Texas Instruments TSC2013EVM Manuale utente
User's Guide
SLVUA92–July 2014
TSC2013EVM User's Guide
1 Introduction
This user's guide describes the characteristics, operation, and use of the TSC2013 evaluation module
(EVM). This EVM, featuring the TSC2013 resistive dual-touch controller, is a fully-functional USB-powered
platform that allows 4-wire resistive touch-screen panels to be connected to the USB port of a PC or
laptop for evaluation. A complete circuit description, schematic diagram, and bill of materials are included
in this document.
The following related documents are available through the Texas Instruments web site at www.ti.com.
The following lists devices and corresponding device data sheets of devices that are compatible with this
EVM:
• TSC2013, SLVSC89
• DRV2605, SLOS825
• REG1117-33, SBVS001
• MSP430F247, SLAS547I
2 EVM Overview
2.1 Features
The TSC2013EVM is a complete evaluation and demonstration kit that includes a USB-based board and
evaluation software for use with a personal computer running Microsoft Windows® operating systems
(OS).
3 Analog Interface
The TSC2013EVM is designed for easy interfacing to 4-wire resistive touch screen panels.
Table 1. Analog Interface Pinout
PIN NUMBER SIGNAL DESCRIPTION
J300.1 Y– Touch screen Y- electrode
J300.2 X– Touch screen X- electrode
J300.3 Y+ Touch screen Y+ electrode
J300.4 X+ Touch screen X+ electrode
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Digital Interface
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4 Digital Interface
The TSC2013EVM is designed to easily interface with multiple control platforms.
Table 2. Digital Interface Pinout
PIN NUMBER SIGNAL DESCRIPTION
J202.1 GND
J202.2 RST Hardware reset input
J202.3 SDA_A Serial data I/O
J202.4 SCL_A Serial clock
J202.5 INT_TSC Interrupt output (for host systems)
J202.6 GND
J201.1 RXD_Debug Receiving asynchronous data input. For debug purpose.
J201.2 GND
J201.3 TXD_Debug Transmit Asynchronous Data Output. For debug purpose.
5 Power Supplies
The USB connection supplies the TSC2013EVM with power. Onboard regulators generate the required
supply voltages and no further power supplies are necessary. The power-supply voltage has an LED
(LED502) that lights up when the power supplies are active.
6 EVM Operation
The following section provides information on the analog input, digital control, and general operating
conditions of the TSC2013EVM.
6.1 Analog Input
The analog input sources (touch screen) can be applied directly to pin J300.
6.2 Digital Control
The digital control signals are applied through the USB connection and no other connections are required.
The TSC2013EVM can also be connected to a DSP or microcontroller interface board through the J202
pin. If external I2C control is desired, remove the following resisters: R231, R232, and R233.
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FT232
MSP430
DRV2605
LRA Motor
TSC2013
Resistive
Touch Panel
I2CI2C
USB
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Kit Operation
7 Kit Operation
The following section provides information on using the TSC2013EVM, including setup, program
installation, and program usage.
7.1 TSC2013EVM-PDK Block Diagram
Figure 1 shows a block diagram of the TSC2013EVM. The TSC2013 and DRV2605 device are both
controlled by an MSP430™ microcontroller (MCU) through an I2C interface. One resistive touch panel is
connected to the TSC2013 device by a 4-pin FPC connector and an LRA motor is attached as an
actuator. The FT232 device is a USB-to-serial UART interface and is used to transfer data from the
MSP430 MCU to the host PC or is used to receive commands from the host PC.
Figure 1. TSC2013EVM Block Diagram
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Kit Operation
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7.2 Quick Start
Place the CD-ROM into CD-ROM drive of the PC. Locate the Setup.exe program on the disk and execute
the program. The setup program installs the TSC2013 evaluation software on the PC. Follow the
instructions and prompts given to correctly install the software.
After the software is installed, a dialog box appears with instructions for installing the FTDI CDM drivers
which are a self-extracting archive. Click the Extract button to proceed. The archive extracts the files and
automatically runs the installer for the FTDI CDM Drivers which is shown in Figure 2.
When the driver installation is complete, attach a USB cable from the PC to the TSC2013EVM board. The
board receives power from the USB interface and therefore the power-indicator LED (LED502) on the
TSC2013EVM should light up when the USB cable is attached. When the USB cable is connected to the
PC and the EVM board, launch the TSC2013 evaluation software on the PC. A screen similar to the one
in Figure 4 should appear when the software is launched.
Figure 2. FTDI CMD Drivers Installer Screen
Figure 3. Serial Settings Screen
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Kit Operation
Figure 4. Default Software Screen
In order to use the touch-screen features, a 4-wire resistive-touch screen must be connected to the J300
pin of the TSC2013EVM, as previously described.
Click the Serial Settings button and the window shown in Figure 3 opens. Select the correct port and click
the OK button. Click the Connect button and the word Connected appears with a green background in the
bottom left of the screen. Figure 4 shows the word Disconnected with a red background.
If the port number is unknown, navigate to the PC Device Manager from the Control Panel that is located
on the Start Menu of a PC running a Windows OS. Expand the Ports (COM & LPT) list to view the ports.
Select the port that has an annotation beginning with USB Serial Port as shown in Figure 5.
Figure 5. Device Manager Screen
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Kit Operation
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7.3 Program Description
After the TSC2013EVM software is installed, the EVM board can be used to evaluate and develop the
TSC2013 device.
7.3.1 1-Finger Trace Panel
The touch-screen box in the 1-Finger Trace Panel is updated when a touch is detected on the touch
screen (see Figure 6). When the touch screen is drawn on, the drawing motion on the touch screen is
translated into pixels on this box.
The display can be cleared by pressing the Clear button on the screen.
Figure 6. 1-Finger Trace Screen
7.3.2 2-Finger Gesture Panel
The TSC2013EVM supports three types of gestures which are zoom in or out, rotation, and 1-finger flick.
Pictures are updated when a gesture is detected by the firmware in the MSP430 device (see Figure 7).
For example, if a user performs a zoom in or zoom out gesture on the touch panel, the picture on the
screen zooms in or out at the same time that the gesture is performed.
Figure 7. 2-Finger Gesture Screen
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EVM Bill of Materials (BOM) and Schematic
8 EVM Bill of Materials (BOM) and Schematic
Table 3 lists the complete BOM for the modular TSC2013EVM.
Table 3. TSC2013EVM Bill of Materials
DESIGNATORS DESCRIPTION MANUFACTURER PART NUMBER
C100, C101, C102, C103, C104, 10-µF, capacitor,10%,SMT0805 AVX 0805YD106KAT2A
C300, C303, C501
C200, C202 1-µF, capacitor,10%,SMT0603 KEMET C0603C102K3GACTU
C201 1-nF, capacitor,10%,SMT0603 TDK C0603X5R1E102K030BA
C203, C503 10-nF, capacitor,SMT0603 KEMET C0603C103K4RACTU
C204, C205 12-pF, capacitor,5%,SMT0603 TDK C0603C0G1E120J030BA
C301, C302, C305, C404, C405, 100-nF, capacitor,10%,SMT0603 AVX 06033C104KAT2A
C500, C502, C504
FB200, FB500 Ferrite bead, 100-Ωat 100 Fair-Rite 2508051017Y0
MHz,SMT0805
F500 Fuse, 0.5-A, SMT0805 Multicomp MCF0805B0R50FSTR
J200 Connector, header, 2 rows, 14-pin TE Connectivity / AMP 1-1634688-4
J201 Connector, header, right angle, single TE Connectivity / AMP 826947-3
row, 3-pin
J202 Connector, header, right angle, single TE Connectivity / AMP 826949-6
row, 6-pin
J300 Receptacle FPC, 1-MM Molex 52271-0479
J400 LRA Motor AAC AAC1030
J500 Mini-USB type-B receptacle Würth Elektronik 65100516121
LED500, LED501, LED502 LED, Green, SMT0805 Würth Elektronik 150080GS75000
R231, R232, R233, R300, R405, Resistor, 0, 5%, 0.1-W, SMT0603 Panasonic ERJ-3GEY0R00V
R407
R200 Resistor, 47-kΩ,5%, 0.1-W, SMT0603 Panasonic ERJ3GEYJ473V
R201, R202, R207, R208, R222, Resistor, 4.7-kΩ, 5%, 0.1-W, Panasonic ERJ3GEYJ472V
R223 SMT0603
R203, R204, R205, R206, R209, Resistor, 100-Ω, 5%, 0.1-W, Panasonic ERJ3GEYJ101V
R212, R213, R214, R224, R302, SMT0603
R303, R308, R408, R505
R228, R229, R230, R404, R406 Resistor, 10-kΩ, 5%, 0.1-W, SMT0603 Panasonic ERJ3GEYJ103V
R309 Resistor, 47-Ω, 5%, 0.1-W, SMT0603 Panasonic ERJ3GEYJ470V
R500, R501, R502 Resistor, 22-Ω, 5%, 0.1-W, SMT0603 Panasonic ERJ3GEYJ220V
R503, R504, R506 Resistor, 1-kΩ, 5%, 0.1-W, SMT0603 Panasonic ERJ3GEYJ102V
SW200 DIP switch OMRON A6S-3104-H
U100, U101 Single output LDO, 800-mA, fixed Texas Instruments REG1117-3.3
(3.3-V)
U200 16-bit MCU, 32-KB Flash, 4-KB RAM Texas Instruments MSP430F247TPMR
U300 Resistive dual-touch controller Texas Instruments TSC2013QPWRQ1
U401 Haptic driver for ERM-LRA Texas Instruments DRV2605YZFR
U500 USB to serial UART FTDI Chip FT232RL
Y200 Crystal, 11.0592-MHz, SMD TXC CORPORATION 9C-11.0592MAAJ-T
— LCD touch panel Fujitsu T010-1301-T320
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FT232
UART -> USB
MSP430F247
TSC2013 DRV260x
5V -> 3V3
SDA_A
SCL_A
SDA_A
SCL_B
SDA_B
SCL_B
SDA_B
SCL_A
PWM_DRV260x
DRV_EN
DRV_EN
PWM_DRV260x
TSC2013
TSC2013
3V3_A
/RST
SCL_A
SDA_A
/INT_TSC
MSP430xx
MSP430xx
Vcc
/RST
SCL_A
SDA_A
SCL_B
SDA_B
/INT_TSC
RXD
TXD
DRV_PWM
DRV_EN
/RST_UART
DRV2605_2603
DRV2605
Vbus
SDA_B
SCL_B
PWM
DRV_EN
Power
Power
3V3_D
3V3_A
Vbus
UART2USB
UART2USB
Vbus
TXD
RXD
/RST_UART
TSC2013EVM Schematics
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9 TSC2013EVM Schematics
The schematic diagrams are provided for reference.
Figure 8.
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From
MiniUSB port To MSP430x
To TSC2013
3V3_D
3V3_A
Vbus
C103
10uF
C100
10uF R101
DNP
C101
10uF
C104
10uF
C102
10uF
U101
REG1117 -3V3
1
GND
VOUT 2
VIN
3
4
Sink
3V3_A
U100
REG1117 -3V3
1
GND
VOUT 2
VIN
3
4
Sink
3V3_D
From USB 5V
From MSP430x
From MSP430x
PWM
DRV_EN
Vbus
SDA_B
SCL_B
Vcc_DRV
Vcc_DRV
Vcc_DRV
Vcc_DRV
C403
100nF
J400
LRA
1
2
U401
DRV2605
EN
1
IN/TRIG
4
SCL
7
VERG 2
SDA
5
VDD 8
OUT+ 3
GND
6
OUT- 9
C401
100nF
OUT-
R403
DNP
R407
0
R401
DNP
R404
10k
U400
DRV2603
EN
1
PWM
2
LRA/ERM
3
NC 4
GND
5
OUT- 6
Vdd 7
GND
8
OUT+ 9
GND
10
R400
DNP
OUT+
R402
10k
C402
10nF
SDA_B
C404
100nF
DRV_EN DRV_PWM
C400
10uF
R408
100
SCL_B
C405
100nF
R405
0
R406
10k
FB400
100Ohm @ 100MHz
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TSC2013EVM Schematics
Figure 9.
Figure 10.
9
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MSP430XX 4-wire JTAG port
To DRV260x
To TSC2013
From TSC2013
H
L
To FT232RL
/RST_NMI
RXD_Debug
TDO_TDI
TDI
TMS
TCK
/RST_NMI
TXD_Debug
TCK
TMS
TDI
TDO_TDI
SCL_A
SDA_A
SCL_B
SDA_B
Vcc
DRV_PWM
DRV_EN
/RST
/INT_TSC
TXD
RXD
/RST_UART
Vcc_MCU
Vcc_MCU
Vcc_MCU
Vcc_MCU
Vcc_MCU
C200
1uF
LED202
BLUE
ZoomoOut
C202
1uF
R228
R204 100
R218
1.5k
R215
1.5k
R230
10k x 3
C201
1nF
R212
100
R207
4.7k
R219
1.5k
LED201
BLUE
ZoomIn
R200
47k
R229
R208
4.7k
V201
DNP
R206 100
R201
4.7k
R213
100
Y200
11.0592MHz
C203
10nF
V205
DNP
R220
1.5k
R205 100
C205
12pF
R214
100
LED206
BLUE
Down
LED204
BLUE
Right
LED203
BLUE
Left
R209
100
C204
12pF
R221
1.5k
R224
100
R222
4.7k
V202
DNP
R202
4.7k
LED200
BLUE
TouchDetected
R233 0
R223
4.7k
R203 100
J201
UART
1
2
3
R216
1.5k
R231 0
V204
DNP
U200
MSP430F247
DVcc
1
P6.3_A3
2
P6.4_A4
3
P6.5_A5
4
P6.6_A6
5
P6.7_A7_SVSIN
6
Vref+
7
XIN
8
XOUT
9
Veref+
10
Vref-_Veref-
11
P1.0_TACLK_CAOUT
12
P1.1_TA0
13
P1.2_TA1
14
P1.3_TA2
15
P1.4_MCLK
16
P1.5_TA0
17
P1.6_TA1
18
P1.7_TA2
19
P2.0_ACLK_CA2
20
P2.1_TAINCLK_CA3
21
P2.2_CAOUT_TA0_CA4
22
P2.3_CA0_TA1
23
P2.4_CA1_TA2
24
P2.5_Rosc_CA5
25
P2.6_ADC12CLK_CA6
26
P2.7_TA0_CA7
27
P3.0_UCB0STE_UCA0CLK
28
P3.1_UCB0SIMO_UCB0SDA
29
P3.2_UCB0SOMI_UCB0SCL
30
P3.3_UCB0CLK_UCA0STE
31
P3.4_UCA0TXD_UCA0SIMO
32
P3.5_UCA0RXD_UCA0SOMI 33
P3.6_UCA1TXD_UCA1SIMO 34
P3.7_UCA1RXD_UCA1SOMI 35
P4.0_TB0 36
P4.1_TB1 37
P4.2_TB2 38
P4.3_TB3 39
P4.4_TB4 40
P4.5_TB5 41
P4.6_TB6 42
P4.7_TBCLK 43
P5.0_UCB1STE_UCA1CLK 44
P5.1_UCB1SIMO_UCB1SDA 45
P5.2_UCB1SOMI_UCB1SCL 46
P5.3_UCB1CLK_UCA1STE 47
P5.4_MCLK 48
P5.5_SMCLK 49
P5.6_ACLK 50
P5.7/TBOUTH_SVSOUT 51
XT2OUT 52
XT2IN 53
TDO_TDI 54
TDI_TCLK 55
TMS 56
TCK 57
RST_NMI 58
P6.0_A0 59
P6.1_A1 60
P6.2_A2 61
AVss 62
DVss 63
AVcc 64
V203
DNP
V200
DNP
LED205
BLUE
Up
SW200
1
2
4
3
5
6
J200
JTAG
1
3
5
7
9
11
13
2
4
6
8
10
12
14
J202
CON6
1
2
3
4
5
6
C206
DNP
FB200
100Ohm @ 100MHz
R232 0
R217
1.5k
TSC2013EVM Schematics
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Figure 11.
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