MC68HC(7)11 EEPROM Programming Tool User’s Guide · 2018. 3. 24. · Also, HC11-Programmer performs pin testing of TxD and RxD lines. This feature can be disabled in Options Tab->Ignore

Engineering Technical Laboratory Rev. 3

MC68HC(7)11 EEPROM Programming Tool

User’s Guide

© ETL 2010 Microcontroller Development Tool

©ETL 2010 MC68HC(7)11 Programmer User’s Guide 2

TABLE OF CONTENTS

1. PREFACE.......................................................................................................................................3

2. CHECKLIST AND REQUIREMENTS.........................................................................................3

3. INSTALLATION AND USE .........................................................................................................5

3.1 PROGRAMMER CHECK AND CONNECTION TO PC.......................................................6

3.2 PROGRAMMER FIRMWARE UPDATE...............................................................................6

4. INTERFACE TYPES .....................................................................................................................7

4.1 IN-CIRCUIT PROGRAMMING .............................................................................................7

4.2 ON-BOARD PROGRAMMING..............................................................................................7

5. WORKING WITH TARGET MCU...............................................................................................8

5.1 MC68HC(7)11 Devices ............................................................................................................8

5.1.1 In-Circuit EEPROM/(EP)ROM/BootROM reading example............................................8

5.1.2 In-Circuit EEPROM programming example .....................................................................9

5.1.3 On-Board EEPROM/(EP)ROM/BootROM reading example ...........................................9

5.1.4 On-Board EEPROM programming example ...................................................................10

6. FILE OPERATIONS ....................................................................................................................11

6.1 LOAD FILE INTO BUFFER .................................................................................................11

6.2 SAVE FILE FROM BUFFER ................................................................................................11

7. ERRORS AND TROUBLESHOOTING .....................................................................................12

8. WARRANTY STATEMENT.......................................................................................................15

9. APPENDIX 1................................................................................................................................16

Figure 2. In-Circuit programming schematic diagram for MC68HC(7)11 MCU ………………...16 Figure 3. In-Cicuit wiring diagram for 68HC(7)11 E Series MCU, PLCC 52 Package ………….17 Figure 4. In-Circuit wiring diagram for 68HC(7)11E Series MCU, QFP64 Package ……………18 Figure 5. In-Circuit wiring diagram for 68HC(7)11E Series MCU, SDIP56 Package................ …19 Figure 6. In-Circuit wiring diagram for 68HC(7)11EA9 MCU, PLCC 52 Package ....................... 20 Figure 7. In-Circuit wiring diagram for 68HC11A8 MCU, PLCC 52 Package .............................. 21 Figure 8. In-Circuit wiring diagram for 68HC(7)11K Series MCU, PLCC 84 Package................. 22 Figure 9. In-Circuit wiring diagram for 68HC(7)11K Series MCU, LQFP80 Package .................. 23 Figure 10. In-Circuit wiring diagram for 68HC11F1 MCU, PLCC68 Package.............................. 24 Figure 11. In-Circuit wiring diagram for 68HC(7)11KA Series MCU, PLCC 68 Package............ 25 Figure 12. In-Circuit wiring diagram for 68HC(7)11KS Series MCU, PLCC 68 Package............. 26 Figure 13. In-Circuit wiring diagram for 68HC(7)11PH8 MCU, PLCC84 Package ...................... 27 Figure 14. In-Circuit wiring diagram for 68HC(7)11P2 MCU, PLCC84 Package ......................... 28 Figure 15. In-Circuit wiring diagram for 68HC(7)11L6 MCU, PLCC68 Package ……………... 29 Figure 16. In-Circuit wiring diagram for 68HC11A8 MCU, DIP48 Package …...……………….30 10. APPENDIX 2 …………………………………………………………………………………31


1. PREFACE

This manual will guide you through the installation and operation of the ETL

MC68HC(7)11 Programmer, referenced hereafter as the HC11-Programmer. The HC11-Programmer has been designed for reading of EEPROM, (EP)ROM, BootROM

contents and programming of EEPROM of the next Motorola Microcontroller Unit (MCU):

MC68HC11 A8 (AB95T)* MC68HC711 E20 (1H19S) MC68HC11 A8 (C96N) MC68HC711 E9 (4K81H) MC68HC11 A8 (D26E) MC68HC711 E9 (5C47M) MC68HC11 A8 (C11W) MC68HC711 EA9 (0D46J) MC68HC11 E20 (3E22B) MC68HC711 K4 (K59D) MC68HC11 E9 (1B60R) MC68HC711 PH8 (0H30R) MC68HC11 E9 (D82R) MC68S711 E9 (5C47M) MC68HC11 E9 (E22B) XC68HC711 KS8 (1H96P) MC68HC11 E9 (E28B) XC68HC711 P2 (1E53M) MC68HC11 E9 (1D35E) MC68HC11 L6 (0F11N) MC68HC11 EA9 (2D47J) MC68HC11 F1 (2F37E) MC68HC11 F1 (E87J) MC68HC11 K1 (2D58N) MC68HC11 K4 (1E62H) MC68HC11 K4 (OE75J) MC68HC11 KA4 (1E59B) MC68HC11 KS2 (0H95B) MC68HC11 KS4 (0E57S) MC68HC11 KS4 (0F60M) MC68HC11 P2 (2E74J)

* Package: 52-PLCC; 48-DIP

Note: Most number of devices can be programmed in two operating modes In-Circuit and On-Board.

Note: Devices that not mentioned above in list can’t be guaranteed of correct reading, programming by HC11-Programmer.

2. CHECKLIST AND REQUIREMENTS

The following describes what items are supplied with the HC11-Programmer and the system requirements if used by a PC.

HC11-Programmer – supplied One 11 EA9 PLCC52 Adaptor – supplied One 11 E PLCC52 Adaptor – supplied One 11 E QFP64 Adaptor – supplied One 11 K PLCC84 Adaptor – supplied One 11 K QFP80 Adaptors – supplied One 11 KA/KS PLCC68 Adaptor – supplied One 11 F PLCC68 Adaptor – supplied


One 11 L6 PLCC68 Adaptor – supplied One 11 PH PLCC84 Adaptor – supplied One 11 A8 DIP48 Adaptor – supplied One 40-40 pin flat cable Cable -A DB9 “straight-thru” cable - supplied HC11-Programmer PC software on CD-ROM – Optional Extra

Desktop PC and a free Serial Communication Port (COM1...8) Memory - Minimum 32 Mbytes Display - Color SVGA display recommended Power supply 12 Volt/500 mA linear power supply source OS-MS-Windows (Win98, Win ME, Win2000/XP/2003)


3. INSTALLATION AND USE

The HC11-Programmer includes two LED’s and mode jumper (Figure 1). LED’s indicates programmer state and external power supply voltage (Table 1, 2).

GREEN HC11-Programmer is ready.

GREEN Flashing HC11-Programmer is busy. DARK Voltage applied to HC11-Programmer lower than 6 Volt.

Table 1. LED D1 color meaning

GREEN Target MCU powered on. All bus signals are active. DARK Target microcontroller powered off. All bus signals are in three-state.

Table 2. LED D4 color meaning

Jumper-1 (JP1) is intended for HC11-Programmer mode selection (see Table 3).

JP1 Shorted Normal programmer operation. JP1 Opened Service mode. HC11-Programmer firmware update.

Table 3. HC11-Programmer operation modes

D1

D4

JP1

EXT +12V

CO

M P

ort C

onne

ctor

In-CircuitInterfaceConnector

On-BoardInterfaceConnector

4 MHZOutputConnectorP3

P2

P4

P1

68HC(7)11P RxDRESETMODA

GND

TxDGNDMODB+5V

Figure 1. The HC11-Programmer board layout


3.1 PROGRAMMER CHECK AND CONNECTION TO PC

Connect the power supply source to HC11-Programmer (an external 12 V DC power

supply source is required). Attach a COM port cable to the 9-pin connector on the programmer and to a COM port

on the PC. Insert jumper JP1 (see Figure 1). Remove adaptor from P4 and flat cable form P2. Turn On power supply source and make sure that LED D1 appear green. Start HC11-Programmer software. After few seconds you should see on display message: “MC68H(7)11 Programmer Ver-

X.X detected”. In case when you should see message: “MC68H(7)11 Programmer Ver-X.X not

found”, change COM port number. To do that select “Tools” menu item and than select “Comm Port Options”. Select new COM port number. After pressing “OK” button the new setting will be applied and software reattempts connection with programmer.

Now HC11-Programmer ready to operate.

Note: To speed up connection between HC11-Programmer and PC communication port baud rate must be set to maximum value.

Note: Update HC11-Programmer firmware if required (see Section 3.2).

3.2 PROGRAMMER FIRMWARE UPDATE

This section describes how to update firmware (ATMEGA16) of HC11-Programmer. Remove JP1 (see Figure 1). Turn On power supply; make sure that LED D1 appears green. Start HC11-Programmer software. Compare firmware version “MC68HC(7)11 Programmer Ver-X.X detected” and

version specified in “Help>About” menu item. If versions not coincide, follow next steps to update firmware. Select menu item “Tools>Firmware Update”. After message box “Firmware Update” appeared, press “OK” button. After firmware update completed, turn Off power supply, close HC11-Programmer

software. Insert JP1. Turn On power supply. Make sure that LED D1 appears green. Start HC11-Programmer software on PC. New firmware version “MC68HC(7)11

Programmer Ver-X.X detected” will appear.


4. INTERFACE TYPES

This section describes two interfaces, In-Circuit Programming (ICP) and On-Board

Programming (OBP) of HC11-Programmer.

4.1 IN-CIRCUIT PROGRAMMING

In-Circuit programming interface is basic for HC11-Programmer. In this mode HC11-Programmer automatically detect of target MCU bus speed. Ceramic resonator connected to target MCU must be in range from 400 KHz to 16 MHz. If device has PLL system, it must be disabled by connecting VDDSYN pin to ground (see Appendix, figure 2). For successive communication with target MCU only 4 wires (RxD, TxD, RESET and GND) required. But in this case target MCU must be powered from external power supply and mode pins MODA, MODB should be connected to GND. If this signals MODA, MODB and +5V taken from HC11-Programmer that allow to control logic levels in time on reset and overload on +5V power line. It is strongly recommended to supply MCU pins MODA, MODB and +5V from programmer.

Also, HC11-Programmer performs pin testing of TxD and RxD lines. This feature can be disabled in Options Tab->Ignore Pin Tester errors in ICP mode.

In this mode programmer can't detect security state of MCU. So, if device secured all EEPROM contents will be lost. To avoid loss of EEPROM data use On-Board Programming Interface described in next section.

Note: When using In-Circuit programming interface remove adaptor from On-Board interface connector. (see Figure 1).

4.2 ON-BOARD PROGRAMMING

On-board programming interface designed for establishing connection with target device when

MCU secured. This mode allows Read/Program EEPROM without any restrictions. To work in this mode MCU must be mounted to the corresponding adaptor supplied with HC11-Programmer.

Also, HC11-Programmer performs pin testing of all communication lines. This feature can be disabled in Options Tab->Ignore Pin Tester errors in OBP mode. But disabling of this future can lead to all EEPROM contents will be lost.

Note: When target adaptor with MCU mounted, check contacts careful to avoid short circuit. Otherwise target MCU can be damaged!

Note: When On-board programming interface used, remove cable from ICP connector (see Figure 1).


5. WORKING WITH TARGET MCU This section contains overall information about Motorola MCUs supported by HC11-

Programmer. When HC11-Programmer successfully installed (see Section 3) target devices EEPROM can be read, program and verify.

5.1 MC68HC(7)11 Devices This section describes basic rules working with target MCU. EEPROM memory for all 68HC(7)11 devices can be read, program in both OBP and ICP

modes. Each MCU from 6811 family has various memory map. That means EEPROM, (EP)ROM and BootROM located in different physical address space. For example for 6811E9 device EEPROM starts from $B600 and for 6811F1 EEPROM starts from $FE00. This information can be found in the Select Device window at the right side. Also all 6811 devices have CONFIG register which define device security feature, visibility of EEPROM and EP(ROM). CONFIG register is EEPROM based and can be programmed as ordinary EEPROM cell. To enable CONFIG programming in Options Tab->Enable Program of CONFIG Register must be selected. If this option selected, in time of EEPROM programming, CONFIG Register will be programmed. But be careful, changing of CONFIG register will change MCU configuration and can lead to unpredictable behavior of MCU. After CONFIG register programmed reset MCU to take effect of new MCU configuration. For more information refer to detailed MCU description.

Note: Complete Datasheet on MCU can be downloaded form http://www.etlweb.net/ , from Documents section.

Connect required pins to board with target MCU (see Appendix Figure 2). Remove cable from On-Board connector (see Figure 1). Apply power to HC11-Programmer. LED D1 became to green light (see Table 1). Select corresponding device in HC11-Programmer software (“Device” button). Select “Read Sequence” panel in HC11-Programmer software. Press “EEPROM/EPROM/ROM” button. Press “Start” button. LED D4 on HC11-Programmer became to green light. That means that +5 voltage

regulator switched on and VCC applied to target MCU. Now HC11-Programmer automatically detects MCU bus speed. When LED D1 on HC11-Programmer became permanent green, reading completed.

Target MCU powered off. After read sequence successfully completed it is necessarily to save memory dump to

file (see Section 6.2). If some errors appeared during reading process refer to Section 7.

5.1.1 In-Circuit EEPROM/(EP)ROM/BootROM reading example


Connect required pins to board with target MCU (see Appendix Figure 2). Remove cable from On-Board connector (see Figure 1). Apply power to HC11-Programmer. LED D1 became to green light (see Table 1). Select corresponding device in HC11-Programmer software (“Device” Button). Load EEPROM data from file (see Section 6.1) or enter data to Hex Editor. Select “Program Sequence” panel in HC11-Programmer software. Press “EEPROM” button. Press “Start” button. LED D4 on HC11-Programmer became to green light. That means that +5 voltage

regulator switched on and VCC applied to target MCU. Now HC11-Programmer automatically detects MCU bus speed. When LED D1 on HC11-Programmer became permanent green, programming

completed. Target MCU powered off. If some errors appeared during programming process refer to Section 7.

Note: Extra care must be taken when programming the EEPROM based CONFIG Register.

Note: Strongly recommended before EEPROM programming, for a first time, read EEPROM contents and save it to file.

Mount target MCU on corresponding adaptor. Attach adaptor to OBP connector with help of cable in according to 1 pin-key (see

Figure 1). Remove cable from ICP connector (see Figure 1). Apply power to HC11-Programmer. Select device in HC11-Programmer software (“Device” Button). Select “Read Sequence” panel in HC11-Programmer software. Press “EEPROM/EPROM/ROM” button. Press “Start” button. LED D4 on HC11-Programmer became to green light. That means that +5 voltage

regulator switched on and VCC applied to target MCU. When LED D1 on HC11-Programmer became permanent green light, reading

completed. When read sequence successfully completed it is necessarily to save memory dump to

file (see Section 6.2). If some errors appeared during reading process refer to Section 7.

Note: When target MCU mounted on adaptor check contacts careful to avoid short circuit. Otherwise target MCU can be damaged!

Note: During removing the adaptor with target MCU HC11-Programmer must be powered off to avoid damaging of programmer and target MCU!

5.1.2 In-Circuit EEPROM programming example

5.1.3 On-Board EEPROM/(EP)ROM/BootROM reading example


Mount target MCU on corresponding adaptor. Attach adaptor to OBP connector with help of cable in according to 1 pin-key (see

Figure 1). Remove cable from BDM ICP connector (see Figure 1). Apply power to HC11-Programmer. Select device in HC11-Programmer software (“Device” Button). Load EEPROM data from file (see Section 6.1) or enter data to Hex Editor. Select “Program Sequence” panel in HC11-Programmer software. Press “EEPROM” button. Press “Start” button. LED D4 on HC11-Programmer became to green light. That means that +5 voltage

regulator switched on and VCC applied to target MCU. When LED D1 on HC11-Programmer became permanent green light, programming

completed. If some errors appeared during programming process refer to Section 7.

Note: When target MCU mounted on adaptor check contacts careful to avoid short circuit. Otherwise target MCU can be damaged!

Note: During removing the adaptor with target MCU HC11-Programmer must be powered off to avoid damaging of programmer and target MCU!

Note: Extra care must be taken when programming the EEPROM based CONFIG Register.

Note: Strongly recommended before EEPROM programming, for a first time, read EEPROM contents and save it to file.

5.1.4 On-Board EEPROM programming example


6. FILE OPERATIONS This section describes basic rules working with files. Memory dump from Hex Editor (Buffer)

can be load/save from/to hard disk. Also short descriptions such as project name, MCU type and memory cell assignment can be done for future fast remind. HC11-Programmer accepts tree types of file formats:

BIN (Binary format) Motorola S-Record (4 byte address) Motorola S-Record (6 byte address) EEF (Extended ETL Format)

6.1 LOAD FILE INTO BUFFER

Select “File>Open” menu item. Press “Browse” button. In File Open Dialog window, select file witch need to be open. Press “Open” button. Than opposite “Auto Format Detected:” text, select correct file format. Note that software

try automatically detects file format, but unknown records in file will fail this detection. “Load Entire file” check box must be checked if automatically loading procedures required.

Than press “OK” button. Sometimes load data from file to specific buffer allocations required. For Example if required

load buffer from $B600 address from binary file beginning from $0000 address follow next steps: Select “File>Open” menu item. Press “Browse” button. In File Open Dialog window, select file which need to be open. Press “Open” button. Than, opposite “Auto Format Detected:” select Binary format. Uncheck “Load Entire File” check box. In field “Offset Value to Place Data to Buffer:” enter 0xB600. Than press “OK” button. Now data placed to Hex Editor Buffer from the beginning of 0xB600 address.

If more complicated operations with files required, for example load Hex Editor Buffer from many files “Lowest Address From File To Load”, “Highest Address From File To Load” and “Clear Buffer Before Loading File” options are available.

6.2 SAVE FILE FROM BUFFER

Select “File>Save” menu item. Press “Browse” button. Select directory in which file will be saved. Type file name, for example “test1” Press “Save” button. Than select format in which file will be saved*. Press “OK” button.

Note: Use EEF Format for future “Load File Into Buffer” automatically processing. Also, only in EEF Format Project Description, Device Name and Memory Cells attributes can be saved.


7. ERRORS AND TROUBLESHOOTING

This section describes most recently encountered problems, errors and fixing solutions.

Problem: LED D1 (see Figure 1) Dark. Causes: This problem can accrue when external power supply connected to HC11-

Programmer is damaged or connected in wrong polarity. Solutions: Check voltage on HC11-Programmer power clamps. It must be 12 V +/- 1V.

Error Message: MC68HC(7)11 Programmer not found Causes: This message can appear when HC11-Programmer software couldn’t

establish connection with HC11-Programmer board. Solutions: Check connection of COM port cable from PC to HC11-Programmer board.

Apply power from external power supply to HC11-Programmer. In menu item “Tools>Comm Port Options” select correct COM port number.

Error Message: PC too Programmer Communication Error Causes: This message can appear when communication between HC11-Programmer

and PC is broken. In some cases this massage can appear after programmer fatal error.

Solutions: Try to close programmer software and start it again. If it doesn't helps decrease communication baud rate in “Tools>Comm Port Options” dialog window. Also this message can appear when COM port cable has poor contact with DB-9 connectors.

Error Message: Programmer to MCU Communication error Causes: This message can appear when communication between HC11-Programmer

and MCU is broken. Solutions: Check connection between programmer and MCU. In In-Circuit mode wires

length must not exceed 20 cm.

Error Message: No Echo from MCU Causes: This message can appear if there is no feedback from MCU. Solutions: Check connection between HC11-Programmer and MCU in according to

wiring diagram (see Appendix). For example MODA and MODB pins not 'Low' in time of Reset.

Error Message: Monitor Check sum Error Causes: This message can appear after monitor firmware loaded into target MCU

with errors. Solutions: Try to reconnect to target MCU. If this error not disappeared, possible target

MCU has damaged RAM.

Error Message: Reset Pin 'Low' Causes: This message can appear when MCU Reset pin connected to ground through

external components or no power supply on VCC pin or no oscillation on EXTAL, XTAL pins.

Solutions: Cut any traces and external components form RESET pin. If error still remain check +5V on MCU Vcc pin in time when software trying to link the MCU. Check integrity of ceramic resonator and passive components connected to EXTAL, XTAL pins.


Error Message: Reset Pin 'High' Causes: This message can appear when MCU Reset pin connected to VCC(+5V)

through external components. Solutions: Cut any traces and external components form RESET pin. If error still

remains it is possible MCU RESET pin damaged.

Error Message: External Reset Occurs Causes: This message can appear if external reset pulse is detected on RESET pin

for example from external COP system. Solutions: Cut any traces and external components form RESET pin.

Error Message: MODA Pin 'High' Causes: This message can appear when MCU MODA pin connected to VCC(+5V)

through external components. Solutions: Cut any traces and external components form MODA pin. If error still

remains it is possible MCU MODA pin damaged.

Error Message: MODB Pin 'High' Causes: This message can appear when MCU MODB pin connected to VCC(+5V)

through external components. Solutions: Cut any traces and external components form MODB pin. If error still

remains it is possible MCU MODB pin damaged.

Error Message: Pintester Error: RxD Pin Causes: This message can appear when MCU RxD pin connected to VCC (+5V) to

ground through external components. Solutions: Cut any traces and external components form RxD pin. If error still remains

it is possible MCU RxD pin damaged. Or try to disable pinsetter feature in Option Tab.

Error Message: Pintester Error: TxD Pin Causes: This message can appear when MCU TxD pin connected to VCC (+5V) to

ground through external components. Solutions: Cut any traces and external components form TxD pin. If error still remains

it is possible MCU TxD pin damaged. Or try to disable pinsetter feature in Option Tab.

Error Message: MCU Bus Frequency too Low Causes: This message can appear when MCU bus speed lower than 100 KHZ(400

KHz or lower frequency ceramic resonator connected to MCU). Solutions: Replace ceramic resonator connected to EXTAL, XTAL pins to any

accessible, from 4-16 MHz. OR supply MCU EXTAL pin from programmer built in clock generator in according to wiring diagram (see Appendix).

Error Message: Pintester Error: Causes: This message can appear in On-Board programming interface when some

pins has poor contact with adaptor, or pins are damaged. Solutions: Clean pins from colophony. Check contacts between adaptor and target

MCU pins. Check short circuits between pins to pins, pins to GND and pins to VCC. This feature can be disabled via Options tab. But disabling of this features can lead to all EEPROM data will be lost if MCU secured.


Error Message: No ECLK Pulse Detected. Check EXTAL Pin connection. Causes: This message can appear in On-Board programming interface if MCU

ECLK, EXTAL pins has pure contact with adapter socket or device damaged.

Solutions: Check connection between MCU ECLK, EXTAL pins and adapter socket.

Error Message: Device Still Secured Causes: This message can appear in On-Board programming mode when target

MCU secured. Solutions: Check accuracy of device type selected; take attention on MCU maskset.

Try to reconnect to target MCU.

Error Message: Wrong Adapter Selected Causes: This message can appear in On-Board programming mode when device

selected in software not match with adapter mounted on HC11-Programmer. Solutions: Check matching between MCU type selected and mounted adapter.

Error Message: Programming/Erasing Error Causes: This message can appear in time of EEPROM programming or erasing. Solutions: Check MCU type selection. Pay attention on MCU Mask Set. Try to realize

device programming in On-board mode.

Error Message: Overcurrent protection Causes: This message can appear when current consumption from built-in power

supply grater than 200 mA or +5V and GND pins are shorted. Solutions: Check target MCU power pins on short circuit. Also check that +5V

terminal connected to MCU VCC pin and GND terminal connected to MCU VSS pin.

Error Message: Power Supply voltage lower Causes: This message can appear when current consumption from built-in power

supply grater than 200 mA or +5V and GND pins are shorted. Solutions: Check target MCU power pins on short circuit. Also check that +5V

terminal connected to MCU VCC pin and GND terminal connected to MCU VSS pin. If error still present leave +5V terminal unconnected and if error not disappear contact ETL technical support.

Error Message: Power Supply voltage grater Causes: This message can appear when +5V terminal connected to external power

supply with voltage grater than +5V or built-in power supply damaged. Solutions: Leave +5V terminal unconnected and if error not disappear contact ETL

technical support.

Error Message: External Power Supply Present Causes: This message can appear in On-Board programming mode when external

voltage applied to In-Circuit connector (see Figure 1). Solutions: Disconnect cable from In-Circuit connector.

Error Message: WRONG SUBROUTINE CALL

WRONG DEVICE TYPE Causes: These messages can appear when fatal problems with HC11-Programmer

hardware/firmware occurred.


Solutions: Contact ETL technical support.

Note: HC11-Programmer has Log Window which can be stored to file. To perform this operation right clicks on Log Window. Than click on “Save to hc11prog.log file“ menu item. Now this file can be found in the same directory as HC11-Programmer software. Log File can be send by E-mail to [email protected] for non described problem solution.

ETL warrants that Product delivered shall conform to applicable. Report any defects for a 45 days period, from the applicable data on invoice.

8. WARRANTY STATEMENT


MC68HC(7)11 MCU

RESET

VSS

EXTAL

XTAL0.4...16 MHz

In-Circuit Connector

P4

1

2

3

4

RxD

GND

RESET

5 Gnd

TxD

6MODA

MODB7GND

+5VGnd

VSS

VDD8

RxD

TxD

MODA

MODB

1

1

1

1

HC(7)11 Programmer

P3

1

4 MHZ Output Connector

2

See Note 3

See Note 3

VSSGnd

VDDSYNGnd

See Note 4

GND

4 MHZ

2

2

2

2

2

2

2

2

2

2

2

2

Note 1: Pin mandatory must be connected. Note 2: Pin number can be found in APPENDIX Section. Note 3: 4 MHZ generator must be used if crystal resonator frequency lower

then 400 KHz.

Note 4: If MCU has PLL system, it must be disabled by connection VDDSYN pin to Ground.

Figure 2. In-Circuit programming schematic diagram for MC68HC(7)11 MCU

9. APPENDIX 1


PE4/AN4PE0/AN0

PB0/ADDR8PB1/ADDR9

PB2/ADDR10PB3/ADDR11PB4/ADDR12

PB5/ADDR13

PB6/ADDR14PB7/ADDR15

PA0/IC3

EX

TAL

STR

B/R

/W

E STR

A/A

S

MO

DA

/LIR

V SS

V RH

V RL

PE

7/A

N7

PE

3/A

N3

XTAL

PC0/ADDR0/DATA0

PC1/ADDR1/DATA1

PC2/ADDR2/DATA2

PC3/ADDR3/DATA3

PC4/ADDR4/DATA4

PC5/ADDR5/DATA5

PC6/ADDR6/DATA6

PC7/ADDR7/DATA7

RESET

XIRQ/VPPE

PD

1/Tx

D

MO

DB

/VS

TBY

V DD

PA7/

PAI/O

C1

PA6/

OC

2/O

C1

PA5/

OC

3/O

C1

PA4/

OC

4/O

C1

PA3/

OC

5/IC

4/O

C1

8

91011

1213

1415

16

17

4443

42

4140

39

3837

36

3534

21 22 23 24 25 26 27 28 29 30 31

7 6 5 4 3

1

2 52 51 50 49

IRQ/VPPEE

18

PD0/RxD

19PA

2/IC

132

PA1/

IC2

33

PE

6/A

N6

48

PE2

/AN

247

PE1/AN145

PE5/AN546

20

GN

D

MO

DA

TxD

RxD

RESET

MC68HC(7)11E

MO

DB

PD

2/M

ISO

PD3/

MO

SI

PD

4/S

CK

PD

5/S

S+5

V

Figure 3. In-Circuit wiring diagram for 68HC(7)11 E Series MCU, PLCC 52 Package


PA0/IC3NCNCNC

PB7/ADDR15PB6/ADDR14PB5/ADDR13PB4/ADDR12PB3/ADDR11PB2/ADDR10PB1/ADDR9PB0/ADDR8

PE0/AN0PE4/AN4PE1/AN1PE5/AN5

PE2/

AN

2PE

6/A

N6

PE3/

AN

3PE

7/A

N7

V RL

V RH

V SS

V SS

MO

DB/

V STB

Y

MO

DA/

LIRNC

STR

A/A

S ES

TRB/

R/W N

C

NCPD0/RxDIRQXIRQ/VPPENCRESETPC7/ADDR7/DATA7PC6/ADDR6/DATA6PC5/ADDR5/DATA5

PC3/ADDR3/DATA3PC4/ADDR4/DATA4

PC2/ADDR2/DATA2PC1/ADDR1/DATA1NCPC0/ADDR0/DATA0XTAL

PA1/

IC2

PA2/

IC1

PA3/

OC

5/IC

4/O

C1

NC

NC

PA4/

OC

4/O

C1

PA5/

OC

3/O

C1

PA6/

OC

2/O

C1

PA7/

PAI/O

C1

PD5/

SSV D

D

PD4/

SCK

PD3/

MO

SIPD

2/M

ISO

PD1/

TxD

V SS

M68HC(7)11 E SERIES

64123456789

17 18 19 20 21 22 23 24 25 27

63 62 61 60 59 58 57 56 541011

484746454443424140

3839

5526

1213141516

3736353433

28 29 30 31 32

53 52 51 50 49E

XTA

L

+5V

GN

D

MO

DB

MO

DA

RESET

RxD

TxD

Figure 4. In-Circuit wiring diagram for 68HC(7)11E Series MCU, QFP64 Package


PC0/ADDR0/DATA0

PC1/ADDR1/DATA1PC2/ADDR2/DATA2PC3/ADDR3/DATA3

PC4/ADDR4/DATA4

PC5/ADDR5/DATA5PC6/ADDR6/DATA6

PC7/ADDR7/DATA7

RESET* XIRQ/VPPE

M68HC11 E SERIES

910

1112

1314

1516

17

18IRQ 19

PD0/RxD 2021

PD1/TxD 22

PD2/MISO 23

PD3/MOSI 24PD4/SCK 25

PD5/SS 26VDD 27VSS 28

XTAL 8

EXTAL 7

STRB/R/W 6

5

STRA/AS 4

MODA/LIR 3

MODB/VSTBY 2

VSS 1

PE0/AN0PB0/ADDR8

PB1/ADDR9PB2/ADDR10

PB3/ADDR11PB4/ADDR12PB5/ADDR13PB6/ADDR14

PB7/ADDR15PA0/IC3

PA1/IC2

4645

4443

42

414039

3837

36

PE4/AN447

PE1/AN148

PA2/IC135PA3/OC5/IC4/OC134PA4/OC4/OC133PA5/OC3/OC132PA6/OC2/OC131PA7/PAI/OC130EVDD29

PE5/AN549

PE2/AN250

PE6/AN651

PE3/AN352

PE7/AN753

VRL54

VRH55

EVSS56

EVSS

E

RESET

RxD

TxD

+5V

GND

MODA

MODB

Figure 5. In-Circuit wiring diagram for 68HC(7)11E Series MCU, SDIP56 Package


PE4/AN4PE0/AN0

PB0/ADDR8PB1/ADDR9


PB5/ADDR13


PA0/IC3

EX

TAL

STR

B/R

/W

E STR

A/A

S

MO

DA

/LIR

V DD

V SS

V RH

V RL

PE7/

AN

7PE

3/A

N3

XTAL

PC0/ADDR0/DATA0

PC1/ADDR1/DATA1

PC2/ADDR2/DATA2

PC3/ADDR3/DATA3

PC4/ADDR4/DATA4

PC5/ADDR5/DATA5

PC6/ADDR6/DATA6

PC7/ADDR7/DATA7

RESET

XIRQ/VPPE

PD

1/Tx

DM

OD

B/V

STB

YV D

DS

YN

XFC V S

SV D

DPA

7/PA

I/OC

1

PA6/

OC

2/O

C1

PA5/

OC

3/O

C1

PA4/

OC

4/O

C1

PA3/

OC

5/IC

4/O

C1

MC68HC(7)11EA9

8

9

1011

1213

1415

16

17

4443

42

4140

393837

36

3534

21 22 23 24 25 26 27 28 29 30 31

7 6 5 4 3

1

2 52 51 50 49

IRQ/VPPEE

18

PD0/RxD

19PA

2/IC

132

PA1/

IC2

33

PE6/

AN

648

PE

2/A

N2

47

PE1/AN145

PE5/AN546

20

+5V

GN

DMO

DA

MO

DB

TxD

RxD

RESET

See

Use

r’sG

uide

Figure 6. In-Circuit wiring diagram for 68HC(7)11EA9 MCU, PLCC 52 Package


PE4/AN4PE0/AN0

PB0/8PB1/A9

PB2/10PB3/A11PB4/A12

PB5/A13

PB6/A14PB7/A15

PA0/IC3

EX

TAL

STR

B/R

/W

E STR

A/A

S

MO

DA

/LIR

V SS

V RH

V RL

PE

7/A

N7

PE

3/A

N3

XTAL

PC0/A0/D0

PC1/A1/D1

PC2/A2/D2

PC3/A3/D3

PC4/A4/D4

PC5/A5/D5

PC6/A6/D6

PC7/A7/D7

RESET

XIRQ

PD

1/Tx

D

MO

DB

/VS

TBY

V DD

PA7/

PAI/O

C1

PA6/

OC

2/O

C1

PA5/

OC

3/O

C1

PA4/

OC

4/O

C1

PA3/

OC

5/IC

4/O

C1

8

91011

1213

1415

16

17

4443

42

4140

39

3837

36

3534

21 22 23 24 25 26 27 28 29 30 31

7 6 5 4 3

1

2 52 51 50 49

IRQ

18

PD0/RxD

19PA

2/IC

132

PA1/

IC2

33P

E6/

AN

648

PE2

/AN

247

PE1/AN145

PE5/AN546

20

GN

D

MO

DA

TxD

RxD

RESET

MC68HC11A8

MO

DB

PD

2/M

ISO

PD3/

MO

SI

PD

4/S

CK

PD

5/S

S+5

V

Figure 7. In-Circuit wiring diagram for 68HC11A8 MCU, PLCC 52 Package


PD2/MISO74

PD1/TxD73

PD0/RxD72

MODA/LIR71

MODB/VSTBY70

RESET69XTAL68

EXTAL67

XOUT66E65

VDD64

VSS63

PC7/DATA762

PC6/DATA661

PC5/DATA560PC4/DATA459PC3/DATA358

PC2/DATA257

PC1/DATA156

PC0/DATA055

IRQ54

PB0

/AD

DR

811

PB1

AD

DR

910

PB2/

AD

DR

109

PB3/

AD

DR

118

PB4

/AD

DR

127

PB5

/AD

DR

136

PB6/

AD

DR

145

PB7/

AD

DR

154

V SS

3V D

D2

PA0/

IC3

1

PA1/

IC2

84

PA2/

IC1

83PA

3/IC

4/O

C5/

OC

182

PA4/

OC

4/O

C1

81PA

5/O

C3/

OC

180

PA6/

OC

2/O

C1

79

PA7/

PAI/O

C1

78PD

5/SS

77

PD4/

SCK

76

PD3/

MO

SI

75

PH0/PW1PH1/PW2

PH2/PW3PH3/PW4PH4/CSIO

PH5/CSGP1PH6/CSGP2

PH7/CSPROGTEST16

XIRQ/VPP

VDDVSS

TEST14PG7/R/W

PG6PG5/XA18

PG4/XA17PG3/XA16PG2/XA15PG1/XA14

121314151617181920212223242526272829

3132

PG

0/XA

13AV

DD

PE7/

AN

7PE

6/A

N6

PE5

/AN

5P

E4/A

N4

PE3

/AN

3P

E2/A

N2

PE1/

AN

1P

E0/A

N0

V RL

V RH

33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53

30

PF7

/AD

DR

7P

F6/A

DD

R6

PF5

/AD

DR

5

PF4/

AD

DR

4PF

3/A

DD

R3

PF2

/AD

DR

2P

F1/A

DD

R1

PF0

/AD

DR

0

AVS

S

TEST15 M68HC(7)11 K SERIES

TxDRxDMODA

MODBRESET

+5VGND

Figure 8. In-Circuit wiring diagram for 68HC(7)11K Series MCU, PLCC 84 Package


PF0/ADDR060PF1/ADDR159PF2/ADDR258PF3/ADDR357PF4/ADDR456PF5/ADDR555PF6/ADDR654PF7/ADDR753AVSS52VRH51VRL50PE0/AN049PE1/AN148PE2/AN247PE3/AN346PE4/AN445PE5/AN544PE6/AN643PE7/AN742AVDD41

PD2/

MIS

O80

PD1/

TXD

79PD

0/R

XD

78M

OD

A/L

IR77

MO

DB

/VS

TBY

76R

ESE

T75

XTA

L74

EXTA

L73

E72

V DD

71V S

S70

PC7/

DAT

A769

PC6/

DAT

A668

PC5/

DAT

A567

PC4/

DAT

A466

PC3/

DAT

A365

PC2/

DAT

A264

PC1/

DAT

A163

PC0/

DAT

A062

IRQ

61

PD3/MOSIPD4/SCK

PD5/SS 3PA7/PAI/OC1

PA6/OC2/OC1PA5/OC3/OC1PA4/OC4/OC1

PA3/IC4/OC5/OC1PA2/IC1

PA1/IC21PA0/IC3

VDD 12VSS 13


PB5/ADDR13PB4/ADDR12PB3/ADDR11PB2/ADDR10PB1/ADDR9 20

PB0

/AD

DR

8PH

0/PW

1PH

1/PW

2P

H2/

PW

3P

H3/

PW

4P

H4/

CS

IOPH

5/C

SG

P1

PH6/

CS

GP

2PH

7/C

SP

RO

GXI

RQ

/VP

P

21

V DD

31V S

S32

PG7/

R/W

33P

G6

PG5/

XA18

PG

4/X

A17

PG

3/X

A16

PG

2/X

A15

PG

1/X

A14

PG

0/X

A13

21

456789

1011

141516171819

22 23 24 25 26 27 28 29 30 34 35 36 37 38 39 40

RE

SETM

OD

B

MO

DA

RxD

TxD

+5V

GN

D

M68HC(7)11 K SERIES

Figure 9. In-Circuit wiring diagram for 68HC(7)11K Series MCU, LQFP80 Package


PG3PG2PG1

RESETPC7/DATA7PC6/DATA6PC5/DATA5PC4/DATA4PC3/DATA3PC2/DATA2PC1/DATA1

IRQXIRQ

PG7/CSPROGPG6/CSGEN

PG5/CSIO1



PE4/AN4PE0/AN0PF0/ADDR0PF1/ADDR1PF2/ADDR2PF3/ADDR3PF4/ADDR4PF5/ADDR5PF6/ADDR6PF7/ADDR7

E MO

DB

/V STB

Y

MO

DA

/LIR

PC0/

DAT

A0

EXTA

LXT

AL

V SS

R/W

4XO

UT

PE7/

AN

7PE

3/A

N3

PE6/

AN

6PE

2/A

N2

PE5/

AN

5PE

1/A

N1

V RH

V RL

PG

0

PD

3/M

OS

I

PD0/

RxD

PD4/

SC

K

PD2/

MIS

OPD

1/Tx

D

PD

5/SS

PB7

/AD

DR

15

PA4/

OC

4/O

C1PA

5/O

C3/

OC

1PA

6/O

C2/

OC

1PA

7/PA

I/OC

1V D

D

PA3/

OC

5/IC

4/O

C1

PA2/

IC1

PA1/

IC2

PA0/

IC3

2324

101112131415161718

45

59585756555453525150

19202122

49484746

25

60

6 5 4 3 2 6768 65 64 63 628 7 669

34 35 36 37 38 3927 28 29 30 31 32 33 40 41 4261

4426

43

1

MC68HC11F1

PB3/ADDR11PG4/CSIO2

MO

DA

MO

DB

GN

D+5

V

RxD TxD

RESET

Figure 10. In-Circuit wiring diagram for 68HC11F1 MCU, PLCC68 Package


MODA/LIR60

MODB/VSTBY59

RESET58

XTAL57

EXTAL56

XOUT55

E54

PC7/DATA753

PC6/DATA652

PC5/DATA551

PC4/DATA450

PC3/DATA349

PC2/DATA248

PC1/DATA147

PC0/DATA046

PF0/ADDR045

PF1/ADDR144

PA0/

IC3

9PA

1/IC

28

PA2/

IC1

7PA

3/IC

4/O

C5/

OC

16

PA4/

OC

4/O

C15

PA5/

OC

3/O

C14

PA6/

OC

2/O

C13

PA7/

PAI/O

C1

2V D

D1

V DD

68V S

S67

PD

5/SS

66P

D4/

SCK

65P

D3/

MO

SI64

PD

2/M

ISO

63

PD

1/TX

D62

PD

0/R

XD61

PB7/ADDR15

PB6/ADDR14

PB5/ADDR13

PB4/ADDR12

PB3/ADDR11

PB2/ADDR10

PB1/ADDR9

PB0/ADDR8

PH1/PW2PH2/PW3

PH3/PW4

XIRQ/VPPEPG7/R/W

IRQAVDD

PE7/AN7

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

PE

6/A

N6

PE

5/A

N5

PE

4/A

N4

PE

3/A

N3

PE

2/A

N2

PE1/

AN

1P

E0/A

N0

V RL

V RH

AVSS

27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43

26

PF7/

ADD

R7

PF6/

ADDR

6

PF5/

ADD

R5

PF4/

ADD

R4

PF3/

ADDR

3

PF2

/AD

DR

2

V SS

PH0/PW1

MODA

MODB

RESET

TxD

RxD

GND

+5V

MC68HC(7)11KA4

MC68HC(7)11KA2

INT

EXT

EXT

INT

Figure 11. In-Circuit wiring diagram for 68HC(7)11KA Series MCU, PLCC 68 Package


MODA/LIR60

MODB/VSTBY59

RESET58

XTAL57

EXTAL56

XOUT55

E54

PC7/DATA753

PC6/DATA652

PC5/DATA551

PC4/DATA450

PC3/DATA349

PC2/DATA248

PC1/DATA147

PC0/DATA046

PF0/ADDR045

PF1/ADDR144

PA0/

IC3

9PA

1/IC

28

PA2/

IC1

7PA

3/IC

4/O

C5/

OC

16

PA4/

OC

4/O

C15

PA5/

OC

3/O

C14

PA6/

OC

2/O

C13

PA7/

PAI/O

C1

2V D

D1

V DD

68V S

S67

PD

5/SS

66P

D4/

SCK

65P

D3/

MO

SI64

PD

2/M

ISO

63

PD

1/TX

D62

PD

0/R

XD61

PB7/ADDR15

PB6/ADDR14

PB5/ADDR13

PB4/ADDR12

PB3/ADDR11

PB2/ADDR10

PB1/ADDR9

PB0/ADDR8

PH1/PW2PH2/PW3

PH3/PW4

XIRQ/VPPPG7/R/W

IRQAVDD

PE7/AN7

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

PE

6/A

N6

PE

5/A

N5

PE

4/A

N4

PE

3/A

N3

PE

2/A

N2

PE1/

AN

1P

E0/A

N0

V RL

V RH

AVSS

27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43

26

PF7/

ADD

R7

PF6/

ADDR

6

PF5/

ADD

R5

PF4/

ADD

R4

PF3/

ADDR

3

PF2

/AD

DR

2

V SS

PH0/PW1

MODA

MODB

RESET

TxD

RxD

GND

+5V

M68HC(7)11 KS SERIES

Figure 12. In-Circuit wiring diagram for 68HC(7)11KS Series MCU, PLCC 68 Package


PB

0/A

8 P

B1/

A9

PB

2/A

10 P

B3/

A11

PB

4/A

12/L

CD

4 P

B5/

A13

/LC

D5

PB

6/A

14/L

CD

6 P

B7/

A15

/LC

D7

VS

S V

DD

PA

0/IC

3 P

A1/

IC2

PA

2/IC

1 P

A3/

OC

1/O

C5/

IC4

PA

4/O

C1/

OC

4 P

A5/

OC

1/O

C3

PA

6/O

C1/

OC

2 P

A7/

OC

1/PA

I P

D5/

SS

PD

4/S

CK

PD

3/M

OS

I

RX

D2/

PG

0 V

DD

AD

AD

7/P

E7

AD

6/P

E6

AD

5/P

E5

AD

4/P

E4

AD

3/P

E3

AD

2/P

E2

AD

1/P

E1

AD

0/PE

0 V

RL

VR

H

VS

S A

D

A7/

PF7

A

6/P

F6

A5/P

F5

A4/P

F4

A3/

PF3

A2

/PF2

A

1/P

F1

A0/

PF0

74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54

12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

11

10

9 8 7 6 5 4 3 2 84

83

82

81

80

79

78

77

76

75

PD2/MISO PD1/TXD1 PD0/RXD1 MODA/LIR RESET XFC VDDSYN EXTAL XTAL E VDDR VSSR PC7/D7 PC6/D6 PC5/D5 PC4/D4 PC3/D3 PC2/D2 PC1/D1 PC0/D0 IRQ

PW1/PH0 PW2/PH1 PW3/PH2 PW4/PH3

PH4 PH5 PH6 PH7

MODB/VSTBY V PP E/XIRQ

VDD VDDL VSSL VSS

R/W/PG7 LCDBP/PG6

SS2/PG5 SCK2/PG4

MOSI2/PG3 MISO2/PG2

TXD2/PG1

TxDRxDMODARESET

MODB

GN

D+5

V

See User’sGuide

MC68HC(7)11PH8

Figure 13. In-Circuit wiring diagram for 68HC(7)11PH8 MCU, PLCC84 Package


PB0

/A8

PB1

/A9

PB2

/A10

PB3

/A11

PB4

/A12

PB5

/A13

PB6

/A14

PB7

/A15

VSS

VD

D P

A0/IC

3 P

A1/IC

2 P

A2/IC

1 P

A3/O

C1/

OC

5/IC

4 P

A4/O

C1/

OC

4 P

A5/O

C1/

OC

3 P

A6/O

C1/

OC

2 P

A7/O

C1/

PAI

PD

5/S

S P

D4/

SC

K P

D3/

MO

SI

PG

0 VD

D A

D

AD

7/P

E7

AD

6/PE

6 AD

5/P

E5

AD

4/P

E4

AD3/

PE3

AD

2/PE

2 A

D1/

PE

1 AD

0/P

E0

VR

L V

RH

VS

S A

D

A7/P

F7

A6/P

F6

A5/

PF5

A4

/PF4

A

3/P

F3

A2/

PF2

A

1/P

F1

A0/

PF0

74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54

12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

11

10

9 8 7 6 5 4 3 2 84

83

82

81

80

79

78

77

76

75

PD2/MISO PD1/TXD1 PD0/RXD1 MODA/LIR RESET XFC VDDSYN EXTAL XTAL E VDDR VSSX PC7/D7 PC6/D6 PC5/D5 PC4/D4 PC3/D3 PC2/D2 PC1/D1 PC0/D0 IRQ

PW1/PH0 PW2/PH1 PW3/PH2 PW4/PH3

RXD3/PH4 TXD3/PH5 RXD2/PH6 TXD2/PH7

MODB/VSTBY XIRQVDD

VDDL VSSX

VSS R/W/PG7

PG6 PG5 PG4 PG3 PG2 PG1

TxDRxDMODA

RESET

MODB

+5V

See User’sGuide

GN

DMC68HC(7)11P2

Figure 14. In-Circuit wiring diagram for 68HC(7)11P2 MCU, PLCC84 Package


Figure 15. In-Circuit wiring diagram for 68HC(7)11L6 MCU, PLCC68 Package


Figure 16. In-Circuit wiring diagram for 68HC11A8 MCU, DIP48 Package


Figure 17. 11 EA PLCC-52 programming adapter

Figure 18. 11 E PLCC-52 programming adapter

Figure 19. 11 E QFP-64 programming adapter

10. APPENDIX 2


Figure 20. 11 K PLCC-84 programming adapter

Figure 21. 11 K QFP-80 programming adapter

Figure 22. 11 KA/KS PLCC-68 programming adapter


Figure 23. 11 F PLCC-68 programming adapter

Figure 24. 11L6 PLCC-68 programming adapter

Figure 25. 11 PH PLCC-84 programming adapter


Figure 26. 11 A8 DIP-48 programming adapter