

GNDK14

GNDL8

GNDL9

GNDM8

GNDM9

GNDM10

GNDN10

GNDP16

GNDR17

GNDV1

GNDW1

GNDW2 GNDA G4

VDD G10

VDD H9

VDD J8

VDD J9

VDD J10

VDD K7

VDD K8

VDD K11

VDD K12

VDD L10

VDD L11

VDD L12

VDD M11

VDD M12

VDD N16

VDD P10

VDD P17

VDDA F3

VDDC E10

VDDC H16

VREFA- G5VREFA+ F4

POW

ER

U1E

TM4C129LNCZAD

VCC-3.3V

VCC-CORE

VREF

VCC-ADC

XOSC0

XOSC1

OSC1

OSC0

GNDX

GNDX2

USB-IDUSB-VBUS

USB-PSW#USB-VBUS-ER#

USB-D_PUSB-D_N

±1%

R1214K87

Vusb_OUT

VCC-5V

R310K

R210K

USB-PSW#

E210uF

1

2

3

OUT

GND

IN5

4 OCEN

U5

TPS2041B

VCC-3.3V

E310uF

USB-VBUS_ER#

E110uF

USB-D_NUSB-D_P

USB-ID

USB-VBUS

R81K

Vusb_IN

D1PMEG3010ER

VCC-3.3V

12345GND

IDD+D-

VBUS

CN2

USB MINIB

C6100nF

FP1

R101M C17

3.3nF

D6ESDA5V3L

D7ESDA5V3L

Figure 10-2: USB HOST module connection schematic

On board ADXL345 accelerometer measures acceleration in three axis: x, y

and z. Most common use is to determine screen orientation, but there

are many other fields of usage. Communication between the

accelerometer and the microcontroller is established

through I2C interface.

11. Accelerometer

Figure 11-1: Accelerometer module

X425MHzC119

22pF

C11822pF

X532.768KHz

C12010pF

C12110pF

BAT13000TRPJ0C8

PJ1E7

PJ2H17

PJ3F16

PJ4F18

PJ5E17

PJ6N1

PJ7K5

PK0 J1

PK1 J2

PK2 K1

PK3 K2

PK4 U19

PK5 V17

PK6 V16

PK7 W16

PL0 G16

PL1 H19

PL2 G18

PL3 J18

PL4 H18

PL5 G19

PL6 C18

PL7 B18

PM0 K18

PM1 K19

PM2 L18

PM3 L19

PM4 M18

PM5 G15

PM6 N19

PM7 N18

POR

T J

POR

T K

POR

T L

POR

T M

PG0N15

PG1T14

PG2V11

PG3M16

PG4K17

PG5K15

PG6V12

PG7U14

PH0P4

PH1R2

PH2R1

PH3T1

PH4R3

PH5T2

PH6U2

PH7V2

POR

T G

POR

T H

U1C

TM4C129LNCZAD


GNDX R18

GNDX2 D18HIBM17

NC C5

NC E13

NC V18

NC V19

NC W18

NC W19

OSC0 E19

OSC1 D19

RBIASW15

RSTP18

VBATP19 WAKEU18

XOSC0 T18

XOSC1 T19

SYST

EM

U1A

TM4C129LNCZAD

PQ0E3

PQ1E2

PQ2H4

PQ3M4

PQ4A13

PQ5W12

PQ6U15

PQ7M3

PR0 N5

PR1 N4

PR2 N2

PR3 V8

PR4 P3

PR5 P2

PR6 W9

PR7 R10

PS0 D12

PS1 D13

PS2 B14

PS3 A14

PS4 V9

PS5 T13

PS6 U10

PS7 R13

PT0 W10

PT1 V10

PT2 E18

PT3 F17

POR

T Q

POR

T R

POR

T S

POR

T N

PN0C10

PN1B11

PN2A11

PN3B10

PN4A10

PN5B9

PN6T12

PN7U12

PP0D6

PP1D7

PP2B13

PP3C12

PP4D8

PP5B12

PP6B8

PP7A8

POR

T P

POR

T T

U1D

TM4C129LNCZAD

XOSC0

XOSC1

OSC1

OSC0

GNDX

GNDX2

ACCEL-INT#

I2C2-SCLI2C2-SDA

VCC-3.3V

C122

100nF

C123

100nF

C124

100nF

C125

100nF

C126

100nF

C127

100nF

C140

1uF

C136

1uF

C137

2.2uF

VCC-CORE

C135

100nF

C134

10nF

C142

10nF

C128

100nF

C138

100nF

VREF

C139

10nF

FP9VCC-ADC VCC-3.3V

C141

100nF

C129

100nF

C130

100nF

C131

100nF

C132

10nF

C133

10nF

±1%

R1214K87

R1154K87

R1164K87

VCC-3.3V

GNDA1

GNDA2

GNDA18

GNDA19

GNDB1

GNDB19

GNDF10

GNDH10

GNDH11

GNDH12

GNDJ11

GNDJ12

GNDK6

GNDK9

GNDK10

GNDK13

GNDK14

GNDL8

GNDL9

GNDM8

GNDM9

GNDM10

GNDN10

GNDP16

GNDR17

GNDV1

GNDW1

GNDW2 GNDA G4

VDD G10

VDD H9

VDD J8

VDD J9

VDD J10

VDD K7

VDD K8

VDD K11

VDD K12

VDD L10

VDD L11

VDD L12

VDD M11

VDD M12

VDD N16

VDD P10

VDD P17

VDDA F3

VDDC E10

VDDC H16

VREFA- G5VREFA+ F4

POW

ER

U1E

TM4C129LNCZAD

VCC-3.3V

VCC-CORE

VREF

VCC-ADC

C63100nF

I2C2-SDA

VCC-3.3V

ACCEL-INT#

VCC-3.3V

R5910K

VCC-3.3V

8

109

111213

14

123456

7

VCCGNDResGNDGNDVCC

CS

INT1INT2NCResADDSDASC

L

U12

ADXL345

C62100nF

VCC-3.3V

I2C2-SCL

Figure 11-2: Accelerometer connection schematic

12. SDRAM

mikromedia 5 for Tiva™ board features high-speed 64 Mbit M12L64164A SDRAM (Synchronous Dynamic Random-Access Memory). It is

internally organized as 4 x 1,048,576 words by 16 bits. The SDRAM provides for programmable read or write burst lengths of 1, 2, 4, 8

locations, or the full page, with a burst terminate option. SDRAM is connected to the microcontroller via dedicated 16-bit parallel interface

providing a high-speed data rate for more demanding multimedia applications, such as TFT diplay.

Figure 12-1: SDRAM

X425MHzC119

22pF

C11822pF

X532.768KHz

C12010pF

C12110pF

BAT13000TR

PJ0C8

PJ1E7

PJ2H17

PJ3F16

PJ4F18

PJ5E17

PJ6N1

PJ7K5

PK0 J1

PK1 J2

PK2 K1

PK3 K2

PK4 U19

PK5 V17

PK6 V16

PK7 W16

PL0 G16

PL1 H19

PL2 G18

PL3 J18

PL4 H18

PL5 G19

PL6 C18

PL7 B18

PM0 K18

PM1 K19

PM2 L18

PM3 L19

PM4 M18

PM5 G15

PM6 N19

PM7 N18

POR

T J

POR

T K

POR

T L

POR

T M

PG0N15

PG1T14

PG2V11

PG3M16

PG4K17

PG5K15

PG6V12

PG7U14

PH0P4

PH1R2

PH2R1

PH3T1

PH4R3

PH5T2

PH6U2

PH7V2PO

RT

GPO

RT

H

U1C

TM4C129LNCZAD


GNDX R18

GNDX2 D18HIBM17

NC C5

NC E13

NC V18

NC V19

NC W18

NC W19

OSC0 E19

OSC1 D19

RBIASW15

RSTP18

VBATP19 WAKEU18

XOSC0 T18

XOSC1 T19

SYST

EM

U1A

TM4C129LNCZAD

PA0V3

PA1W3

PA2T6

PA3U5

PA4V4

PA5W4

PA6V5

PA7R7

PB0A16

PB1B16

PB2A17

PB3B17

PB4C6

PB5B6

PB6F2

PB7F1

PC0B15

PC1C15

PC2D14

PC3C14

PC4M2

PC5M1

PC6L2

PC7K3

PD0 C2

PD1 C1

PD2 D2

PD3 D1

PD4 A4

PD5 B4

PD6 B3

PD7 B2

PE0 H3

PE1 H2

PE2 G1

PE3 G2

PE4 A5

PE5 B5

PE6 A7

PE7 B7

PF0 U6

PF1 V6

PF2 W6

PF3 T7

PF4 V7

PF5 W7

PF6 T8

PF7 U8

POR

T A

POR

T B

POR

T C

POR

T D

POR

T E

POR

T F

U1B

TM4C129LNCZAD

PQ0E3

PQ1E2

PQ2H4

PQ3M4

PQ4A13

PQ5W12

PQ6U15

PQ7M3

PR0 N5

PR1 N4

PR2 N2

PR3 V8

PR4 P3

PR5 P2

PR6 W9

PR7 R10

PS0 D12

PS1 D13

PS2 B14

PS3 A14

PS4 V9

PS5 T13

PS6 U10

PS7 R13

PT0 W10

PT1 V10

PT2 E18

PT3 F17

POR

T Q

POR

T R

POR

T S

POR

T N

PN0C10

PN1B11

PN2A11

PN3B10

PN4A10

PN5B9

PN6T12

PN7U12

PP0D6

PP1D7

PP2B13

PP3C12

PP4D8

PP5B12

PP6B8

PP7A8

POR

T P

POR

T T

U1D

TM4C129LNCZAD

XOSC0

XOSC1

OSC1

OSC0

GNDX

GNDX2

SDRAM-AD8SDRAM-AD9

SDRAM-WE#

SDRAM-AD7SDRAM-AD6SDRAM-AD5SDRAM-AD4

SDRAM-AD11SDRAM-AD10

SDRAM-AD0SDRAM-AD1SDRAM-AD2SDRAM-AD3

SDRAM-CLK

SDRAM-DQMLSDRAM-DQMHSDRAM-CAS#SDRAM-RAS#

SDRAM-D15SDRAM-D14/BA1SDRAM-D13/BA0

SDRAM-D12

SDRAM-CS#SDRAM-C KE

VCC-3.3V

C122

100nF

C123

100nF

C124

100nF

C125

100nF

C126

100nF

C127

100nF

C140

1uF

C136

1uF

C137

2.2uF

VCC-CORE

C135

100nF

C134

10nF

C142

10nF

C128

100nF

C138

100nF

VREF

C139

10nF

FP9VCC-ADC VCC-3.3V

C141

100nF

C129

100nF

C130

100nF

C131

100nF

C132

10nF

C133

10nF

±1%

R1214K87

GNDA1

GNDA2

GNDA18

GNDA19

GNDB1

GNDB19

GNDF10

GNDH10

GNDH11

GNDH12

GNDJ11

GNDJ12

GNDK6

GNDK9

GNDK10

GNDK13

GNDK14

GNDL8

GNDL9

GNDM8

GNDM9

GNDM10

GNDN10

GNDP16

GNDR17

GNDV1

GNDW1

GNDW2 GNDA G4

VDD G10

VDD H9

VDD J8

VDD J9

VDD J10

VDD K7

VDD K8

VDD K11

VDD K12

VDD L10

VDD L11

VDD L12

VDD M11

VDD M12

VDD N16

VDD P10

VDD P17

VDDA F3

VDDC E10

VDDC H16

VREFA- G5VREFA+ F4

POW

ER

U1E

TM4C129LNCZAD

VCC-3.3V

VCC-CORE

VREF

VCC-ADC

DQ15 A2

DQ0 A8

DQ14 B1DQ13 B2

DQ2 B8DQ1 B9

DQ12 C1DQ11 C2

DQ4 C8DQ3 C9

DQ10 D1DQ9 D2

DQ6 D8DQ5 D9

DQ8 E1

NC E2

DQML E8

DQ7 E9

DQMH F1

CLKF2

CKEF3

CAS#F7

RAS#F8

WE#F9

NC/A12G1 A11G2

A9G3

BA0G7

BA1G8

CS#G9

A8H1 A7H2 A6H3

A0H7

A1H8

A10H9

A5J2 A4J3 A3J7 A2J8

U2A

M12L64164A

VSS A1

VSSQ A3VDDQA7

VDDA9

VDDQB3 VSSQ B7

VSSQ C3VDDQC7

VDDQD3 VSSQ D7

VSS E3VDDE7

VSS J1VDDJ9

U2B

M12L64164ASDRAM-D13/BA0SDRAM-D14/BA1

SDRAM-DQMLSDRAM-DQMH

SDRAM-AD0SDRAM-AD1SDRAM-AD2SDRAM-AD3SDRAM-AD4SDRAM-AD5SDRAM-AD6SDRAM-AD7SDRAM-AD8SDRAM-AD9

SDRAM-AD10SDRAM-AD11

SDRAM-D12SDRAM-D13/BA0SDRAM-D14/BA1

SDRAM-D15

SDRAM-AD0SDRAM-AD1SDRAM-AD2SDRAM-AD3SDRAM-AD4SDRAM-AD5SDRAM-AD6SDRAM-AD7SDRAM-AD8SDRAM-AD9SDRAM-AD10SDRAM-AD11

SDRAM-CLK

SDRAM-CKE

SDRAM-WE#SDRAM-CAS#SDRAM-RAS#SDRAM-CS#

VCC-3.3V

VCC-3.3V

C1

100nF

C2

100nF

C3

100nF

C4

10nF

C5

10nF

Figure 12-2: SDRAM connection schematic

13. RF Transceiver

Figure 13-1:RF transceiver antenna

mikromedia 5 for Tiva™ board features nRF24L01P RF transceiver chip with 2.4 GHz chip antenna. It is suitable for wireless operation

in the world wide ISM frequency band at 2.400 - 2.4835 GHz with air data rate up to 2 Mbps. RF transceiver module is connected to the

microcontroller via the Serial Peripheral Interface (SPI). This RF transceiver module is widely used for wireless PC peripherals, remote

controllers, VoIP headsets, game controllers, sensors, home and commercial automation, active RFID, toys and many more.

Figure 13-2: RF transceiver module

X425MHzC119

22pF

C11822pF

X532.768KHz

C12010pF

C12110pF

BAT13000TR

PJ0C8

PJ1E7

PJ2H17

PJ3F16

PJ4F18

PJ5E17

PJ6N1

PJ7K5

PK0 J1

PK1 J2

PK2 K1

PK3 K2

PK4 U19

PK5 V17

PK6 V16

PK7 W16

PL0 G16

PL1 H19

PL2 G18

PL3 J18

PL4 H18

PL5 G19

PL6 C18

PL7 B18

PM0 K18

PM1 K19

PM2 L18

PM3 L19

PM4 M18

PM5 G15

PM6 N19

PM7 N18

POR

T J

POR

T K

POR

T L

POR

T M

PG0N15

PG1T14

PG2V11

PG3M16

PG4K17

PG5K15

PG6V12

PG7U14

PH0P4

PH1R2

PH2R1

PH3T1

PH4R3

PH5T2

PH6U2

PH7V2

POR

T G

POR

T H

U1C

TM4C129LNCZAD


GNDX R18

GNDX2 D18HIBM17

NC C5

NC E13

NC V18

NC V19

NC W18

NC W19

OSC0 E19

OSC1 D19

RBIASW15

RSTP18

VBATP19 WAKEU18

XOSC0 T18

XOSC1 T19

SYST

EM

U1A

TM4C129LNCZAD

PA0V3

PA1W3

PA2T6

PA3U5

PA4V4

PA5W4

PA6V5

PA7R7

PB0A16

PB1B16

PB2A17

PB3B17

PB4C6

PB5B6

PB6F2

PB7F1

PC0B15

PC1C15

PC2D14

PC3C14

PC4M2

PC5M1

PC6L2

PC7K3

PD0 C2

PD1 C1

PD2 D2

PD3 D1

PD4 A4

PD5 B4

PD6 B3

PD7 B2

PE0 H3

PE1 H2

PE2 G1

PE3 G2

PE4 A5

PE5 B5

PE6 A7

PE7 B7

PF0 U6

PF1 V6

PF2 W6

PF3 T7

PF4 V7

PF5 W7

PF6 T8

PF7 U8

POR

T A

POR

T B

POR

T C

POR

T D

POR

T E

POR

T F

U1B

TM4C129LNCZAD

XOSC0

XOSC1

OSC1

OSC0

GNDX

GNDX2

SPI1-SCK

SPI1-SCK

SPI1-MOSI

SPI1-MOSI

SPI1-MISO

SPI1-MISO

RF-CS#

RF-INT#RF-CE

VCC-3.3V

C122

100nF

VCC-3.3V

C123

100nF

C124

100nF

C125

100nF

C126

100nF

C127

100nF

C140

1uFC136

1uF

C137

2.2uF

VCC-CORE

C135

100nF

C134

10nF

C142

10nF

C128

100nF

C138

100nF

VREF

C139

10nF

FP9VCC-ADC VCC-3.3V

C141

100nF

C129

100nF

C130

100nF

C131

100nF

C132

10nF

C133

10nF

±1%

R1214K87

GNDA1

GNDA2

GNDA18

GNDA19

GNDB1

GNDB19

GNDF10

GNDH10

GNDH11

GNDH12

GNDJ11

GNDJ12

GNDK6

GNDK9

GNDK10

GNDK13

GNDK14

GNDL8

GNDL9

GNDM8

GNDM9

GNDM10

GNDN10

GNDP16

GNDR17

GNDV1

GNDW1

GNDW2 GNDA G4

VDD G10

VDD H9

VDD J8

VDD J9

VDD J10

VDD K7

VDD K8

VDD K11

VDD K12

VDD L10

VDD L11

VDD L12

VDD M11

VDD M12

VDD N16

VDD P10

VDD P17

VDDA F3

VDDC E10

VDDC H16

VREFA- G5VREFA+ F4

POW

ER

U1E

TM4C129LNCZAD

VCC-3.3V

VCC-CORE

VREF

VCC-ADC

R120

27

R119

27

R7722K

C8333nF

C9222pF

C9322pF

R82 1M

C862.2nF

C874.7pF

C84

1.5pF

C85N.M.

L58.2nH

L6 2.7nH

L4 3.9nH

RF-CS#

RF-INT#

R7910K

R8110K

RF-CE2345

6 7 1098

1

1112131415

1617181920

CECSNSCKMOSIMISO

IRQ

VDD

VSS

XC2

XC1

VDD_PAANT1ANT2VSSVDD

VSS

DVD

DVS

S

VDD

IREF

nRF24L01P

U16

X2

16MHz

VCC-RF

R7810K

C91

100nF

C89

100nF

C90

100nF

VCC-RF

C88

10uF

FP5

FERRITE

VCC-3.3V

R80 27

A1 W3008C

Figure 13-3: RF transceiver module connection schematic

Figure 14-1: Ethernet RJ-45 connector

14. Ethernet

The development board features an Ethernet controller which is integrated in TM4C129L(X)NCZAD microcontroller. It is ideal for

local area networking (LAN). If you want to establish connection with computer, router or other devices, the development board also

contains standard RJ-45 connector. Communication over Ethernet is based on data packets called frames. Each frame contains source

and destination addresses and error-checking data so that damaged data can be detected and retransmitted. Signalization LEDs are

provided on the opposite side of the board.

X425MHzC119

22pF

C11822pF

X532.768KHz

C12010pF

C12110pF

BAT13000TR


GNDX R18

GNDX2 D18HIBM17

NC C5

NC E13

NC V18

NC V19

NC W18

NC W19

OSC0 E19

OSC1 D19

RBIASW15

RSTP18

VBATP19 WAKEU18

XOSC0 T18

XOSC1 T19

SYST

EM

U1A

TM4C129LNCZAD

PA0V3

PA1W3

PA2T6

PA3U5

PA4V4

PA5W4

PA6V5

PA7R7

PB0A16

PB1B16

PB2A17

PB3B17

PB4C6

PB5B6

PB6F2

PB7F1

PC0B15

PC1C15

PC2D14

PC3C14

PC4M2

PC5M1

PC6L2

PC7K3

PD0 C2

PD1 C1

PD2 D2

PD3 D1

PD4 A4

PD5 B4

PD6 B3

PD7 B2

PE0 H3

PE1 H2

PE2 G1

PE3 G2

PE4 A5

PE5 B5

PE6 A7

PE7 B7

PF0 U6

PF1 V6

PF2 W6

PF3 T7

PF4 V7

PF5 W7

PF6 T8

PF7 U8

POR

T A

POR

T B

POR

T C

POR

T D

POR

T E

POR

T F

U1B

TM4C129LNCZAD

LAN-TX_PLAN-TX_NLAN-RX_PLAN-RX_N

XOSC0

XOSC1

OSC1

OSC0

GNDX

GNDX2

LAN-LED0LAN-LED2

LAN-LED1

VCC-3.3V

C122

100nF

C123

100nF

C124

100nF

C125

100nF

C126

100nF

C127

100nF

C140

1uF

C136

1uF

C137

2.2uF

VCC-CORE

C135

100nF

C134

10nF

C142

10nF

C128

100nF

C138

100nF

VREF

C139

10nF

FP9VCC-ADC VCC-3.3V

C141

100nF

C129

100nF

C130

100nF

C131

100nF

C132

10nF

C133

10nF

±1%

R1214K87

GNDA1

GNDA2

GNDA18

GNDA19

GNDB1

GNDB19

GNDF10

GNDH10

GNDH11

GNDH12

GNDJ11

GNDJ12

GNDK6

GNDK9

GNDK10

GNDK13

GNDK14

GNDL8

GNDL9

GNDM8

GNDM9

GNDM10

GNDN10

GNDP16

GNDR17

GNDV1

GNDW1

GNDW2 GNDA G4

VDD G10

VDD H9

VDD J8

VDD J9

VDD J10

VDD K7

VDD K8

VDD K11

VDD K12

VDD L10

VDD L11

VDD L12

VDD M11

VDD M12

VDD N16

VDD P10

VDD P17

VDDA F3

VDDC E10

VDDC H16

VREFA- G5VREFA+ F4

POW

ER

U1E

TM4C129LNCZAD

VCC-3.3V

VCC-CORE

VREF

VCC-ADC

R83

49.9

R84

49.9

R85

49.9

R86

49.9

FP6

C96100nF

C97100nF

VCC-3.3V

LAN-RX_P

LAN-RX_N

LAN-TX_P

LAN-TX_N

LAN-LED1LAN-LED2

C95100nF

C94100nF

R93330

R94330

TO+1

TBO2

TO-3

RO+6

RBO7

RO-8

TI+ 16

TPI 15

TI- 14

RI+ 11

RBI 10

RI- 9

T2

LP1188NLE

A11

K12

A23

K24 A3 5K3 6A4 7K4 8U17

SLVU2.8-4

RJ45-TX_P

RJ45-TX_N

RJ45-RX_N

RJ45-RX_P

R8875

C991000pF 1210

RJ45-GND

R91 1M

120

6

RJ45-GND

C98

4700

pF 1

812

LAN-LED0

R92330

LD6LD5

LIN

K

AC

TIV

ITY

SPE

ED

R8775

R9075

R8975

LD7

TX+1

TX-2

RX+3

T1A4

T1B5

RX-6

T2A7

T2B8

S

CN7 LPJE8801DNL

Figure 14-2: Ethernet module schematic

Figure 15-1: Buzzer module

15. Buzzer

The board is also equipped with SPT-1325A piezo buzzer. It is an electric component which can be used to create sound when is

provided with electrical signal. This is usually a PWM signal coming from a microcontroller pin. Frequency of the signal determines

the pitch of the sound and duty cycle of the signal can be used to increase or decrease the volume. Piezo buzzer is connected to the

microcontroller pin N18.

X425MHzC119

22pF

C11822pF

X532.768KHz

C12010pF

C12110pF

BAT13000TR

PJ0C8

PJ1E7

PJ2H17

PJ3F16

PJ4F18

PJ5E17

PJ6N1

PJ7K5

PK0 J1

PK1 J2

PK2 K1

PK3 K2

PK4 U19

PK5 V17

PK6 V16

PK7 W16

PL0 G16

PL1 H19

PL2 G18

PL3 J18

PL4 H18

PL5 G19

PL6 C18

PL7 B18

PM0 K18

PM1 K19

PM2 L18

PM3 L19

PM4 M18

PM5 G15

PM6 N19

PM7 N18

POR

T J

POR

T K

POR

T L

POR

T M

PG0N15

PG1T14

PG2V11

PG3M16

PG4K17

PG5K15

PG6V12

PG7U14

PH0P4

PH1R2

PH2R1

PH3T1

PH4R3

PH5T2

PH6U2

PH7V2

POR

T G

POR

T H

U1C

TM4C129LNCZAD


GNDX R18

GNDX2 D18HIBM17

NC C5

NC E13

NC V18

NC V19

NC W18

NC W19

OSC0 E19

OSC1 D19

RBIASW15

RSTP18

VBATP19 WAKEU18

XOSC0 T18

XOSC1 T19

SYST

EM

U1A

TM4C129LNCZAD

XOSC0

XOSC1

OSC1

OSC0

GNDX

GNDX2

VCC-3.3V

C122

100nF

C123

100nF

C124

100nF

C125

100nF

C126

100nF

C127

100nF

C140

1uF

C136

1uF

C137

2.2uF

VCC-CORE

C135

100nF

C134

10nF

C142

10nF

C128

100nF

C138

100nF

VREF

C139

10nF

FP9VCC-ADC VCC-3.3V

C141

100nF

C129

100nF

C130

100nF

C131

100nF

C132

10nF

C133

10nF

±1%

R1214K87

GNDA1

GNDA2

GNDA18

GNDA19

GNDB1

GNDB19

GNDF10

GNDH10

GNDH11

GNDH12

GNDJ11

GNDJ12

GNDK6

GNDK9

GNDK10

GNDK13

GNDK14

GNDL8

GNDL9

GNDM8

GNDM9

GNDM10

GNDN10

GNDP16

GNDR17

GNDV1

GNDW1

GNDW2 GNDA G4

VDD G10

VDD H9

VDD J8

VDD J9

VDD J10

VDD K7

VDD K8

VDD K11

VDD K12

VDD L10

VDD L11

VDD L12

VDD M11

VDD M12

VDD N16

VDD P10

VDD P17

VDDA F3

VDDC E10

VDDC H16

VREFA- G5VREFA+ F4

POW

ER

U1E

TM4C129LNCZAD

VCC-3.3V

VCC-CORE

VREF

VCC-ADC

R711K

VCC-5V

1

23

R1

R2

Q7PDTC114EU

PZ1SPT-1325A

Figure 15-2: Buzzer module connection schematic

Figure 16-1:2.4GHz ceramic chip

antenna

Figure 16-2: Wi-Fi 802.11b/g network

porocessor

16. WiFi

mikromedia 5 for Tiva™ board features CC3000 - Wi-Fi 802.11 b/g network processor chip and 2.4 GHz ceramic chip antenna. With

integrated IPv4 TCP/IP stack and many built-in network protocols it simplifies the implementation of internet connectivity and minimizes

the software requirements of the host microcontroller. It also contains integrated EEPROM which stores firmware patch, network

configuration, MAC address and 5 KB of user data. Wi-Fi module is connected to the microcontroller via the Serial Peripheral Interface (SPI).

X425MHzC119

22pF

C11822pF

X532.768KHz

C12010pF

C12110pF

BAT13000TR


GNDX R18

GNDX2 D18HIBM17

NC C5

NC E13

NC V18

NC V19

NC W18

NC W19

OSC0 E19

OSC1 D19

RBIASW15

RSTP18

VBATP19 WAKEU18

XOSC0 T18

XOSC1 T19

SYST

EM

U1A

TM4C129LNCZAD

PA0V3

PA1W3

PA2T6

PA3U5

PA4V4

PA5W4

PA6V5

PA7R7

PB0A16

PB1B16

PB2A17

PB3B17

PB4C6

PB5B6

PB6F2

PB7F1

PC0B15

PC1C15

PC2D14

PC3C14

PC4M2

PC5M1

PC6L2

PC7K3

PD0 C2

PD1 C1

PD2 D2

PD3 D1

PD4 A4

PD5 B4

PD6 B3

PD7 B2

PE0 H3

PE1 H2

PE2 G1

PE3 G2

PE4 A5

PE5 B5

PE6 A7

PE7 B7

PF0 U6

PF1 V6

PF2 W6

PF3 T7

PF4 V7

PF5 W7

PF6 T8

PF7 U8

POR

T A

POR

T B

POR

T C

POR

T D

POR

T E

POR

T F

U1B

TM4C129LNCZAD

XOSC0

XOSC1

OSC1

OSC0

GNDX

GNDX2

WIFI-CS#SPI1-SCK

SPI1

-SCK

SPI1-MOSI

SPI1

-MO

SI

SPI1-MISO

WIFI-INT#

WIFI-PWR

VCC-3.3V

C122

100nF

C123

100nF

C124

100nF

C125

100nF

C126

100nF

C127

100nF

C128

100nF

C129

100nF

C130

100nF

C131

100nF

C132

10nF

C133

10nF

C140

1uF

C136

1uF

C137

2.2uF

VCC-CORE

C135

100nF

C134

10nF

C142

10nF

C138

100nF

VREF

C139

10nF

FP9VCC-ADC VCC-3.3V

C141

100nF

±1%

R1214K87

GNDA1

GNDA2

GNDA18

GNDA19

GNDB1

GNDB19

GNDF10

GNDH10

GNDH11

GNDH12

GNDJ11

GNDJ12

GNDK6

GNDK9

GNDK10

GNDK13

GNDK14

GNDL8

GNDL9

GNDM8

GNDM9

GNDM10

GNDN10

GNDP16

GNDR17

GNDV1

GNDW1

GNDW2 GNDA G4

VDD G10

VDD H9

VDD J8

VDD J9

VDD J10

VDD K7

VDD K8

VDD K11

VDD K12

VDD L10

VDD L11

VDD L12

VDD M11

VDD M12

VDD N16

VDD P10

VDD P17

VDDA F3

VDDC E10

VDDC H16

VREFA- G5VREFA+ F4

POW

ER

U1E

TM4C129LNCZAD

VCC-3.3V

VCC-CORE

VREF

VCC-ADC

R120 27R119 27

27

27

GND1

RSVD_12

NC3

RSVD_24

WL_EN25

WL_RS232_TX6

WL_EN17

WL_RS232_RX8

GND9

GND10

GN

D11

SPI_

CS12

SPI_

DO

UT

13

SPI_

IRQ

14

SPI_

DIN

15

GN

D16

SPI_

CLK

17

GN

D18

VBAT_IN 19GND 20EXT_32K 21GND 22VIO_HOST 23RSVD_3 24GND 25VBAT_SW_EN 26SDA_EE 27SDA_CC 28

SCL_

EE29

SCL_

CC30

GN

D31

GN

D32

GN

D33

GN

D34

RF_

ANT

35G

ND

36 U24CC3000MOD

WIF

I-CS

#

WIF

I-IN

T#

VCC-3.3V

WIFI-PWR

C11510pF

C114

2.2pFL7N.M.

L82.2nH

C117

1uF

C116

100nF

FP8

VCC-WIFI

VCC-WIFI

WIF

I-AN

T

R114

27

R112 10KR113 10K

VCC-3.3V

A22450AT45A100

SPI1

-MIS

O

Figure 16-3: WiFi connection schematic

17. Other Modules

The board also contains other useful peripherals such as 01 PIN photodiode, 02 RGB led diode, 03 IR receiver and 04 analog

temperature sensor. PIN photodiode is a type of photo detector. It is high sensitive and fast responsive. It is connected to the

microcontroller analog pin A8. IR receiver is used in infrared remote control systems. The demodulated output signal obtained from IR

module can be directly decoded by microcontroller. Many of standard data formats are supported. RGB (Red, Green, Blue) diode can

be used as a light indicator. Each color is driven separately by the transistor. The analog temperature sensor converts temperature

to analog voltage. It is directly connected to the microcontroller K1 analog pin. Temperature measurement range of mikromedia 5 for

Tiva™ board is from -20° C to 70° C.

01

02 03

04

X425MHz

C11922pF

C11822pF

X532.768KHz

C12010pF

C12110pF

VCC-3.3V

C122

100nF

C123

100nF

C124

100nF

C125

100nF

C126

100nF

C127

100nF

C140

1uF

C136

1uF

C137

2.2uF

VCC-CORE

C135

100nF

C134

10nF

C142

10nF

C128

100nF

C138

100nF

VREF

C139

10nF

FP9VCC-ADC VCC-3.3V

C141

100nF

C129

100nF

C130

100nF

C131

100nF

C132

10nF

C133

10nF

BAT13000TR

PJ0C8

PJ1E7

PJ2H17

PJ3F16

PJ4F18

PJ5E17

PJ6N1

PJ7K5

PK0 J1

PK1 J2

PK2 K1

PK3 K2

PK4 U19

PK5 V17

PK6 V16

PK7 W16

PL0 G16

PL1 H19

PL2 G18

PL3 J18

PL4 H18

PL5 G19

PL6 C18

PL7 B18

PM0 K18

PM1 K19

PM2 L18

PM3 L19

PM4 M18

PM5 G15

PM6 N19

PM7 N18

POR

T J

POR

T K

POR

T L

POR

T M

PG0N15

PG1T14

PG2V11

PG3M16

PG4K17

PG5K15

PG6V12

PG7U14

PH0P4

PH1R2

PH2R1

PH3T1

PH4R3

PH5T2

PH6U2

PH7V2

POR

T G

POR

T H

U1C

TM4C129LNCZAD


GNDX R18

GNDX2 D18HIBM17

NC C5

NC E13

NC V18

NC V19

NC W18

NC W19

OSC0 E19

OSC1 D19

RBIASW15

RSTP18

VBATP19 WAKEU18

XOSC0 T18

XOSC1 T19

SYST

EM

U1A

TM4C129LNCZAD

PA0V3

PA1W3

PA2T6

PA3U5

PA4V4

PA5W4

PA6V5

PA7R7

PB0A16

PB1B16

PB2A17

PB3B17

PB4C6

PB5B6

PB6F2

PB7F1

PC0B15

PC1C15

PC2D14

PC3C14

PC4M2

PC5M1

PC6L2

PC7K3

PD0 C2

PD1 C1

PD2 D2

PD3 D1

PD4 A4

PD5 B4

PD6 B3

PD7 B2

PE0 H3

PE1 H2

PE2 G1

PE3 G2

PE4 A5

PE5 B5

PE6 A7

PE7 B7

PF0 U6

PF1 V6

PF2 W6

PF3 T7

PF4 V7

PF5 W7

PF6 T8

PF7 U8

POR

T A

POR

T B

POR

T C

POR

T D

POR

T E

POR

T F

U1B

TM4C129LNCZAD

GNDA1

GNDA2

GNDA18

GNDA19

GNDB1

GNDB19

GNDF10

GNDH10

GNDH11

GNDH12

GNDJ11

GNDJ12

GNDK6

GNDK9

GNDK10

GNDK13

GNDK14

GNDL8

GNDL9

GNDM8

GNDM9

GNDM10

GNDN10

GNDP16

GNDR17

GNDV1

GNDW1

GNDW2 GNDA G4

VDD G10

VDD H9

VDD J8

VDD J9

VDD J10

VDD K7

VDD K8

VDD K11

VDD K12

VDD L10

VDD L11

VDD L12

VDD M11

VDD M12

VDD N16

VDD P10

VDD P17

VDDA F3

VDDC E10

VDDC H16

VREFA- G5VREFA+ F4

POW

ER

U1E

TM4C129LNCZAD

PQ0E3

PQ1E2

PQ2H4

PQ3M4

PQ4A13

PQ5W12

PQ6U15

PQ7M3

PR0 N5

PR1 N4

PR2 N2

PR3 V8

PR4 P3

PR5 P2

PR6 W9

PR7 R10

PS0 D12

PS1 D13

PS2 B14

PS3 A14

PS4 V9

PS5 T13

PS6 U10

PS7 R13

PT0 W10

PT1 V10

PT2 E18

PT3 F17

POR

T Q

POR

T R

POR

T S

POR

T N

PN0C10

PN1B11

PN2A11

PN3B10

PN4A10

PN5B9

PN6T12

PN7U12

PP0D6

PP1D7

PP2B13

PP3C12

PP4D8

PP5B12

PP6B8

PP7A8

POR

T P

POR

T T

U1D

TM4C129LNCZAD

VCC-3.3V

VCC-CORE

VREF

VCC-ADC

XOSC0

XOSC1

OSC1

OSC0

GNDX

GNDX2

MISC-LED-RMISC-LED-GMISC-IR-RXMISC-LED-B

MISC-TEMP

MISC-PD

±1%

R1214K87

1

23

R1

R2

Q4PDTC114EU

1

23

R1

R2

Q5PDTC114EU

1

23

R1

R2

Q6PDTC114EU

R682K2

R693K3

R702K2

VCC-5V VCC-5V VCC-5V

MIS

C-LE

D_R

MIS

C-LE

D_G

MIS

C-LE

D_B

LD3 LD3 LD3

LD4PD15

12

3

84

U3ALM358

R74

27K4VCC-3.3V

MISC-PD5

67

U3BLM358

C82100nF

VCC-3.3V

R73

100K

R751M

C79100nF

R76

150K

VCC-3.3V

MISC-IR_RX

C764.7uF

4321

U14

TSOP6238

1

23VDD

VOUTGND

U15

MCP9700A

VCC-3.3V

C78100nF

MISC-TEMP

C77100nF

R72

100

Figure 17-1: Other modules connection schematic

Many microcontroller pins are available for further connectivity via two 1x26 rows of connection pads on both sides of the board

18. Pads Analog lines SPI CAN PWM InterruptI2CUART

RST3.3V

PL4

R

PL5PM4

R

PM5PF2

L

L

PF3PQ1PQ0

VDC

PQ3PQ2PK6PK7PH6PH7PJ0PJ1

PB6PB7GND

27.28.

33.

30.

34.35.

32.

36.37.

29.

31.

38.39.40.

52.

41.42.43.44.45.46.47.48.49.50.51.

Reset pin3.3V pwr.Audio out

Audio in

PWM Lines

SPI3

I2C4 Lines

UART5 Lines

UART3 Lines

I2C6

Ref. Ground5-12V Input

5VGND

PD1

PE2

PD0PE7

PE0

PP4PP0

PE3

PE1

PP1PG6PG7

GND

PG4PG5PQ4PQ5PAOPA1NCNCNCNC3.3V

1.2.

7.

4.

8.9.

6.

10.11.

3.

5.

12.13.14.

26.

15.16.17.18.19.20.21.22.23.24.25.

5V powerRef. Ground

Analog lines

Interrupt lines

SPI2

CAN

UART1

3.3V powerRef. Ground

X425MHzC119

22pF

C11822pF

X532.768KHz

C12010pF

C12110pF

BAT13000TR

PJ0C8

PJ1E7

PJ2H17

PJ3F16

PJ4F18

PJ5E17

PJ6N1

PJ7K5

PK0 J1

PK1 J2

PK2 K1

PK3 K2

PK4 U19

PK5 V17

PK6 V16

PK7 W16

PL0 G16

PL1 H19

PL2 G18

PL3 J18

PL4 H18

PL5 G19

PL6 C18

PL7 B18

PM0 K18

PM1 K19

PM2 L18

PM3 L19

PM4 M18

PM5 G15

PM6 N19

PM7 N18

POR

T J

POR

T K

POR

T L

POR

T M

PG0N15

PG1T14

PG2V11

PG3M16

PG4K17

PG5K15

PG6V12

PG7U14

PH0P4

PH1R2

PH2R1

PH3T1

PH4R3

PH5T2

PH6U2

PH7V2

POR

T G

POR

T H

U1C

TM4C129LNCZAD


GNDX R18

GNDX2 D18HIBM17

NC C5

NC E13

NC V18

NC V19

NC W18

NC W19

OSC0 E19

OSC1 D19

RBIASW15

RSTP18

VBATP19 WAKEU18

XOSC0 T18

XOSC1 T19

SYST

EM

U1A

TM4C129LNCZAD

PA0V3

PA1W3

PA2T6

PA3U5

PA4V4

PA5W4

PA6V5

PA7R7

PB0A16

PB1B16

PB2A17

PB3B17

PB4C6

PB5B6

PB6F2

PB7F1

PC0B15

PC1C15

PC2D14

PC3C14

PC4M2

PC5M1

PC6L2

PC7K3

PD0 C2

PD1 C1

PD2 D2

PD3 D1

PD4 A4

PD5 B4

PD6 B3

PD7 B2

PE0 H3

PE1 H2

PE2 G1

PE3 G2

PE4 A5

PE5 B5

PE6 A7

PE7 B7

PF0 U6

PF1 V6

PF2 W6

PF3 T7

PF4 V7

PF5 W7

PF6 T8

PF7 U8

POR

T A

POR

T B

POR

T C

POR

T D

POR

T E

POR

T F

U1B

TM4C129LNCZAD

PQ0E3

PQ1E2

PQ2H4

PQ3M4

PQ4A13

PQ5W12

PQ6U15

PQ7M3

PR0 N5

PR1 N4

PR2 N2

PR3 V8

PR4 P3

PR5 P2

PR6 W9

PR7 R10

PS0 D12

PS1 D13

PS2 B14

PS3 A14

PS4 V9

PS5 T13

PS6 U10

PS7 R13

PT0 W10

PT1 V10

PT2 E18

PT3 F17

POR

T Q

POR

T R

POR

T S

POR

T N

PN0C10

PN1B11

PN2A11

PN3B10

PN4A10

PN5B9

PN6T12

PN7U12

PP0D6

PP1D7

PP2B13

PP3C12

PP4D8

PP5B12

PP6B8

PP7A8

POR

T P

POR

T T

U1D

TM4C129LNCZAD

RST#

XOSC0

XOSC1

OSC1

OSC0

GNDX

GNDX2

CAN-RXCAN-TX

HDR-AN5HDR-AN4

HDR-AN3HDR-AN2HDR-AN1HDR-AN0

HDR-INT0

SPI2-MISO

SPI2-MISO

SPI2-MOSI

SPI2-MOSI

SPI2-CS#

SPI2-CS#

SPI2-SCK

SPI2-SCK

UART5-RXUART5-TX

UART5-RXUART5-TX

UART3-RXUART3-TX

UART3-RXUART3-TX

I2C4-SCLI2C4-SDA

I2C4-SCLI2C4-SDA

HDR-PWM0HDR-PWM1

HDR-PWM2HDR-PWM3

HDR-PWM4HDR-PWM5

HDR-INT1

HDR-INT2HDR-INT3

I2C2-SCLI2C2-SDA

I2C2-SCLI2C2-SDA

SPI3-SCK

SPI3-SCK

SPI3-CS#

SPI3-CS#

SPI3-MOSISPI3-MISO

SPI3-MOSISPI3-MISO

UART1-RXUART1-TX

UART1-RXUART1-TX

VCC-3.3V

C122

100nF

C123

100nF

C124

100nF

C125

100nF

C126

100nF

C127

100nF

C140

1uF

C136

1uF

C137

2.2uF

VCC-CORE

C135

100nF

C134

10nF

C142

10nF

C128

100nF

C138

100nF

VREF

C139

10nF

FP9VCC-ADC VCC-3.3V

C141

100nF

C129

100nF

C130

100nF

C131

100nF

C132

10nF

C133

10nF

±1%

R1214K87

R1154K87

R1164K87

VCC-3.3V

GNDA1

GNDA2

GNDA18

GNDA19

GNDB1

GNDB19

GNDF10

GNDH10

GNDH11

GNDH12

GNDJ11

GNDJ12

GNDK6

GNDK9

GNDK10

GNDK13

GNDK14

GNDL8

GNDL9

GNDM8

GNDM9

GNDM10

GNDN10

GNDP16

GNDR17

GNDV1

GNDW1

GNDW2 GNDA G4

VDD G10

VDD H9

VDD J8

VDD J9

VDD J10

VDD K7

VDD K8

VDD K11

VDD K12

VDD L10

VDD L11

VDD L12

VDD M11

VDD M12

VDD N16

VDD P10

VDD P17

VDDA F3

VDDC E10

VDDC H16

VREFA- G5VREFA+ F4

POW

ER

U1E

TM4C129LNCZAD

VCC-3.3V

VCC-CORE

VREF

VCC-ADCVCC-3.3V

Vdc

VCC-5V

RST#

HDR-LN_OUT_LHDR-LN_OUT_R

HDR-LN_IN_RHDR-LN_IN_L

HDR1

M1X26

HDR2

M1X26

1234567891011121314151617181920212223242526

2728293031323334353637383940414243444546474849505152

VCC-3.3V

CAN_RXCAN_TX

HDR-AN0HDR-AN1HDR-AN2HDR-AN3HDR-AN4HDR-AN5

HDR-PWM0HDR-PWM1HDR-PWM2HDR-PWM3

HDR-INT0HDR-INT1HDR-INT2HDR-INT3

HDR-PWM4HDR-PWM5

MP3HDR-LN_OUT_LHDR-LN_OUT_R

HDR-LN_IN_RHDR-LN_IN_L

LINE-OUT_LLINE-OUT_RLINE-IN_LLINE-IN_R

Figure 18-1: Connecting pads schematic

19. Dimensions5318.66135.1

5003.7127

465.7111.6

362.29.2

397.910.1

1361.334.6

260066

934.8423.7

3411

.42

86.6

3096

.45

78.6

702.24

17.8

3067.8

3719.4

956.9824.3

457.311.6

70017.8

48012.2

631.6

1574

697.317.7

400

10.2

1020

25.913

6834

.71628

41.3

487.32

12.4

755

19.2

Legend

Tolerance +/-0.5mm

mmmils

20. What’s next?

You still don’t have an appropriate compiler? Locate ARM® compiler that suits you best

on our website:

Choose between mikroC™, mikroBasic™ and mikroPascal™ and download fully functional

demo version, so you can start building your first applications.

Once you have chosen your compiler, and since you already got the board, you are ready to start writing your first

projects. Visual TFT software for rapid development of graphical user interfaces enables you to quickly create your

GUI. It will automatically create necessary code which is compatible with МikroElektronika compilers. Visual TFT is

rich with examples, which are an excellent starting point for your future projects. Just load the example, read well

commented code, and see how it works on hardware. Visual TFT is also available on the link bellow:

You have now completed the journey through each and every feature of mikromedia 5 for Тiva™ board. You got to know it’s modules and

organization. Now you are ready to start using your new board. We are suggesting several steps which are probably the best way to begin.

We invite you to join the users of mikromedia™ brand. You will find very useful projects and tutorials and can get help from a large ecosystem

of users. Welcome!

Compiler

Projects

http://www.mikroe.com/compilers/arm/

http://www.mikroe.com/visualtft/

Notes:

DISCLAIMER

All the products owned by MikroElektronika are protected by copyright law and international copyright treaty. Therefore, this manual is to be treated as any other copyright material. No part of this manual, including product and software described herein, may be reproduced, stored in a retrieval system, translated or transmitted in any form or by any means, without the prior written permission of MikroElektronika. The manual PDF edition can be printed for private or local use, but not for distribution. Any modification of this manual is prohibited.

MikroElektronika provides this manual ‘as is’ without warranty of any kind, either expressed or implied, including, but not limited to, the implied warranties or conditions of merchantability or fitness for a particular purpose.

MikroElektronika shall assume no responsibility or liability for any errors, omissions and inaccuracies that may appear in this manual. In no event shall MikroElektronika, its directors, officers, employees or distributors be liable for any indirect, specific, incidental or consequential damages (including damages for loss of business profits and business information, business interruption or any other pecuniary loss) arising out of the use of this manual or product, even if MikroElektronika has been advised of the possibility of such damages. MikroElektronika reserves the right to change information contained in this manual at any time without prior notice, if necessary.

TRADEMARKS

The MikroElektronika name and logo, the MikroElektronika logo, mikroC™, mikroBasic™, mikroPascal™, mikroProg™ and mikromedia™ are trademarks of MikroElektronika. All other trademarks mentioned herein are property of their respective companies.All other product and corporate names appearing in this manual may or may not be registered trademarks or copyrights of their respective companies, and are only used for identification or explanation and to the owners’ benefit, with no intent to infringe.

Copyright © MikroElektronika, 2013, All Rights Reserved.

HIGH RISK ACTIVITIES

The products of MikroElektronika are not fault – tolerant nor designed, manufactured or intended for use or resale as on – line control equipment in hazard-ous environments requiring fail – safe performance, such as in the operation of nuclear facilities, aircraft navigation or communication systems, air traffic control, direct life support machines or weapons systems in which the failure of Software could lead directly to death, personal injury or severe physical or environmental damage (‘High Risk Activities’). MikroElektronika and its suppliers specifically disclaim any expressed or implied warranty of fitness for High Risk Activities.

If you want to learn more about our products, please visit our website at www.mikroe.com

If you are experiencing some problems with any of our products or just need additional

information, please place your ticket at www.mikroe.com/support/

If you have any questions, comments or business proposals,

do not hesitate to contact us at [email protected]

mikromedia 5 for TIVATM

Manual

ver. 1.02

0 100000 025109

5’’ tft touch screen and lots of multimedia peripherals ... · amazingly compact,...

Documents