Section Introduction Features .1-1 Section Getting Started.

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T8xC5121 Starter
Section Introduction
Features .1-1
Section Getting Started.
Package Contents.1-3 System Requirements.1-3 Quick Start .1-3 Connecting Microcontroller .1-3 Hardware Connection .1-5 Power Supply .1-5
Section Hardware Description
3.10 Description Jumpers .1-8 Description Switches.1-8 Reset.1-9 Clock .1-9 Switch.1-9 INT1 Switch.1-9 Serial Port .1-9 LEDs .1-9 Smart Card Interface.1-9 Card Interface .1-10
Section Microcontroller Programming. 1-11
FLIP Software .1-11 Programming T89C5121.1-11 Programming T85C5121.1-13
Section Software Description. 1-15
Programming Using FLIP.1-15 Running Demonstration Program.1-17
Section Appendix 1-19
Schematics .1-21 References.1-26 Acronyms .1-26
T8xC5121 Starter
4186D-SCR-06/03
Section Introduction
T8xC5121 Starter allows fully evaluate T8xC5121 microcontrollers. either included demonstration program your application. board also used programmer T89C5121 product. T8xC5121 Demonstration Board supports communication through RS-232 serial communication mode. This user's guide describes hardware Demonstration Board well documentation about demonstration software.
Features
Demonstration Board Contains Either:
Stand-alone Mode With On-chip EEPROM Program Memory (T89C5121 Product Version) On-board EEPROM Program Memory In-System Programmable (ISP) Bootloader that Downloads Files Into Internal Memory Smart Card Connector Connector LEDS On-board Voltage Regulator with Voltage Setting Sockets: SSOP24, DIL24 Package Adapter RS-232 Serial Port Interrupt (INT1) Input Manual Reset Switch Data, Address Control Lines Conveniently Brought Connectors Prototyping Area
T8xC5121 Starter
Rev. 4186D-SCR-06/03
Introduction
Figure T8xC5121 Starter
4186D-SCR-06/03
T8xC5121 Starter
Section Getting Started
Package Contents
T8xC5121 Demonstration Board T85C5121 T89C5121 Microcontrollers MPCOS smart card SSOP24 Adapter CD-ROM with Software Documentation
FLIP software In-System Programming Quickterm Software Demonstration Note: direct serial cable (DB9) power supply provided.
System Requirements
processor Free disk Space Windows 98®, Windows NT®, Windows 2000®
Quick Start
T8xC5121 Starter shipped with T85C5121 T89C5121 microcontroller. demonstration board accompanying software allow read data from smartcard display host also load your application .hex file format) retrieve data from smartcard credit card.
Connecting Microcontroller
T8xC5121 Demonstration Board designed support different microcontrollers, T85C5121 T89C5121. microcontrollers connected either bottom board, respectively. T89C5121 requires SSOP24 Adapter which must plugged into support. Alternatively, T89C5121 soldered board.
T8xC5121 Starter
Rev. 4186D-SCR-06/03
Figure 2-1. T8xC5121 Demonstration Board with T89C5121 Microcontroller (Top View)
Figure 2-2. T8xC5121 Demonstration Board with T85C5121 Microcontroller (Bottom View)
Getting Started
Hardware Connection
power supply must connected connector. serial cable must first attached between port connector demonstration board. Ensure T89C5121 T85C5121 microcontroller connected board. ON/OFF Switch (SW3) must Figure 3-1. Board delivered with 14.7456 quartz (Y2).
2.6.1
Power Supply
Board Supply Board powered from:
Power connector connector battery connection connector connected VCC/VSS Signals RS-232 Connector using Connector
first configurations potentiometer used adjust level. last configurations directly connected board. Table outlines isolated Power Supply control demonstration board microcontroller. Table 2-1. Power Supply Control Settings
Reference Designation Product Power Supply Microcontroller Power Supply Switch On/Off Test Point TP11 Jumpers JP17 Function Global
2.6.2
Internal Voltages
Three test points provided monitor internal voltages. Table 2-2. Test Points Table
Reference DVCC EVCC CVCC Designation Core regulated voltage (3V) UART power supply Smart Card Supply Test Point TP14 TP10
T8xC5121 Starter
4186D-SCR-06/03
Getting Started
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T8xC5121 Starter
Section Hardware Description
Figure 3-1. T8xC5121 Demonstration Board Components
PLCC DIL24 Socket
JP13
JP14
JP17
SSOP24
Smart Card Slot
JP18
JP23
JP19
JP15
Reset JP16
JP11
Note:
solder side.
T8xC5121 Starter
Rev. 4186D-SCR-06/03
Hardware Description
Description Jumpers
following table sums configuration jumpers available board. Their location detailed Figure 3-1. Table 3-1. Configuration Jumpers
Reference JP11 JP13 JP14 JP15 JP16 JP17 JP18 JP19 JP23
Type Jumper Solder Solder Solder Jumper Jumper Jumper Jumper Jumper Jumper Jumper Jumper Jumper Jumper Jumper Solder Solder Solder
Designation Board P3.2 P3.2 CPRES CPRES CPRES LED0 LED1 CPRES P3.7 P3.3
Configuration
Function Demonstration board Jumper External P3.2 (1.2.0 Bootloader): Default Configuration Demonstration board power from RS232 Connection External P3.2 (1.0.1 Bootloader) Isolate MAX232 test EVCC control Isolate MAX232 test EVCC control Connect external CPRES pull-up resistor (internal default) CPRES connection (CPRES high level detect) CPRES connection Isolate External Reset Switch Isolate LED0 Isolate LED1 Connect external pull-down resistor (CPRES high level detect) Card option connected Microcontroller Jumper External SCL=P3.7 (1.2.0 Bootloader): Default Configuration External Clock connected XTAL1 External SDA=P3.3 (1.0.1 Bootloader)
Description Switches
following table sums switches available board. Their location detailed Figure 3-1. Table 3-2. Switches
Reference INT1 EA/INT1 CPRES Designation RESET ON/OFF Function External Reset pushbutton Board ON/OFF Switch Smart Card Reader Connector INT1 pushbutton switch INT1 switch enable/disable INT1 pushbutton Optional CPRES manual switch
4186D-SCR-06/03
T8xC5121 Starter
Hardware Description
Reset
on-chip Power-on Reset function generates internal Reset power-up. external reset push button provided easily generate warm reset during process. Figure 3-1.
Clock
Crystal installed socket. external Clock, input must connected optional connector jumper must placed JP19. Figure 3-1.
Switch
switch inside switch default connected Vcc. Figure 3-2. Default Configuration: switches opened EA=1 INT1 INT1 switch opened
INT1 Switch
INT1 configuration switch (SW6 switch) selects whether INT1 push button connected port P3.3 microcontroller. Figure 3-1.
Serial Port
Board supports MAX232 (See Figure 3-1) convert RS-232 voltage levels. serial P3.0/RXD, P3.1/TXD disconnected using JP5, jumpers.
LEDs
JP13 JP14 jumpers placed series with LED0 LED1 used monitor current disconnect LEDs.
Smart Card Interface
Card Detection Card detection, default, uses on-chip internal pull-up register jumper connected Vss. This configuration detects level input. Another configuration used detect high level input when card inserted. This done using jumpers JP15. this case, necessary first disconnect internal pull-up resistor, using accompanying software. Section "Software Description".
3.9.1
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4186D-SCR-06/03
Hardware Description
3.9.2
Card
following test points provided monitor Smart Card signals: Table 3-3. Smart Card Signals Test Points
Reference CVCC CRST CCLK CVSS Designation Card power supply Card Reset Card Clock Card Card power ground Test Point
JP16 Jumper used connect card.
3.10
Card Interface
following test points provided monitor Card signals: Table 3-4. Card Test Points
Reference CRST1 CCLK1 CIO1 Designation Card Reset Card Clock Card Test Point
3-10
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T8xC5121 Starter
Section Microcontroller Programming
CD-ROM includes:
demonstration software designed read cards software tool ISP: FLIP (Flexible In-system Programmer) terminal software: Quickterm interface card access host library including software drivers language
FLIP Software
FLIP software that runs Windows 98®, Windows NT®, Windows 2000®. FLIP supports in-system programming Flash devices through RS232. latest version FLIP software found Atmel site, www.atmel.com.
Programming on-chip internal EEPROM T89C5121 version programmed using either: T89C5121
External EEPROM Atmel AT24C128 Serial RS-232
4.2.1
Programming from External EEPROM Source
After Reset, AT24C128 EEPROM been detected (see Figure 4-1), on-chip Bootloader downloads external EEPROM content (16K bytes) on-chip EEPROM Code RAM. Figure 4-1. EEPROM Demonstration Board
T8xC5121 Starter
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Microcontroller Programming
When download achieved, Bootloader runs program. This process duration seconds 14.7456 MHz. Figure 4-2. Bootloader Diagram T89C5121 External Serial EEPROM AT24C128 Internal on-chip EEPROM Code bytes
specified T8xC5121 datasheet, highest addresses bytes code must contain program bootloader compares with computed launch not) program execution. value calculated with FLIP Software: user must load file press button: CRC. updated buffer then saved file including bytes. CAUTION: Jumper JP14 (LED1) must removed. Otherwise Clock signal will correct levels. 4.2.2 Programming from RS-232 source serial cable must first attached between port connector Demonstration board. After Reset, AT24C128 EEPROM been detected on-chip Bootloader tests UART receives (0x55) characters. Then, commands sent microcontroller, using FLIP software. programming sequence detailed Section When Program command processed, Internal EEPROM programmed same time CRAM. program execution launched from FLIP (RUN Application Button). Figure 4-3. Serial Programming Diagram T89C5121 External Serial EEPROM 24C128 Internal on-chip EEPROM RS-232 Code bytes
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Microcontroller Programming
4.2.3
Using Preprogrammed Parts
neither AT24C128 External EEPROM RS-232 programming been detected, on-chip Bootloader downloads internal EEPROM content (16K bytes) Code runs corresponding program. This assumes that, previously, T89C5121 microcontroller been programmed. After reset, execution program takes seconds 14.7456 MHz. T89C5121 Internal on-chip EEPROM Code bytes
Programming T85C5121 version loaded CRAM with application program executed once connected Demonstration Board. Figure 2-2. T85C5121
processes same T89C5121 (RS-232 External EEPROM) except that there internal EEPROM standalone configuration valid.
T8xC5121 Starter
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Microcontroller Programming
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T8xC5121 Starter
Section Software Description
included demonstration software allows Program microcontroller connected demonstration board. Read data from SmartCard Credit Card. Display data host (Quickterm). demonstration including device programming described with RS-232 communication host.
Programming Using FLIP
This section allows program microcontroller through RS-232 cable using FLIP software. FLIP. From Device Menu, choose Select select device (T8xC5121) that connected your demonstration board.
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Software Description
Click `Set Communication' button indicate port settings Baud Rate. autobaud feature boot loader will configure device according baud rate.
Device Selection Communication
Initialize communication selecting "Connect" button RS232 pop-up window. Reset demonstration board (SW2 push button) Figure 3-1. "Rs232 Communication Synchronized" message displayed bottom FLIP status window. Load file. This program that performs demonstration data exchange. File menu select Load choose demonstration program `exchange.hex' file: message `HEX file exchange.hex loading done' displayed bottom FLIP window. Ensure following check boxes selected Operations Flow section FLIP: Erase Program Verify These operations that will performed microcontroller. Press `Run' button. Programming executed. "Memory Verify Pass" message confirms programming successful that microcontroller been programmed. 5.1.1 Verifying Application Once programming complete, press "Start Application" button FLIP window. LED0 blinks until card introduced. This indicates device been programmed. Exit from FLIP. Switch demonstration board.
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Software Description
5.2.1
Running Demonstration Program
Running Quickterm Software Quickterm. Software located file: Execute `quickterm-1_0_7.exe' file. Quickterm File Menu, select "Read TRM." command locate "whiteshark.trm" file. Turn demonstration board. Note: Help available menu used clear display. T89C5121 version, after Reset, LED0 during download program from EEPROM Code seconds 14.7456 MHz). When this sequence achieved, program automatically executed LED0 blinks again while waiting card. message "Insert card" displayed Quickterm window.
Figure 5-1. Quickterm Card Reader Window
Insert card into reader with chip side facing bottom board, LED0 turns types cards read when inserted: MPCOS-EMV card, following sequence read serial number card: Select directory (mandatory first command). response indicates that command been successful. select file (mandatory second command) read serial number serial number displayed. CREDIT card choose read the: name card
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Software Description
validity card card number
reset reader occurs card removed. program chip using application load different file return Section 5.1.
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T8xC5121 Starter
Section Appendix
Figure 6-1. Board Components View Diagram
T8xC5121 Starter
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Appendix
Table 6-1. Bill Materials Table
Identifier C12, C22, C10, C11, C13, C14, C17, C18, C20, C21A, C21B, C21C C25, TP11, TP13, TP14 Designation Capacitor Tantalum 293D Capacitor Tantalum 293D Capacitor Tantalum 293D Capacitor Tantalum 293D Capacitor CMS0805 100nF 1µF/16V 10µF/10V 10µF/10V 10µF/10V Radiospares Reference 254-4451 254-4423 254-4423 254-4423 237-7100 367-3437 264-4258
Capacitor CMS1206 10µF/10V Capacitor CMS0805 22pF Capacitor CMS0805 10pF Capacitor CMS0805 diameter Diode 1N4001 Diode 1N4001 Connector male Molex Connector: jack Diam2,5mm (Power Supply) Connector Connector SubD 9pts female Connector DIN41612 Female Connector Phoenix MKDS1/2-3,81 Coil Murata LQH32CN4R7M11 Resistor CMS0805 Optional Resistor CMS0805 500K Resistor CMS0805 500K Resistor CMS0805 Resistor CMS0805 Resistor CMS0805 0ohm Resistor CMS0805 Resistor CMS0805 Resistor CMS0805 ohms Potentiometer Bourns 3296W Card reader CCM01 ON/OFF Switch SECME Push-button type trad. Push-button type trad. Push-button type trad. Dipswitch ways Card reader CCM03 Test points AT24C128 DIP8 AT24C128 DIP8 PLCC52 Socket DIP24 Socket MAX232CSE SO16 74HC14 SO14 LM317_ Quartz
171-4104 171-4104
143-104 486-678 112-3003 160-0617 329-5453 101-5384
160-067 309-0589 115-6283
251-9180 277-9865 305-0907
160-3701
6-20
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T8xC5121 Starter
JP19
JP17
1.24
C21A C21B
XTAL1 XTAL2 P3.2/INT0 P3.3/INT1/OE P3.4/T0 P3.5/CIO1/T1
Schematics
CVcc CVss EVcc
DVcc
TP14
25,45
R1IN R2IN T1IN T2IN
R1OUT R2OUT T1OUT T2OUT
TP13
MAX232
C1C2+ C2V+
DVcc
T8xC5121 Starter
P1.1/CC8 P1.3/CC4
/RST
P0.0 P0.1 P0.2 P0.3 P0.4 P0.5 P0.6 P0.7
Figure 6-2. Demonstration Board
P3.2/INT0 P3.3/INT1/OE P3.4/T0 P3.5/CIO1/T1
P1.0/CIO
P2.0 P2.1 P2.2 P2.3 P2.4 P2.5 P2.6 P2.7
P1.2/CPRES P1.4/CCLK P1.5/CRST
P1.0/CIO P1.1/CC8 P1.2/CPRES P1.3/CC4 P1.4/CCLK P1.5/CRST P3.7/CRST1/RD P3.6/WR PSEN ALE/ P3.1/TXD P3.0/RXD
P3.7/R\D\/CRST1/LED1 P3.6/W\R\/CCLK1/LED0 PSEN
TP10
EVcc
P3.3/INT1/OE
DSUB 9-Female
INT1_SW6
Title T8XC5121 Demonstration Board Size Date:
ument Number
1.2.0 ednesday, December 2002
Sheet
Appendix
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6-22
Appendix
P2.0
Optional
JP15
CPRES CRST1 Connector CCLK1 CIO1
Title T8XC5121 Demonstration Board Size Date:
ument Number
4186D-SCR-06/03
JP23 P3.3/INT1/OE
optional
JP18 optional P3.7
P3.2
AT24C128 External
P3.2
P2.1
Figure 6-3. Demonstration Board
JP16 CVcc CRST CCLK CVss Card Reader
AT24C128
DVcc
1.2.0 ednesday, December 2002
Sheet
T8xC5121 Starter
T8xC5121 Starter JP11
Reset
Figure 6-4. Demonstration Board
INT1 74HC14 74HC14
INT1_SW6
JP13 LED0
dummy resistor
JP14 LED1
dummy resistor
Title
T8XC5121 Demonstration Board
Size Date:
ument Number
ednesday, December 2002
Sheet
Appendix
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6-24
Appendix
3-5V
VOUT
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TP11
POWER
ON/OFF
Figure 6-5. Demonstration Board
LM317_T
Battery connector
U2_B
U2_C
CVss CVcc P1.5/CRST P1.4/CCLK P1.3/CC4 P1.2/CPRES P1.1/CC8 P1.0/CIO P3.0/Rx P3.1/Tx P3.3/INT1/OE P3.4/T0 P3.2/INT0 XTAL2 XTAL1 P3.54/CIO1/T1 P3.6/CCLK1/LED0 P3.7/CRST1/LED1 EVcc DVcc
CVss CVcc P1.5/CRST P1.4/CCLK P1.3/CC4 P1.2/CPRES P1.1/CC8 P1.0/CIO XTAL2 XTAL1
EVcc DVcc P3.0/Rx P3.1/Tx P3.3/INT1/OE P3.4/T0 P3.2/INT0 P3.54/CIO1/T1 P3.6/CCLK1/LED0 P3.7/CRST1/LED1
SSOP24
DIL24
Title T8XC5121 Demonstration Board Size Date:
ument Number
ednesday, December 2002
Sheet
T8xC5121 Starter
T8xC5121 Starter J5_A J5_B J5_C
Figure 6-6. Demonstration Board
P0.7
P3.2 P3.4
P1.3/CC4 P1.1/CC8 P3.7
P3.0 P2.7
PSEN
P3.0 P3.1 P3.2 INT1 P3.4 41612 female connector 41612 female connector
41612 female connector
Title T8XC5121 Demonstration Board Size Date:
ument Number
ednesday, December 2002
Sheet
Appendix
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Appendix
References
T8XC5121 Product Datasheet.
Acronyms
ISP: In-System programming FLIP: FLexible In-system Programming
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T8xC5121 Starter
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4186D-SCR-06/03

Section Introduction Features .1-1 Section Getting Started.

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