User’s Manual IE-75300-R-EM 75X Series Emulation Board 75XL Series Emulation Board Version 1.47 For IE-75001-R IE-75000-R Document No. U11354EJ3V0UM00 (3rd edition) Date Published July 1997 N © Printed in Japan 1994 [MEMO] EEPROM is a trademark of NEC Corporation. The export of this product from Japan is prohibited without governmental license. To export or re-export this product from a country other than Japan may also be prohibited without a license from that country. Please call an NEC sales representative. The information in this document is subject to change without notice. No part of this document may be copied or reproduced in any form or by any means without the prior written consent of NEC Corporation. NEC Corporation assumes no responsibility for any errors which may appear in this document. NEC Corporation does not assume any liability for infringement of patents, copyrights or other intellectual property rights of third parties by or arising from use of a device described herein or any other liability arising from use of such device. No license, either express, implied or otherwise, is granted under any patents, copyrights or other intellectual property rights of NEC Corporation or of others. M7A 96. 10 Regional Information Some information contained in this document may vary from country to country. Before using any NEC product in your application, please contact the NEC office in your country to obtain a list of authorized representatives and distributors. They will verify: • Device availability • Ordering information • Product release schedule • Availability of related technical literature • Development environment specifications (for example, specifications for third-party tools and components, host computers, power plugs, AC supply voltages, and so forth) • Network requirements In addition, trademarks, registered trademarks, export restrictions, and other legal issues may also vary from country to country. NEC Electronics Inc. (U.S.) NEC Electronics (Germany) GmbH NEC Electronics Hong Kong Ltd. Santa Clara, California Tel: 800-366-9782 Fax: 800-729-9288 Benelux Office Eindhoven, The Netherlands Tel: 040-2445845 Fax: 040-2444580 Hong Kong Tel: 2886-9318 Fax: 2886-9022/9044 NEC Electronics (Germany) GmbH Duesseldorf, Germany Tel: 0211-65 03 02 Fax: 0211-65 03 490 NEC Electronics Hong Kong Ltd. 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Sao Paulo-SP, Brasil Tel: 011-889-1680 Fax: 011-889-1689 J96. 8 Major Revisions in This Edition Page General Description Upgraded the IE-75300-R-EM to Ver.1.47 Added µPD753304 to target devices Upgraded information ROM (IC79, IC80) and system setting data ROM (IC3) p.41 Added 3.4 Differences in Clock Generation Circuit p.43 Added 3.7 Restrictions p.46 4.1 Differences among Target Devices Added (5) Serial interface, and (6) A/D converter p.47 Change in 4.2 Handling of Pins of IE-75300-R-EM (µPD75308, 316, 328, and 336 Subseries) p.50 Change in 5.2 Handling of Pins of IE-75300-R-EM (µPD750008, 0108 Subseries) p.52 Change in 6.2 Handling of Pins of IE-75300-R-EM (µPD750068 Subseries) p.54 Change in 7.2 Handling of Pins of IE-75300-R-EM (µPD753017 Subseries) p.56 Change in 8.2 Handling of Pins of IE-75300-R-EM (µPD753036 Subseries) p.58 Change in 9.2 Handling of Pins of IE-75300-R-EM (µPD753108 Subseries) p.60 Change in 10.2 Handling of Pins of IE-75300-R-EM (µPD753208 Subseries) p.63 12.1 Differences among Target Devices Added (2) EEPROMTM p.66 Change in 13.2 Handling of Pins of IE-75300-R-EM (µPD754304 Subseries) The mark shows major revised points. INTRODUCTION Product description The IE-75300-R-EM, when connected to the separately sold IE-75001-RNote, is used for debugging of 4-bit single-chip microcomputers of the 75X or 75XL Series. This device cannot be used with the EVAKIT-75X. Note The IE-75001-R comes as an IE-75000-R-EM taken from the IE-75000-R (maintenance part). The IE-75000-R can be used in place of the IE-75001-R. Readers This manual is intended for system debugging engineers who are using the 75X or 75XL Series and who connect the IE-75300-R-EM to the IE-75001-R. Purpose This manual’s purpose is to explain methods for connecting the IE-75300-R-EM to the IE75001-R and settings to be made when debugging various devices in the 75X or 75XL Series. Organization This manual generally contains the following sections. • System configuration • IE-75001-R connection methods and settings How to read this Engineers who read this manual are assumed to be acquainted with the functions and use manual methods for devices to be debugged and knowledgeable about debugging. When using the IE-75000-R, you can consider all of this manual’s references to the IE-75001-R as applicable to the IE-75000-R (see the setting procedures described in CHAPTER 2 INSTALLATION PROCEDURE). The shape and connecting methods of versions less than and above the IE-75300R-EM Ver.1.32 differ. When using an IE-75300-R-EM earlier than Ver.1.32, read the user’s manual provided for that IE-75300-R-EM. For a brief description of the IE-75300-R-EM’s functions and operation methods: -> See the table of contents For description of basic specifications: -> See the overview description in CHAPTER 1 OVERVIEW. For information on setting methods when debugging various devices connected to the IE75001-R: -> See CHAPTERS 2 to 13. Legends Main system clock : this manual assumes that the main system clock has been set to 4.19 MHz. Significance of data notation : left side is most significant, right side is least significant. Symbols inside of boxes : contents of monitor screen or input command. Input key description : xxxxx indicates key input. symbol indicates the return (ENTER) key. : The : The ∆ symbol indicates a space. JP settings : JP (Jumper Pin) settings are indicated as shown below. Example 3 2 1 JP3 Indicates short between pins 1 and 2 in JP3. Switch settings : switch (DIP switch) settings are indicated as shown below. Example ON 1 2 3 4 5 SW1 OFF (1 to 5 are ON) Indicates bits 1 to 5 in SW1 are ON. Note : refers to notes explaining contents of text. Caution : refers to contents that warrant special attention when reading. Numerical notation : binary numbers ... xxxxB : hexadecimal numbers ... xxxxH Related document IE-75000-R/IE-75001-R USER’S MANUAL (ref. No. EEU-846). [MEMO] CONTENTS CHAPTER 1 OVERVIEW ..................................................................................................................... 1 1.1 What is the IE-75300-R-EM? ................................................................................................. 1 1.2 IE-75300-R-EM Features ........................................................................................................ 4 1.3 IE-75300-R-EM Product Configuration ................................................................................ 5 1.4 IE-75300-R-EM Part Names ................................................................................................... 8 1.5 List of Target Devices ........................................................................................................... 8 1.6 Cautions Concerning Use of IE-75300-R-EM ..................................................................... 9 1.7 ROMs Provided with IE-75300-R-EM ................................................................................... 11 1.7.1 Firmware ROM ........................................................................................................................... 11 1.7.2 Information ROM and system setting data ROM ...................................................................... 11 1.8 IE-75300-R-EM D759000 BOARD ......................................................................................... 12 CHAPTER 2 INSTALLATION PROCEDURE ..................................................................................... 13 2.1 Method for Connection with Target System ...................................................................... 13 2.1.1 When connecting with target system ........................................................................................ 13 2.1.2 When not connecting with target system .................................................................................. 19 2.1.3 When replacing firmware ROM .................................................................................................. 20 2.2 User Clock Settings ............................................................................................................... 21 2.3 Selection of Target Device ................................................................................................... 28 2.3.1 Selection of target device using SW1 ....................................................................................... 28 2.3.2 Selection of target device using STS command ....................................................................... 32 2.4 ROM Checking and Replacement ........................................................................................ 34 2.5 2.6 2.7 2.8 2.4.1 ROM checking ............................................................................................................................ 34 2.4.2 Information ROM replacement ................................................................................................... 36 2.4.3 System setting data ROM replacement .................................................................................... 38 Mask Options .......................................................................................................................... Power Supply Setting ............................................................................................................ JP2 and JP3 Settings ............................................................................................................ JP1 of IE-75300-R-EM D759000 BOARD Setting ............................................................... CHAPTER 3 DIFFERENCES BETWEEN IE-75001-R AND TARGET DEVICES WHEN CONNECTING THE IE-75001-R (ALL TARGET DEVICES COMMON VERSION) ....... 3.1 Differences in Executable Commands ............................................................................... 3.2 Differences in Program Memory Area ................................................................................ 3.3 Differences in Power Supply Voltage ................................................................................. 3.4 Differences in Clock Generation Circuit ............................................................................ 3.5 Operation Using Main System Clock or Subsystem Clock ............................................. 3.6 Differences between IE-75300-R-EM Version’s Earlier than Ver. 1.32 and Target Devices .................................................................................................................................... 3.7 Restrictions ............................................................................................................................ 39 39 40 40 41 41 41 41 41 42 43 43 CHAPTER 4 INSTALLATION (µPD75308, 316, 328, AND 336 SUBSERIES) FOR IE-75001-R .... 45 4.1 Differences among Target Devices ..................................................................................... 45 4.2 Handling of Pins of IE-75300-R-EM (µPD75308, 316, 328, and 336 Subseries) ............ 47 –i– CHAPTER 5 INSTALLATION (µPD750008 AND 0108 SUBSERIES) FOR IE-75001-R .............. 49 5.1 Differences among Target Devices ..................................................................................... 49 5.2 Handling of Pins of IE-75300-R-EM (µPD750008 and 0108 Subseries) .......................... 50 CHAPTER 6 INSTALLATION (µPD750068 SUBSERIES) FOR IE-75001-R .................................. 51 6.1 Differences among Target Devices ..................................................................................... 51 6.2 Handling of Pins of IE-75300-R-EM (µPD750068 Subseries) ........................................... 52 CHAPTER 7 INSTALLATION (µPD753017 SUBSERIES) FOR IE-75001-R .................................. 53 7.1 Differences among Target Devices ..................................................................................... 53 7.2 Handling of Pins of IE-75300-R-EM (µPD753017 Subseries) ........................................... 54 CHAPTER 8 INSTALLATION (µPD753036 SUBSERIES) FOR IE-75001-R .................................. 55 8.1 Differences among Target Devices ..................................................................................... 55 8.2 Handling of Pins of IE-75300-R-EM (µPD753036 Subseries) ........................................... 56 CHAPTER 9 INSTALLATION (µPD753108 SUBSERIES) FOR IE-75001-R .................................. 57 9.1 Differences among Target Devices ..................................................................................... 57 9.2 Handling of Pins of IE-75300-R-EM (µPD753108 Subseries) ........................................... 58 CHAPTER 10 INSTALLATION (µPD753208 SUBSERIES) FOR IE-75001-R ................................ 59 10.1 Differences Among Target Devices .................................................................................... 59 10.2 Handling of Pins of IE-75300-R-EM (µPD753208 Subseries) ........................................... 60 CHAPTER 11 INSTALLATION (µPD753304) FOR IE-75001-R ....................................................... 61 11.1 Differences among Target Devices ..................................................................................... 61 11.2 Handling of Pins of IE-75300-R-EM (µPD753304) .............................................................. 62 CHAPTER 12 INSTALLATION (µPD754244 SUBSERIES) FOR IE-75001-R ................................ 63 12.1 Differences among Target Devices ..................................................................................... 63 12.2 Handling of Pins of IE-75300-R-EM (µPD754244 Subseries) ........................................... 64 CHAPTER 13 INSTALLATION (µPD754304 SUBSERIES) FOR IE-75001-R ................................ 65 13.1 Differences among Target Devices ..................................................................................... 65 13.2 Handling of Pins of IE-75300-R-EM (µPD754304 Subseries) ........................................... 66 APPENDIX A IE-75300-R-EM SPECIFICATIONS .............................................................................. 67 APPENDIX B IE-75300-R-EM BLOCK DIAGRAM ............................................................................ 69 APPENDIX C PIN TABLES FOR CN1 TO CN4 .............................................................................. 71 APPENDIX D REVISION HISTORY .................................................................................................... 75 – ii – LIST OF FIGURES (1/2) Figure No. Title Page 1-1 Connection with IE-75001-R .................................................................................................... 3 1-2 IE-75300-R-EM and Its Product Configuration ....................................................................... 5 1-3 Interface Circuit for External Sense Clip ................................................................................. 9 1-4 SW1 Setting (for shipment of IE-75300-R-EM) ...................................................................... 10 2-1 Connection between IE-75001-R and Target System ............................................................ 13 2-2 Opening Lid of IE-75001-R ...................................................................................................... 14 2-3 Removal of IE-75000-R-BK ..................................................................................................... 14 2-4 Connection between IE-75300-R-EM and IE-75000-R-BK .................................................... 15 2-5 Connection of IE-75300-R-EM, IE-75000-R-BK, and Adapter Board .................................... 16 2-6 Screw Fastening of IE-75300-R-EM, IE-75000-R-BK, and Adapter Board ........................... 17 2-7 Board Installation ..................................................................................................................... 17 2-8 Board Position .......................................................................................................................... 18 2-9 Mounting on Converter Socket ................................................................................................ 18 2-10 Connection between Emulation Probe and Converter Socket .............................................. 19 2-11 Location of Firmware ROM ...................................................................................................... 20 2-12 Positions of SX1 and SX2 ....................................................................................................... 21 2-13 SW1 Setting .............................................................................................................................. 28 2-14 Positions of Information ROM and System Setting Data ROM ............................................. 35 2-15 Removal of IE-75300-R-EM D759000 BOARD ...................................................................... 36 2-16 Removal of Information ROM .................................................................................................. 36 2-17 Mounting of Information ROM ................................................................................................. 37 2-18 Connection of IE-75300-R-EM D759000 BOARD .................................................................. 37 2-19 Removal of System Setting Data ROM .................................................................................. 38 2-20 Mounting of System Setting Data ROM .................................................................................. 38 2-21 SW2 Setting .............................................................................................................................. 39 2-22 JP2 and JP3 Settings .............................................................................................................. 40 2-23 JP1 of IE-75300-R-EM D759000 BOARD Setting .................................................................. 40 4-1 Handling of Pins of µPD75304, 304B, 306, 306B, 308, 308B, P308, 312, 312B, 316, 316B, P316, P316A, P316B, 328, P328, 336, and P336 .............................................. 47 5-1 Handling of Pins of µPD750004, 0006, 0008, P0016, 0104, 0106, 0108, and P0116 ......... 50 6-1 Handling of Pins of µPD750064, 0066, 0068, and P0076 ..................................................... 52 7-1 Handling of Pins of µPD753012, 3012A, 3016, 3016A, 3017, 3017A, P3018, and P3018A .... 54 8-1 Handling of Pins of µPD753036 and P3036 ........................................................................... 56 9-1 Handling of Pins of µPD753104, 3106, 3108, and P3116 ..................................................... 58 10-1 Handling of Pins of µPD753204, 3206, 3208, and P3216 ..................................................... 60 – iii – LIST OF FIGURES (2/2) Figure No. Title Page 11-1 Handling of Pins of µPD753304 .............................................................................................. 62 12-1 Handling of Pins of µPD754202, 4144, 4244, 4264, and F4264 ........................................... 64 13-1 Handling of Pins of µPD754302, 4304, and P4308 ............................................................... 66 B-1 IE-75300-R-EM Block Diagram ............................................................................................... 69 B-2 IE-75300-R-EM D759000 BOARD Block Diagram ................................................................. 70 – iv – LIST OF TABLES Table No. Title Page 1-1 Adapter Boards and Emulation Probes for Various Models .................................................. 2 1-2 IE-75300-R-EM Part Names .................................................................................................... 8 1-3 Information ROM and System Setting Data ROM .................................................................. 11 1-4 Provision of IE-75300-R-EM D759000 BOARD ...................................................................... 12 2-1 Switching between Internal Clock and User Clock in Main System Clock ........................... 22 2-2 Main System Clock Connection Circuit and SX1 Setting ...................................................... 23 2-3 Switching between Internal Clock and User Clock in Subsystem Clock .............................. 25 2-4 Target Device and Corresponding ROM ................................................................................. 34 –v– [MEMO] – vi – CHAPTER 1 CHAPTER 1 OVERVIEW OVERVIEW 1.1 What is the IE-75300-R-EM? The IE-75300-R-EM is an emulation board for the (separately sold) IE-75001-R development system for 4-bit single-chip microcomputers of the 75X or 75XL Series. When the IE-75001-R is combined with the IE-75300-R-EM and the EP-75xxxzz-RNote 1 (separately sold adapter board and emulation probe described (refer to Table 1-1)), efficient debugging and operation checking of the system using various devicesNote 2 can be performed. This emulation board can execute emulation in the power supply voltage VDD range of 2.7 to 5.0 V. Notes 1. The EP-75xxxzz-R is an adapter board and emulation probe for various devices used with the 75X or 75XL Series. Example EP-75328GC-R: probe set for µPD75328GC and P328. 2. Refer to 1.5 List of Target Devices. 1 CHAPTER 1 OVERVIEW Table 1-1. Adapter Boards and Emulation Probes for Various Models No. of Pins Package Target Device QFP (GF) (0.8 mm pitch) WQFN (K) µPD75304, 304B, 306, 306B, 308, 308B, P308, 312, 316, P316, P316A EP-75308GF-R QFP (GC) (0.65 mm pitch) µPD75304B, 306B, 308B, 312B, 316B, P316B EP-75308BGC-R µPD753012, 3012A, 3016, 3016A, 3017, 3017A, P3018, P3018A EP-753017GC-R µPD75328, P328 EP-75328GC-R µPD75336, P336, 3036, P3036 EP-75336GC-R µPD75304B, 306B, 308B, 312B, 316B, P316B EP-75308BGK-R µPD753012, 3012A, 3016, 3016A, 3017, 3017A, P3018, P3018A EP-753017GK-R µPD75336, P336, 3036, P3036 EP-75336GK-R QFP (GC) (0.8 mm pitch) µPD753104, 3106, 3108, P3116 EP-753108GC-R QFP (GK) (0.65 mm pitch) µPD753104, 3106, 3108, P3116 EP-753108GK-R 48 Shrink SOP (GT) µPD753204, 3206, 3208, P3216 EP-753208GT-R 44 QFP (GB) (0.8 mm pitch) µPD750004, 0006, 0008, P0016, 0104, 0106, 0108, P0116 EP-75008GB-R 42 Shrink DIP (CU) µPD750004, 0006, 0008, P0016, 0104, 0106, 0108, P0116 EP-75008CU-R µPD750064, 0066, 0068, P0076 EP-750068CU-R Shrink DIP (DU) µPD753304Notes 1, 2 EP-753304DU-R Shrink SOP (GT) µPD750064, 0066, 0068, P0076 EP-750068GT-R 36 Shrink SOP (GS) µPD754302, 4304, 4308 EP-754304GS-R 20 SOP (GS) (1.27 mm pitch) µPD754202, 4144, 4244, 4264, F4264Note 2 EP-754144GS-R Shrink SOP (GS) (0.65 mm pitch) µPD754202, 4144, 4244 80 TQFP (GK) (0.5 mm pitch) 64 Notes 1. Supports only ES products (shrink DIP (DU)), but not mass produced products (bare chip). 2. Under development 2 Adapter Board/Emulation Probe CHAPTER 1 OVERVIEW Figure 1-1. Connection with IE-75001-R IE-75000-R-BK IE-75300-R-EM Adapter board for various models CN5 J2 CN1 J1 CN3 P1 CN3 CN4 P1 µPD75000A CN2 CN4 CN1 CN2 PC2 P2 PC1 P2 Emulation probe for various models IE-75300-R-EM D759000 BOARD Emulation probe connector Emulation probe connector Target system IE-75001-R cabinet 3 CHAPTER 1 OVERVIEW 1.2 IE-75300-R-EM Features The IE-75300-R-EM has the following features when connected to the IE-75000-R-BK. (1) Emulation can be performed in real time or in one step for various target devicesNote 1. (2) If the target program has accessed a stack area, data memory, a register, or a peripheral I/O which is not incorporated in the target devices, forced termination of the program’s execution will be performed (guard break function). (3) When using the IE-75001-R’s on-line assembler function (ASM command), you can use target device peripheral hardware reserved wordsNote 2 for operand input addresses. (4) The I/O port status can be traced during emulation. (5) The command set that can be assembled and disassembled using the ASM and DAS commands is attached to the target deviceNote 1. Notes 1. Refer to 1.5 List of Target Devices. 2. A reserved word is a symbol value that has been reserved to indicate the address assigned to a target device’s peripheral hardware by memory mapped I/O. 4 CHAPTER 1 OVERVIEW 1.3 IE-75300-R-EM Product Configuration The IE-75300-R-EM consists of the products shown in Figure 1-2. Figure 1-2. IE-75300-R-EM and Its Product Configuration (1/3) CN4 CN3 CN2 CN1 ON SW1 USER P1 SW2 IE P2 IC3 11 10 9 8 7 6 5 JP4 IE-75300-R-EM D759000 BOARD IC80 SX1 SX2 IC79 1 3 1 3 JP3 JP2 JP1 1 3 IE-75300-R-EM 5 CHAPTER 1 OVERVIEW Figure 1-2. IE-75300-R-EM and Its Product Configuration (2/3) CN4 CN3 CN2 CN1 ON SW1 USER P1 SW2 IE P2 CN6 11 10 9 8 7 6 5 JP4 CN5 IC80 IC79 ON SW3 ON SW4 ON SW5 ON SW6 SX1 SX2 1 3 1 3 JP3 JP2 JP1 1 3 IE-75300-R-EM (With the IE-75300-R-EM D759000 BOARD removed) IC3 µPD759000 IE-75300-R-EM D759000 BOARD Remark IE-75300-R-EMs later than Ver.1.32 do not have SW3 to SW6 and JP4 to JP11. Settings performed by users using SW3 to SW6 and JP4 to JP11 in versions earlier than Ver.1.32 are performed automatically by the IE-75300-R-EM D759000 BOARD with versions later than Ver.1.32, thus eliminating the need for users to perform the settings. IE-75300-R-EM boards later than Ver.1.32 also have labels SW3 to SW6 and JP4 to JP11 because the same board as versions earlier than Ver.1.32 are used. 6 CHAPTER 1 OVERVIEW Figure 1-2. IE-75300-R-EM and Its Product Configuration (3/3) E75X E75X IC79 IC80 xxx or xxx Information ROM (µPD27C1001A) (Mounted on IE-75300-R-EM’s IC79 and IC80 when shipped) D75X IC3 xxx System setting data ROM (µPD27C1001A) (Mounted on IC3 IE-75300-R-EM D759000 BOARD when shipped) Caution The IE-75300-R-EM includes dedicated devices for emulation of each target devices’ peripheral function (I/O port, etc.). 7 CHAPTER 1 OVERVIEW 1.4 IE-75300-R-EM Part Names Table 1-2. IE-75300-R-EM Part Names Name Function SW1 DIP switch for selecting target device when starting up system SW2 Power supply switch JP1 Internal clock and user clock switch for subsystem clock P1, P2 Connector for IE-75000-R-BK connection CN1 to CN4 Connector for adapter board connection SX1, SX2 IC79 IC3 Note , IC80 Socket for mounting user clock Note Note Information ROM Ver.3.3 System setting data ROM Ver.3.3 (Mounted on IE-75300-R-EM D759000 BOARD) Note Mounted on IE-75300-R-EM prior to shipment. Other than the above, the IE-75300-R-EM is provided with IC86 (firmware ROM Ver.1.6), IC79, IC80 (information ROM Ver.4.3), and IC3 (system setting data ROM Ver.4.3). 1.5 List of Target Devices In this manual, the term “target device” is used to refer to microcontrollers such as the µPD75308 that are targeted for emulation. Also, the term “target system” is used to refer to user systems composed of target devices. The following are target devices that can be emulated using the IE-75001-R. µPD75304, 304B, 306, 306B, 308, 308B, P308, 75312, 312B, 316, 316B, P316, P316A, P316B, 75328, P328, 336, P336, 750004, 0006, 0008, P0016, 750104, 0106, 0108, P0116, 750064, 0066, 0068, P0076, 753012, 3012A, 3016, 3016A, 3017, 3017A, P3018, 753036, P3036, 753104, 3106, 3108, P3116, 753204, 3206, 3208, P3216, 4264, P3018A, 753304Notes 1, 2, 754202, 4144, 4244, 754302, 4304, P4308 Notes 1. Supports only ES products (shrink DIP (DU)), but not mass produced products (bare chip). 2. Under development 8 F4264Note 2, CHAPTER 1 OVERVIEW 1.6 Cautions Concerning Use of IE-75300-R-EM The following shows common precautions not specifically related to the target device used. Refer to CHAPTERS 3 to 13 for precautions for each target device used. (1) Turn off the power supply to the IE-75001-R and target system before connecting or removing the IE-75300-REM and adapter board or target system, or changing the switch settings on these devices. (2) When connecting the IE-75300-R-EM with the IE-75001-R to emulate a target device, the operation will vary in some respects from that of an actual device. (3) If the connection between the IE-75300-R-EM and the IE-75001-R has not been made correctly, a “No Connect” message is output and the devices will not operate correctly. (4) If the target program attempts to access a memory area, peripheral I/O, stack pointer, or register which is not incorporated in the target devices, forced termination of the program’s execution will be performed and one of the following messages will be displayed on the IE-75001-R. Memory area “GDM” break terminated Peripheral I/O “GDIO” break terminated Stack pointer “GDSP” break terminated Register “GDR” break terminated (5) When performing mnemonic input using ASM commands, note that the data memory R/W attributes have not been checked. (6) Bit 0 (EXT0) on the external sense clip used for the external trigger sets up open drain output and therefore a pull-up resistor should be attached. External sense interface should be used in output mode. Do not use it in input mode. Figure 1-3 shows the interface circuit for the external sense clip. Figure 1-3. Interface Circuit for External Sense Clip IE-75000-R-BK IE-75300-R-EM Adapter board LS06 Emulation probe on target system side D Q Y A 9 CHAPTER 1 OVERVIEW (7) The DIP switch (SW1) on the IE-75300-R-EM is set as follows prior to shipment. When connecting to the IE75001-R, use the STS command or SW1 to select the target device. (Refer to 2.3 Selection of Target Device) Figure 1-4. SW1 Setting (for shipment of IE-75300-R-EM) ON 1 2 3 4 5 SW1 OFF (Bits 1 to 5 are ON.) 10 CHAPTER 1 OVERVIEW 1.7 ROMs Provided with IE-75300-R-EM IE-75300-R-EMs later than Ver.1.32 are provided with the following four ROMs. • Firmware ROM (IC86 Ver.1.6) • Information ROM (IC79, IC80 Ver.4.3) • System setting data ROM (IC3 Ver.4.3) These ROMs are used when replacing ROMs mounted on the IE-75001-R and IE-75300-R-EM prior to shipment to the version of the IE-75300-R-EM and target device. 1.7.1 Firmware ROM The firmware ROM (IC86 Ver.1.6) is used when connecting IE-75300-R-EMs above Ver.1.32 to the IE-75001-R. Replace the firmware ROM mounted on the IE-75001-R prior to shipment with the firmware ROM (IC86 Ver.1.6) provided with the IE-75300-R-EM. For details, refer to 2.1.3 When exchanging firmware ROM. Cautions 1. The IE-75001-R provided with a firmware ROM earlier than Ver.1.6 cannot be used for IE75300-R-EMs Ver.1.32 or later. If used, the message “NO CONNECT” will be displayed. 2. Always replace the firmware ROM before turning on the power. 1.7.2 Information ROM and system setting data ROM The information ROM and system setting data ROM (Ver.3.3) mounted on the IE-75300-R-EM prior to shipment needs to be replaced with the ROM (Ver.4.3) provided with the IE-75300-R-EM according to the target device used. For details, refer to 2.4 ROM Checking and Replacement. Table 1-3. Information ROM and System Setting Data ROM IE-75300-R-EM Version Applications ROM Label Mounting Site Less than Ver.1.32 Information ROM E75x IC79 xxx IC79 socket (On IE-75300-R-EM) Ver.1.32 or later Information ROMNote E75x IC79 xxx IC79 socket (On IE-75300-R-EM) E75x IC80 xxx IC80 socket (On IE-75300-R-EM) D75x IC3 xxx IC3 socket (On IE-75300-R-EM D759000 BOARD) System setting data ROMNote Device µPD27C1001A Note Uses ROM Ver.3.1 with IE-75300-R-EM Ver.1.32 and ROM Ver.4.3 with IE-75300-R-EM Ver.1.47. 11 CHAPTER 1 OVERVIEW 1.8 IE-75300-R-EM D759000 BOARD IE-75300-R-EMs Ver.1.32 or later are provided with an IE-75300-R-EM D75900 BOARD mounted to CN5 and CN6 (Refer to Figure 1-2. IE-75300-R-EM and Its Product Configuration). The IE-75300-R-EM D759000 BOARD is mounted with an emulation device µPD759000, which automatically performs settings of detailed parts required during the emulation of the target device. This means that settings performed by SW3 to SW6 and JP4 to JP11 for IE-75300-R-EMs less than Ver.1.32 are unnecessary. The IE-75300-R-EM D759000 BOARD has an EEPROM control section, which performs the emulation of target devices incorporating the EEPROMTM. Table 1-4 shows the differences made by whether the device is provided with the IE-75300-R-EM D759000 BOARD. Table 1-4. Provision of IE-75300-R-EM D759000 BOARD Item No IE-75300-R-EM D759000 BOARD With IE-75300-R-EM D759000 BOARD IE-75300-R-EM version Less than Ver.1.32 Ver.1.32 or later Emulation device µPD75000AL, µPD75390R, FPGA µPD75000AL, µPD759000 EEPROM control section No (Emulation of devices incorporating EEPROM not possible) Yes (Emulation of devices incorporating EEPROM possible) SW3 to SW6 Yes No JP4 to JP11 (Mounted on IE-75300-R-EM, and requires user settings for use.) (IE-75300-R-EM D759000 BOARD performs settings automatically. User settings unnecessary.) Other The shape, weight, CN2 pin connection, etc. differ. Functions other than those in Table 1-4 and IE-75300-R-EM operations are the same. Remark IE-75300-R-EMs later than Ver.1.32 do not have SW3 to SW6 and JP4 to JP11. Settings performed by users using SW3 to SW6 and JP4 to JP11 in versions earlier than Ver.1.32 are performed automatically by the IE-75300-R-EM D759000 BOARD with versions above Ver.1.32, thus eliminating the need for users to perform the settings. IE-75300-R-EM boards above Ver.1.32 also have labels SW3 to SW6 and JP4 to JP11 because the same board as versions earlier than Ver.1.32 are used. 12 CHAPTER 2 CHAPTER 2 INSTALLATION PROCEDURE INSTALLATION PROCEDURE 2.1 Method for Connection with Target System 2.1.1 When connecting with target system When using the IE-75001-R for emulation of a target device, use an EP-75xxxzz-R (emulation probe and adapter board). Follow the connection procedure described below. Figure 2-1. Connection between IE-75001-R and Target System IE-75000-R-BK IE-75300-R-EM Adapter board for various models CN5 J2 J1 P1 CN3 CN4 P1 µPD75000A CN1 CN2 CN3 CN4 CN1 CN2 PC2 P2 PC1 P2 IE-75300-R-EM D759000 BOARD Emulation probe connector Emulation probe connector Motherboard PC2 PC1 IE-75001-R cabinet 13 CHAPTER 2 INSTALLATION PROCEDURE (1) Remove screws from six locations on the IE-75001-R unit to open the lid of the case. Figure 2-2. Opening Lid of IE-75001-R (2) The IE-75000-R-BK is connected inside the IE-75001-R. If using the IE-75000-R instead of the IE-75001-R, the IE-75000-R-EM fits into the case when the IE-75000-R is screw-fastened to the IE-75000-R-BK. Remove the two boards once and remove the screws. (3) Remove the cable (J1 or J2 cable) connecting the IE-75000-R-BK to the control/trace board, then pull forward the two card pullers on either side of the IE-75000-R-BK to completely remove the IE-75000-R-BK from its slot. Figure 2-3. Removal of IE-75000-R-BK IE-75000-R-BK 14 CHAPTER 2 INSTALLATION PROCEDURE (4) Connect the IE-75300-R-EM to the IE-75000-R-BK. <1> Remove the screws from the two spacers on the IE-75000-R-BK. <2> Connect connectors P1 and P2 on the IE-75000-R-BK to connectors P1 and P2 on the IE-75300-REM. <3> Use the screws removed at step <1> to fasten the IE-75300-R-EM. Figure 2-4. Connection between IE-75300-R-EM and IE-75000-R-BK 15 CHAPTER 2 INSTALLATION PROCEDURE (5) Connect the emulation probe’s adapter board to the boards fastened at step (4) above. <1> Connect connectors CN1 to CN4 on the IE-75300-R-EM to connectors CN1 to CN4 on the adapter board. Figure 2-5. Connection of IE-75300-R-EM, IE-75000-R-BK, and Adapter Board Adapter board IE-75300-R-EM IE-75000-R-BK 16 CHAPTER 2 INSTALLATION PROCEDURE <2> Insert a flat-head screw, spring, washer, and flat washer to attach one spacer between the IE-75300R-EM and adapter board. Figure 2-6. Screw Fastening of IE-75300-R-EM, IE-75000-R-BK, and Adapter Board (6) Install the boards connected at step (5) inside the IE-75001-R’s case. Figure 2-7. Board Installation Adapter board IE-75000-R-BK IE-75300-R-EM 17 CHAPTER 2 INSTALLATION PROCEDURE (7) Insert the IE-75000-R-BK’s connectors PC1 and PC2 to connectors PC1 and PC2 inside the case. (8) Connect the cables from J1 and J2 to the IE-75000-R-BK. Check the position of the board. Figure 2-8. Board Position Screw hole IE-75300-R-EM IE-75000-R-BK Control/trace board Adapter board (9) Solder an appropriate converter socket, etc.Note suiting with shape of the top of the probe at the mounting site on the target system’s target device. Figure 2-9. Mounting on Converter Socket WQFN converter socket Pin 1 mark Target system Note Depending on the probe used, the converter socket, converter adapter, or flexible board may be required. Use the items provided with the probe intended for the target device. The above shows a case using the WQFN converter socket. For details of the converter adapter and flexible board, refer to the User’s Manual of the respective probe. 18 CHAPTER 2 INSTALLATION PROCEDURE (10) Connect the emulation probe’s plug to the converter socket that was soldered at step (9). Figure 2-10. Connection between Emulation Probe and Converter Socket Emulation probe Pull-up bar WQFN converter socket Align the emulation probe’s mark to the Pin 1 mark of the converter socket when connecting. Caution Use the pull-up bar to remove the emulation probe’s plug from the converter socket. 2.1.2 When not connecting with target system Among the pins left open for connectors CN1 to CN4 on the IE-75300-R-EM, the input and input/output ports have 1 MΩ pull-down resistors. Accordingly, when not connecting with a target system, the connection pins can be used in open condition. 19 CHAPTER 2 INSTALLATION PROCEDURE 2.1.3 When replacing firmware ROM When using IE-75300-R-EMs Ver.1.32 or later to perform the emulation of a target device, replace the IE-75001-R firmware ROM with the ROM IC86 Ver.1.6 provided with the IE-75300-R-EM. Follow the replacement procedure described below. (1) Remove the firmware ROM mounted on the IE-75001-R at shipment from the socket. The firmware ROM is located next to the “RTS SELECT” switch in the RS-232C setting section at the side of the IE-75001-R. Figure 2-11. Location of Firmware ROM (2) Insert the firmware ROM IC86 Ver.1.6 provided with the IE-75300-R-EM in the socket. Cautions 1. IE-75001-Rs provided with a firmware ROM earlier than Ver.1.6 cannot be used for IE-75300R-EMs Ver.1.32 or later. If used, the message “NO CONNECT” will be displayed. 2. Always replace the firmware ROM before turning on the power. 20 CHAPTER 2 INSTALLATION PROCEDURE 2.2 User Clock Settings When the IE-75001-R is activated, the main system clock and subsystem clock are set to the status selecting the internal clock. When using only the user clock from the main system clock and subsystem clock, you must change the settings. When using the user clock, the mounting positions for the parts boards (SX1, SX2) are as follows. Figure 2-12. Positions of SX1 and SX2 CN4 CN3 CN2 CN1 ON SW1 USER P1 SW2 IE P2 IC3 11 10 9 8 7 6 5 JP4 IE-75300-R-EM D759000 BOARD IC80 IC79 SX1 SX2 1 3 1 3 SX1 JP3 SX2 JP2 JP1 1 3 21 CHAPTER 2 INSTALLATION PROCEDURE (1) Switching between internal clock and user clock in main system clock The main system clock can be switched between internal clock and user clock. The settings for using the user clock are as follows. <1> Setting of SX1 (parts board) on IE-75300-R-EM <2> Use of CLK command to select “U” Table 2-1. Switching between Internal Clock and User Clock in Main System Clock Main System Clock Selection Set using CLK commandNote User Clock Internal Clock CLK∆I Select internal clock CLK If the operand is omitted, the current setting is displayed. IE Display when internal clock has been selected CLK∆U Select user clock (clock in target system) CLK If the operand is omitted, the current setting is displayed. User Display when user clock has been selected Note After selecting the clock source, be sure to use the RES command to reset the emulation device. If the operand has been omitted, the currently selected clock source name will be displayed. When the IE-75001-R is activated, the internal clock is automatically selected. Caution If you execute the “CLK∆U” command without first setting SX1, the error message “E-CPU ERROR” will be output. This occurs because the clock is not being supplied to the emulation device. 22 CHAPTER 2 INSTALLATION PROCEDURE Table 2-2. Main System Clock Connection Circuit and SX1 Setting (1/2) Main System Clock Selection Internal Clock User Clock SX1 setting Connection circuit during setting (1) Crystal resonator 4.194304 MHz When using an oscillator Emulation device NC VCC X1 X2 GND CLOCK OUT (Crystal oscillator) Crystal oscillator pin NC GND CLOCK OUT VCC 1 2 3 4 5 6 7 14 13 12 11 10 9 8 (Socket) Socket No. - 1 - 7 - 8 - 14 (Connection) Emulation device Crystal resonator X1 X2 (2) When using resonator (No. between parts board pins) 1 2 3 4 5 6 7 14 13 12 11 10 9 8 (Parts board) Ceramic resonator or crystal resonator Resistor Rx (normally 0 ΩNote) Capacitor CA Capacitor CB Lead 4 - 11 5 - 10 3 - 12 2 - 13 8-9 (Connection) 1 MΩ Rx Emulation device X1 X2 CA CB Parts board Note If using a low frequency such as 1 MHz, connect a limiting resistance. 23 CHAPTER 2 INSTALLATION PROCEDURE Table 2-2. Main System Clock Connection Circuit and SX1 Setting (2/2) Main System Clock Selection Internal Clock User Clock (3) Connection circuit during setting When using external clock 1 2 3 4 5 6 7 14 13 12 11 10 9 8 (No. between parts board pins) Lead (Parts board) 4 - 12 6-8 (Connection) Emulation device Emulation probe X1 pin X1 X2 Use oscillation circuit output for external clock. Leave the X2 pin open. Remark The SX1 peripheral circuits are shown below. This should be used as a reference when mounting a ceramic oscillator with internal capacitor to SX1 and selecting the user clock. 1 CLOCK IN 24 SX1 14 2 13 3 12 4 11 5 10 6 9 7 8 CLOCK OUT CHAPTER 2 INSTALLATION PROCEDURE (2) Switching between internal clock and user clock in subsystem clock Use JP1 to switch between internal clock and user clock in the subsystem clock. When using the user clock, be sure to set SX2 (parts board) on the IE-75300-R-EM. If the target device does not have a subsystem clock, the subsystem user clock cannot be used. In addition, if using something other than fXT = 32.768 kHz, connect an (4.19 x fXT/32.768) MHz resonator to SX2. fXT: clock to be used Table 2-3. Switching between Internal Clock and User Clock in Subsystem Clock (1/2) Subsystem Clock Selection User Clock Internal Clock JP1 and JP2 connection positions 1 2 1 3 2 3 JP1 JP1 (1 and 2 shorted) (2 and 3 shorted) (Shipped setting) Caution To select the user clock, the CLK∆U command is effective only in the main system clock. Connection circuit for setting SX2 setting (1) When using an oscillator Emulation device NC Crystal resonator 32.768 kHz VCC XT1 XT2 GND CLOCK OUT (Crystal oscillator) Crystal oscillator pin NC GND CLOCK OUT VCC 1 2 3 4 5 6 7 14 13 12 11 10 9 8 (Socket) Socket No. - 1 - 7 - 8 - 14 (Connection) Crystal resonator Emulation device XT1 XT2 XT1 XT2 25 CHAPTER 2 INSTALLATION PROCEDURE Table 2-3. Switching between Internal Clock and User Clock in Subsystem Clock (2/2) Subsystem Clock Selection Connection circuit for setting Internal Clock User Clock (2) When using resonator (No. between parts board pins) 1 2 3 4 5 6 7 14 13 12 11 10 9 8 (Parts board) Ceramic resonator or crystal resonator Resistor Rx Capacitor CA Capacitor CB Lead 4 - 11 5 - 10 3 - 12 2 - 13 8-9 (Connection) 1 MΩ Emulation device XT1 XT2 1 MΩ Rx XT1 XT2 CA CB 1 MΩ (3) When using external clock 1 2 3 4 5 6 7 14 13 12 11 10 9 8 (No. between parts board pins) Lead (Connection) (Parts board) Emulation probe XT1 pin 4 - 12 6-8 Emulation device 1 MΩ 1 MΩ XT1 XT2 XT1 XT2 Use oscillation circuit output for external clock. Leave the XT2 pin open. 26 CHAPTER 2 INSTALLATION PROCEDURE Remark The SX2 peripheral circuits are shown below. This should be used as a reference when using a frequency other than 32.768 kHz. 1 CLOCK IN SX2 14 2 13 3 12 4 11 5 10 6 9 7 8 CLOCK OUT 27 CHAPTER 2 INSTALLATION PROCEDURE 2.3 Selection of Target Device When connecting to the IE-75001-R, you can select the target device either by using the DIP switch (SW1) on the IE-75300-R-EM or by using the IE-75001-R’s STS command. These two methods are described below. 2.3.1 Selection of target device using SW1 If you use SW1 on the IE-75300-R-EM to set the target device in advance, the selected target device will always be set whenever the IE-75001-R’s power is turned on. You can change the target device setting by using the IE75001-R’s STS command. Figure 2-13. SW1 Setting (1/4) µPD75304, 306, 308, P308, 312, 316, P316, 304B, 306B, 308B µPD75312B, 316B, P316A, P316B ON ON 1 2 3 4 5 1 2 3 4 5 SW1 SW1 OFF OFF (Bits 1 to 5 are ON.) (Bits 2 to 5 are ON.) µPD75328, P328 µPD75336, P336 ON ON 1 2 3 4 5 1 2 3 4 5 SW1 SW1 OFF OFF (Bits 1 and 3 to 5 are ON.) (Bits 3 to 5 are ON.) µPD750004, 0006, 0008, P0016 (Mk I) µPD750004, 0006, 0008, P0016 (Mk II) ON ON 1 2 3 4 5 1 2 3 4 SW1 OFF (Bits 1, 2, 4, and 5 are ON.) 28 5 SW1 OFF (Bits 2, 4, and 5 are ON.) CHAPTER 2 INSTALLATION PROCEDURE Figure 2-13. SW1 Setting (2/4) µPD750104, 0106, 0108, P0116 (Mk I) ON µPD750104, 0106, 0108, P0116 (Mk II) ON 1 2 3 4 5 1 2 3 4 5 SW1 SW1 OFF OFF (Bits 1, 4, and 5 are ON.) (Bits 4 and 5 are ON.) µPD750064, 0066, 0068, P0076 (Mk I) ON µPD750064, 0066, 0068, P0076 (Mk II) ON 1 2 3 4 5 1 2 3 4 5 SW1 SW1 OFF OFF (Bits 1, 2, and 5 are ON.) (Bits 2 and 5 are ON.) µPD753012, 3016, 3017, P3018 (Mk I) µPD753012A, 3016A, 3017A, P3018A (Mk I) ON µPD753012, 3016, 3017, P3018 (Mk II) µPD753012A, 3016A, 3017A, P3018A (Mk II) ON 1 2 3 4 5 1 2 3 4 5 SW1 SW1 OFF OFF (Bits 1, 4, and 5 are ON.) (Bits 4 and 5 are ON.) µPD753036, P3036 (Mk I) µPD753036, P3036 (Mk II) ON ON 1 2 3 4 5 1 2 3 SW1 5 SW1 OFF (Bits 1 and 5 are ON.) 4 OFF (Bits 5 is ON.) 29 CHAPTER 2 INSTALLATION PROCEDURE Figure 2-13. SW1 Setting (3/4) µPD753104, 3106, 3108, P3116 (Mk I) ON µPD753104, 3106, 3108, P3116 (Mk II) ON 1 2 3 4 5 1 2 3 4 5 SW1 SW1 OFF OFF (Bits 1 to 3 and 5 are ON.) (Bits 2, 3, and 5 are ON.) µPD753204, 3206, 3208, P3216 (Mk I) ON µPD753204, 3206, 3208, P3216 (Mk II) ON 1 2 3 4 5 1 2 3 4 5 SW1 SW1 OFF OFF (Bits 1 to 4 are ON.) (Bits 2 to 4 are ON.) µPD753304 (Mk I) µPD753304 (Mk II) ON ON 1 2 3 4 5 1 2 3 4 5 SW1 SW1 OFF OFF (Bits 1, 2, and 4 are ON.) (Bits 2 and 4 are ON.) µPD754202 (Mk I) µPD754202 (Mk II) ON ON 1 2 3 4 5 1 2 3 SW1 OFF (Bits 1 to 5 are ON.) 30 4 5 SW1 OFF (Bits 2 to 5 are ON.) CHAPTER 2 INSTALLATION PROCEDURE Figure 2-13. SW1 Setting (4/4) µPD754144, 4244 (Mk I) µPD754144, 4244 (Mk II) ON ON 1 2 3 4 5 1 2 3 4 5 SW1 SW1 OFF OFF (Bits 1, 3, and 5 are ON.) (Bits 3 and 5 are ON.) µPD754264 (Mk I) µPD754264 (Mk II) ON ON 1 2 3 4 5 1 2 3 4 5 SW1 SW1 OFF OFF (Bits 1 and 3 to 5 are ON.) (Bits 3 to 5 are ON.) µPD75F4264 (Mk I) µPD75F4264 (Mk II) ON ON 1 2 3 4 5 1 2 3 4 5 SW1 SW1 OFF OFF (Bits 1, 2, 4, and 5 are ON.) (Bits 2, 4, and 5 are ON.) µPD754302, 4304, P4308 (Mk I) µPD754302, 4304, P4308 (Mk II) ON ON 1 2 3 4 5 1 2 3 SW1 OFF (Bits 1, 3, and 4 are ON.) 4 5 SW1 OFF (Bits 3 and 4 are ON.) 31 CHAPTER 2 INSTALLATION PROCEDURE 2.3.2 Selection of target device using STS command The IE-75001-R’s STS command (STS∆C) can be used to change the target device setting regardless of the SW1 setting on the IE-75300-R-EM. After entering the command, select the number for the target device from the menu screens to select a new target device. The list of target devices is divided into two screens. After executing the STS∆C command, press the RETURN key to switch screens. When the power is switched on, the target device will be that selected via SW1 on the IE-75300-R-EM. Enter STS∆D to display the selected target device. In addition to the target device name, this display shows the program memory area address and other device-related information. Example of display following STS∆C command: (a) When information ROM and system setting data ROM are Ver.3.3 <1> brk:0>sts∆c (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) (18) (19) (20) (21) (22) Target Target Target Target Target Target Target Target Target Target Target Target Target Target Target Target Target Target Target Target Target Target CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU uPD75304/304B/306/306B/308/308B/P308/312/316/P316 uPD75312B/316B/P316A/P316B uPD75328/P328 uPD75336/P336 uPD750004/0006/0008/P0016(MkI) uPD750004/0006/0008/P0016(MkII) uPD753017/3017A/3016/3016A/3012/3012A/P3018/P3018A(MkI) uPD753017/3017A/3016/3016A/3012/3012A/P3018/P3018A(MkII) uPD753108/3106/3104/P3116(MkI) uPD753108/3106/3104/P3116(MkII) uPD754144/4244(MkI) uPD754144/4244(MkII) uPD750064/0066/0068/P0076(MkI) uPD750064/0066/0068/P0076(MkII) uPD753036/P3036(MkI) uPD753036/P3036(MkII) uPD753208/3206/3204/P3216(MkI) uPD753208/3206/3204/P3216(MkII) uPD754304/4302/P4308(MkI) uPD754304/4302/P4308(MkII) uPD753304(MkI) uPD753304(MkII) Target CPU No. 11(cr:next page / .:end)= <1> Change target device <2> Selectable target device Select the target device used according to the number in parentheses. The device name displayed differs according to the version of the information ROM and system setting data ROM. <3> Select target device 32 <2> <3> CHAPTER 2 INSTALLATION PROCEDURE (b) When information ROM and system setting data ROM are Ver.4.3 <1> brk:0>sts∆c (1) (2) (3) (4) (5) (6) (7) (8) Target Target Target Target Target Target Target Target CPU CPU CPU CPU CPU CPU CPU CPU uPD754102/4202(MkI) uPD754102/4202(MkII) uPD754264(MkI) uPD754264(MkII) uPD75F4264(MkI) uPD75F4264(MkII) uPD750104/0106/0108/P0116(MkI) uPD750104/0106/0108/P0116(MkII) Target CPU No. 1(cr:next page / .:end)= <2> <3> <1> Change target device <2> Selectable target device Select the target device used according to the number in parentheses. The device name displayed differs according to the version of the information ROM and system setting data ROM. <3> Select target device Example of display following STS∆D command: brk:0>sts∆d Target CPU Program Memory Data Memory Memory Bank Register Bank <1> uPD75304/304B/306/306B/308/308B/P308/312/316/P316 0-FFFFH 00H-1FFH, F80H-FFFH 0-1, 15 0-0 <1> Display target device for debugging Caution On the target device, the SBS.3 setting can be used to select between Mk I (2-byte stack operation) and Mk II (3-byte stack operation), but note that the selection made using the STS command is in effect. 33 CHAPTER 2 INSTALLATION PROCEDURE 2.4 ROM Checking and Replacement 2.4.1 ROM checking With the Ver.1.47 IE-75300-R-EM, it is necessary to replace the information ROM and system setting data ROM mounted at shipment (Ver.3.3) with the ROM (Ver.4.3) provided according to the target device used. Table 2-4 shows the target device and corresponding ROM. Table 2-4. Target Device and Corresponding ROM Target Device Corresponding ROM µPD75304, 304B, 306, 306B, 308, 308B, P308, 75312, 312B, 316, 316B, P316, P316A, P316B, 75328, P328, 336, P336, 750004, 0006, 0008, P0016, 750064, 0066, 0068, P0076, 753012, 3012A, 3016, 3016A, 3017, 3017A, P3018, P3018A, 753036, P3036, 753104, 3106, 3108, P3116, 753204, 3206, 3208, P3216, 753304Notes 1, 2, 754144, 4244, 754302, 4304, P4308 ROMs mounted at shipment • Information ROM IC79, IC80 (Ver.3.3) • System setting data ROM IC3 (Ver.3.3) µPD750104, 0106, 0108, P0116, 754202, 4264, F4264Note 2 ROMs provided with IE-75300-R-EM • Information ROM IC79, IC80 (Ver.4.3) • System setting data ROM IC3 (Ver.4.3) Notes 1. Supports only ES products (shrink DIP (DU)), but not mass produced products (bare chip). 2. Under development Before use, check that the versions of the information ROM and system setting data ROM mounted on the IE-75300R-EM correspond to the target device used. 34 CHAPTER 2 INSTALLATION PROCEDURE Figure 2-14. Positions of Information ROM and System Setting Data ROM CN4 CN3 CN2 CN1 ON SW1 USER P1 SW2 IE P2 IC80 Information ROM 11 10 9 8 7 6 5 JP4 IC3 System setting data ROM SX1 SX2 IC79 IE-75300-R-EM D759000 BOARD 1 3 1 3 JP3 JP2 JP1 1 3 IE-75300-R-EM 35 CHAPTER 2 INSTALLATION PROCEDURE 2.4.2 Information ROM replacement Replace the information ROM as follows. (1) Remove the IE-75300-R-EM D759000 BOARD from the IE-75300-R-EM. The IE-75300-R-EM D759000 BOARD is inserted into CN5 and CN6 of the IE-75300-R-EM. Figure 2-15. Removal of IE-75300-R-EM D759000 BOARD (2) Remove the information ROMs IC79 and IC80 from the IC79 and IC80 sockets on the IE-75300-R-EM. Figure 2-16. Removal of Information ROM 36 CHAPTER 2 INSTALLATION PROCEDURE (3) Insert the information ROMs IC79 and IC80 for replacement into the IC79 and IC80 sockets. Figure 2-17. Mounting of Information ROM (4) Insert the IE-75300-R-EM D759000 BOARD into CN5 and CN6 of the IE-75300-R-EM. Figure 2-18. Connection of IE-75300-R-EM D759000 BOARD 37 CHAPTER 2 INSTALLATION PROCEDURE 2.4.3 System setting data ROM replacement Replace the system setting data ROM as follows. (1) Remove the system setting data ROM from the IC3 socket on the IE-75300-R-EM D759000 BOARD. Figure 2-19. Removal of System Setting Data ROM (2) Insert the system setting data ROM IC3 for replacement into the IC3 socket. Figure 2-20. Mounting of System Setting Data ROM 38 CHAPTER 2 INSTALLATION PROCEDURE 2.5 Mask Options For details of mask options, see the user’s manual for the target emulation probe. 2.6 Power Supply Setting Two types of power supply can be set for emulation using the IE-75300-R-EM: the IE-75001-R’s internal power supply or a user power supply. Use SW2 to make the power supply setting. SW2’s shipped setting is for use of the IE-75001-R’s internal power supply. Figure 2-21. SW2 Setting SW2 SW2 USER USER IE IE IE: sets IE-75001-R’s internal power supply USER: sets user power supply If you use SW2 to set user power supply, emulation can be performed in the power supply voltage VDD range of 2.7 to 5.0 V. However, if you use the IE-75001-R’s internal power supply, emulation can only be performed at VDD = 5.0 V. Cautions 1. When performing low-voltage emulation, make sure that the power supply is applied to VDD. 2. When performing emulation with a user power supply, make sure that the RESET pin is pulledup. Remark IE-75300-R-EMs Ver.1.32 or later do not have SW3 to SW5 and JP4 to JP11, therefore settings are not necessary. IE-75300-R-EM D759000 BOARD has the functions of SW3 to SW5 and JP4 to JP11, and automatically performs the settings. 39 CHAPTER 2 INSTALLATION PROCEDURE 2.7 JP2 and JP3 Settings JP2 and JP3 are jumper pins (JP) to select IE-75300-R-EM D759000 BOARD. Therefore, their settings do not need to be changed. The factory-shipped jumpers are installed between 2 and 3 on both JP2 and JP3. Figure 2-22. JP2 and JP3 Settings 3 2 1 JP2 JP3 2.8 JP1 of IE-75300-R-EM D759000 BOARD Setting JP1 of IE-75300-R-EM D759000 BOARD is a jumper pin to select the version of µPD759000 which is the emulation device of IE-75300-R-EM D759000 BOARD. Therefore, its setting does not need to be changed. The factory-shipped jumpers are installed as shown below depending on the version. Figure 2-23. JP1 of IE-75300-R-EM D759000 BOARD Setting (1) When version of IE-75300-R-EM is 1.32 to 1.35 3 2 1 JP1 (2) When version of IE-75300-R-EM is 1.46 or later 3 2 1 JP1 40 CHAPTER 3 DIFFERENCES BETWEEN IE-75001-R AND TARGET DEVICES WHEN CONNECTING THE IE-75001-R (ALL TARGET DEVICES COMMON VERSION) CHAPTER 3 DIFFERENCES BETWEEN IE-75001-R AND TARGET DEVICES WHEN CONNECTING THE IE-75001-R (ALL TARGET DEVICES COMMON VERSION) When combining the IE-75300-R-EM with the IE-75000-R-BK to emulate various target devices, the executable commands, program memory area, pin treatment, and other factors vary in some respects from the operation of an actual device. These differences should be noted, and are described below. 3.1 Differences in Executable Commands The emulation CPU (µPD75000ANote 1) for the IE-75000-R-BK can execute the entire command sets of the 75X and 75XL Series even when it is connected to the IE-75300-R-EM. Accordingly, this includes commands that are not supported by the target device or that have different use ranges from the target device’s commands. This should be noted when developing programsNote 2. Notes 1. The IE-75000-R-BK uses a µPD75000A as a dedicated device for executing emulation of common functions of the 75X and 75XL Series. 2. The target device can be specified using the relocatable assembler (RA75X) for the 75X Series to enable program development within the target device’s instruction set. 3.2 Differences in Program Memory Area The IE-75000-R-BK has 64 Kbytes of program memory area, all of which can be used even when the IE-75000R-BK is connected to the IE-75300-R-EM. When using this area, be sure to note the internal ROM capacity of the target device. 3.3 Differences in Power Supply Voltage Although actual devices operate with power supply voltages V DD = 2.7 V to 6.0 V, 2.0 V to 6.0 V, or 1.8 V to 6.0 V, the IE-75300-R-EM can perform emulation with a power supply voltage VDD = 2.7 V to 5.0 V. 3.4 Differences in Clock Generation Circuit When emulating a device which has RC oscillation, use the internal clock (4.19 MHz) or the user clock. Oscillaion with an external resistor (R) and a capacitor (C) is not possible. 41 CHAPTER 3 DIFFERENCES BETWEEN IE-75001-R AND TARGET DEVICES WHEN CONNECTING THE IE-75001-R (ALL TARGET DEVICES COMMON VERSION) 3.5 Operation Using Main System Clock or Subsystem Clock • Main system clock oscillation stop (SCC.3 = 1) The following are differences when the main system clock’s oscillation is stopped. Emulation Target Device Main system clock Does not stop Stops Basic interval timer operation Operable via divided clock of X1 input (32 kHz x1, x2, x16) Stops After switching to subsystem clock oscillation, the clock supplied to the peripheral hardware differs until the main system clock’s oscillation is stopped. Emulation Supplied clock 32 kHz x1, x2, x16 Target Device 4.19 MHz divided clock As shown above, the emulation operates differently from the target device, and the following caution points should be noted. (1) Basic interval timer operation Before switching to 32 kHz (SCC.0 = 1), set the BT interrupt to disabled mode. When the clock returns to the main system clock (SCC.0 = 0), be sure to use the start command to clear the interrupt request flag and counter before using the BT. (2) Peripheral hardware operation Before switching to 32 kHz (SCC.0 = 1), set the peripheral hardware for internal clock operation to interrupt disabled mode or operation stop mode. (3) When using a target device subsystem clock with a frequency other than fXT = 32.768 kHz, connect a (4.19 x fXT/32.768) MHz resonator to SX2. fXT: clock to be used 42 CHAPTER 3 DIFFERENCES BETWEEN IE-75001-R AND TARGET DEVICES WHEN CONNECTING THE IE-75001-R (ALL TARGET DEVICES COMMON VERSION) 3.6 Differences between IE-75300-R-EM Version’s Earlier than Ver. 1.32 and Target Devices While IE-75300-R-EMs earlier than Ver.1.32 have the following differences with the target device, the Ver.1.47 do not have such restrictions and can carry out the same operations as the device. • Restrictions of IE-75300-R-EMs earlier than Ver.1.32 Emulation Target Device Operation when using the P02/SO/ SB0 and P03/SB7/SI pins as serial interface I/O port Low-voltage emulation is possible only with some devices Operates regardless of the power voltage Buzzer output frequency 2 kHz only Selectable 2 kHz, 4 kHz, and 32 kHz 3.7 Restrictions When using SPR command of the control program, the manipulation of the system clock control register (SCC) is made illegal. Do not manipulate SCC, SCC.0, and SCC.3 with SPR command. The following methods are taken to bypass the problem. • When reading (checking the value) Check the trace result and make sure the manipulation instruction has been executed. • When writing Describe the manipulation instruction on the program. 43 CHAPTER 3 [MEMO] 44 DIFFERENCES BETWEEN IE-75001-R AND TARGET DEVICES WHEN CONNECTING THE IE-75001-R (ALL TARGET DEVICES COMMON VERSION) CHAPTER 4 INSTALLATION (µPD75308, 316, 328, AND 336 SUBSERIES) FOR IE-75001-R CHAPTER 4 INSTALLATION (µPD75308, 316, 328, AND 336 SUBSERIES) FOR IE-75001-R This chapter describes use of the IE-75001-R for emulation of products of the subseries shown below. Target devices: µPD75304, 304B, 306, 306B, 308, 308B, and P308 (µPD75308 Subseries) µPD75312, 312B, 316, 316B, P316, P316A, and P316B (µPD75316 Subseries) µPD75328 and P328 (µPD75328 Subseries) µPD75336 and P336 (µPD75336 Subseries) 4.1 Differences among Target Devices When combining the IE-75300-R-EM with the IE-75001-R to emulate various target devices, some factors vary in certain respects from the operation of an actual device. For details concerning operation factors such as the executable commands, program memory area, and system clock, see CHAPTER 3 DIFFERENCES BETWEEN IE75001-R AND TARGET DEVICES WHEN CONNECTING THE IE-75001-R (COMMON VERSION). Described below are the differences between actual devices and target devices belonging to the µPD75308, 316, 328, and 336 Subseries. (1) Clock timer The following shows the restrictions when using the clock timer. <1> Always write bits 4 and 5 of the clock mode register (WM) as “0”. <2> As bits 0, 1, and 2 of the clock mode register (WM) can be read by IE, but not with the device, do not read these bits. (2) LCD display Always write bit 1 of the LCD display mode register (LCDC) as “0”. (3) Interrupt function Always write bit 2 of the INT0 edge detection mode register (IM0) as “0”. (4) Timer/event counter • µPD75308, 316, and 328 Subseries only <1> Always write “0” to the bits 0 and 1 of the timer/event counter mode register (TM0, TM1). <2> The bits 0 and 1 of the timer/event counter mode register (TM0, TM1) and timer/event counter output enable flag (TOE0, TOE1) can be read with IE, but not with a device. Therefore, do not perform reading. • µPD75336 Subseries only (a) When using PTO0 and PTO1 <1> Output 0H to PORT2 and clear the output latch. <2> Do not connect a pull-up resistor with POGA bit 2 = 0. <3> Set the output port mode with PMGB bit 2 = 1. (b) When using TI1 Set the input port mode with PMGC bit 0 = 0. 45 CHAPTER 4 INSTALLATION (µPD75308, 316, 328, AND 336 SUBSERIES) FOR IE-75001-R (5) Serial interface If reading is performed to the higher four bits of the serial operation mode register (CSIM), the bit 4 can be read with IE, but not with a device. Therefore, do not perform reading to the higher four bits. (6) A/D converter (µPD75328 and 336 Subseries only) Always write “0” to the bits 0 and 1, and “1” to the bit 7 of the A/D conversion mode register (ADM). 46 CHAPTER 4 INSTALLATION (µPD75308, 316, 328, AND 336 SUBSERIES) FOR IE-75001-R 4.2 Handling of Pins of IE-75300-R-EM (µPD75308, 316, 328, and 336 Subseries) Figure 4-1. Handling of Pins of µPD75304, 304B, 306, 306B, 308, 308B, P308, 312, 312B, 316, 316B, P316, P316A, P316B, 328, P328, 336, and P336 IE-75300-R-EM Adapter board (Target system side) µPD759000 100 Ω PORT0 P00 PORT7 PORT0 to 7 1 MΩ Pull-down resistor D HC374 P40 PORT4Note 1 Note 1 PORT5 64 kΩ Pull-up resistor 100 Ω PORT4 and PORT5 1 MΩ Pull-down resistor 39 kΩ Pull-up resistor D HC374 P110 P111 P112 P113 P90 P91 100 Ω AN0 to 5Note 2 1 MΩ Pull-down resistor 100 Ω 1 MΩ Pull-down resistor P80Note 2 P81Note 2 P82/AN6Note 3 P83/AN7Note 3 D HC374 PORT23 PORT22 COM0 to 3 S0 to 31 PORT15 Notes 1. N-ch open drain output 2. Only for µPD75328, P328, 336, and P336 3. Only for µPD75336 and P336 47 CHAPTER 4 [MEMO] 48 INSTALLATION (µPD75308, 316, 328, AND 336 SUBSERIES) FOR IE-75001-R CHAPTER 5 CHAPTER 5 INSTALLATION (µPD750008 AND 0108 SUBSERIES) FOR IE-75001-R INSTALLATION (µPD750008 AND 0108 SUBSERIES) FOR IE-75001-R This chapter describes use of the IE-75001-R for emulation of products of the subseries shown below. Target devices: µPD750004, 0006, 0008, and P0016 (µPD750008 Subseries) µPD750104, 0106, 0108, and P0116 (µPD750108 Subseries) 5.1 Differences among Target Devices When combining the IE-75300-R-EM with the IE-75001-R to emulate various target devices, some factors vary in certain respects from the operation of an actual device. For details concerning operation factors such as the executable commands, program memory area, and system clock, see CHAPTER 3 DIFFERENCES BETWEEN IE75001-R AND TARGET DEVICES WHEN CONNECTING THE IE-75001-R (ALL TARGET DEVICES COMMON VERSION). Described below are the differences between actual devices and target devices belonging to the µPD750008 and 0108 Subseries. (1) Watchdog timer (WDT) mode The IE-75001-R cannot perform emulation in the WDT mode. When the software comes to the WDT setting, the basic interval timer (BT) is activated and a BT interrupt flag is set. (2) Oscillation wait time when reset (µPD750108 Subseries only) The oscillation wait time when reset is fixed at 217/fCC (131.1 ms: fCC = at 1.0 MHz operation) with the IE. (3) Subsystem clock oscillation circuit Read/write of the sub-oscillation circuit control register (SOS) cannot be performed. 49 CHAPTER 5 INSTALLATION (µPD750008 AND 0108 SUBSERIES) FOR IE-75001-R 5.2 Handling of Pins of IE-75300-R-EM (µPD750008 and 0108 Subseries) Figure 5-1. Handling of Pins of µPD750004, 0006, 0008, P0016, 0104, 0106, 0108, and P0116 IE-75300-R-EM Adapter board (Target system side) µPD759000 PORT0 P00 PORT8 100 Ω 1 MΩ Pull-down resistror PORT0 PORT8 D HC374 P40 PORT4Note PORT5Note 100 Ω PORT4 and PORT5 1 MΩ Pull-down resistor 39 kΩ Pull-up resistor D HC374 Note N-ch open drain output 50 64 kΩ Pull-up resistor CHAPTER 6 CHAPTER 6 INSTALLATION (µPD750068 SUBSERIES) FOR IE-75001-R INSTALLATION (µPD750068 SUBSERIES) FOR IE-75001-R This chapter describes use of the IE-75001-R for emulation of products of the subseries shown below. Target devices: µPD750064, 0066, 0068, and P0076 (µPD750068 Subseries) 6.1 Differences among Target Devices When combining the IE-75300-R-EM with the IE-75001-R to emulate various target devices, some factors vary in certain respects from the operation of an actual device. For details concerning operation factors such as the executable commands, program memory area, and system clock, see CHAPTER 3 DIFFERENCES BETWEEN IE75001-R AND TARGET DEVICES WHEN CONNECTING THE IE-75001-R (ALL TARGET DEVICES COMMON VERSION). Described below are the differences between actual devices and target devices belonging to the µPD750068 Subseries. (1) Watchdog timer (WDT) mode The IE-75001-R cannot perform emulation in the WDT mode. When the software comes to the WDT setting, the basic interval timer (BT) is activated and a BT interrupt flag is set. 51 CHAPTER 6 INSTALLATION (µPD750068 SUBSERIES) FOR IE-75001-R 6.2 Handling of Pins of IE-75300-R-EM (µPD750068 Subseries) Figure 6-1. Handling of Pins of µPD750064, 0066, 0068, and P0076 IE-75300-R-EM Adapter board (Target system side) µPD759000 100 Ω PORT0 P00/INT4 to PORT3 1 MΩ Pull-down resistor D HC374 PORT4Note P40 PORT5Note PORT0 to PORT3 64 kΩ Pull-up resistor 100 Ω PORT4 and PORT5 1 MΩ Pull-down resistor 39 kΩ Pull-up resistor D P12 P70 100 Ω HC374 1 MΩ Pull-down resistor P12/TI1/INT2 D HC374 100 Ω P60 P90 P60/AN4 1 MΩ Pull-down resistor 100 Ω P61 P91 P61/AN5 1 MΩ Pull-down resistor 100 Ω P62 P92 P62/AN6 1 MΩ Pull-down resistor 100 Ω P63 P93 P63/AN7 1 MΩ Pull-down resistor D P80 PORT8 HC374 1 MΩ Pull-down resistor D HC374 Note N-ch open drain output 52 100 Ω P110/AN0 P111/AN1 P112/AN2 P113/AN3 CHAPTER 7 CHAPTER 7 INSTALLATION (µPD753017 SUBSERIES) FOR IE-75001-R INSTALLATION (µPD753017 SUBSERIES) FOR IE-75001-R This chapter describes use of the IE-75001-R for emulation of products of the subseries shown below. Target devices: µPD753012, 3012A, 3016, 3016A, 3017, 3017A, P3018, and P3018A (µPD753017 Subseries) 7.1 Differences among Target Devices When combining the IE-75300-R-EM with the IE-75001-R to emulate various target devices, some factors vary in certain respects from the operation of an actual device. For details concerning operation factors such as the executable commands, program memory area, and system clock, see CHAPTER 3 DIFFERENCES BETWEEN IE75001-R AND TARGET DEVICES WHEN CONNECTING THE IE-75001-R (ALL TARGET DEVICES COMMON VERSION). Described below are the differences between actual devices and target devices belonging to the µPD753017 Subseries. (1) Watchdog timer (WDT) mode The IE-75001-R cannot perform emulation in the WDT mode. When the software comes to the WDT setting, the basic interval timer (BT) is activated and a BT interrupt flag is set. (2) Subsystem clock oscillation circuit Read/write of the sub-oscillation circuit control register (SOS) cannot be performed. 53 CHAPTER 7 INSTALLATION (µPD753017 SUBSERIES) FOR IE-75001-R 7.2 Handling of Pins of IE-75300-R-EM (µPD753017 Subseries) Figure 7-1. Handling of Pins of µPD753012, 3012A, 3016, 3016A, 3017, 3017A, P3018, and P3018A IE-75300-R-EM Adapter board (Target system side) µPD759000 PORT0 P00 to PORT8 100 Ω 1 MΩ Pull-down resistor PORT0 PORT8 D HC374 100 Ω P12 P110 P12/TI1/TI2/INT2 1 MΩ Pull-down resistor D HC374 64 kΩ Pull-up resistor P40 PORT4Note Note PORT5 100 Ω PORT4 and PORT5 1 MΩ Pull-down resistor 39 kΩ Pull-up resistor D HC374 PORT23 PORT22 PORT15 Note N-ch open drain output 54 COM0 to 3 S0 to 31 CHAPTER 8 CHAPTER 8 INSTALLATION (µPD753036 SUBSERIES) FOR IE-75001-R INSTALLATION (µPD753036 SUBSERIES) FOR IE-75001-R This chapter describes use of the IE-75001-R for emulation of products of the subseries shown below. Target devices: µPD753036 and P3036 (µPD753036 Subseries) 8.1 Differences among Target Devices When combining the IE-75300-R-EM with the IE-75001-R to emulate various target devices, some factors vary in certain respects from the operation of an actual device. For details concerning operation factors such as the executable commands, program memory area, and system clock, see CHAPTER 3 DIFFERENCES BETWEEN IE75001-R AND TARGET DEVICES WHEN CONNECTING THE IE-75001-R (ALL TARGET DEVICES COMMON VERSION). Described below are the differences between actual devices and target devices belonging to the µPD753036 Subseries. (1) Watchdog timer (WDT) mode The IE-75001-R cannot perform emulation in the WDT mode. When the software comes to the WDT setting, the basic interval timer (BT) is activated and a BT interrupt flag is set. 55 CHAPTER 8 INSTALLATION (µPD753036 SUBSERIES) FOR IE-75001-R 8.2 Handling of Pins of IE-75300-R-EM (µPD753036 Subseries) Figure 8-1. Handling of Pins of µPD753036 and P3036 IE-75300-R-EM Adapter board µPD759000 PORT0 to P00/INT4 PORT3 PORT6 to PORT8 100 Ω 1 MΩ Pull-down resistor PORT0 to PORT3 PORT6 to PORT8 D HC374 64 kΩ Pull-up resistor P40 PORT4Note Note PORT5 100 Ω PORT4 and PORT5 1 MΩ Pull-down resistor 39 kΩ Pull-up resistor D P110 P111 P112 P113 P90 P91 P82 P83 HC374 AN0 to 5 100 Ω 1 MΩ Pull-down resistor 100 Ω P60/AN4 P61/AN5 D HC374 PORT23 PORT19 to PORT15 Note N-ch open drain output 56 COM0 to 3 S0 to 15 CHAPTER 9 CHAPTER 9 INSTALLATION (µPD753108 SUBSERIES) FOR IE-75001-R INSTALLATION (µPD753108 SUBSERIES) FOR IE-75001-R This chapter describes use of the IE-75001-R for emulation of products of the subseries shown below. Target devices: µPD753104, 3106, 3108, and P3116 (µPD753108 Subseries) 9.1 Differences among Target Devices When combining the IE-75300-R-EM with the IE-75001-R to emulate various target devices, some factors vary in certain respects from the operation of an actual device. For details concerning operation factors such as the executable commands, program memory area, and system clock, see CHAPTER 3 DIFFERENCES BETWEEN IE75001-R AND TARGET DEVICES WHEN CONNECTING THE IE-75001-R (ALL TARGET DEVICES COMMON VERSION). Described below are the differences between actual devices and target devices belonging to the µPD753108 Subseries. (1) Watchdog timer (WDT) mode The IE-75001-R cannot perform emulation in the WDT mode. When the software comes to the WDT setting, the basic interval timer (BT) is activated and a BT interrupt flag is set. 57 CHAPTER 9 INSTALLATION (µPD753108 SUBSERIES) FOR IE-75001-R 9.2 Handling of Pins of IE-75300-R-EM (µPD753108 Subseries) Figure 9-1. Handling of Pins of µPD753104, 3106, 3108, and P3116 IE-75300-R-EM Adapter board (Target system side) µPD759000 100 Ω PORT0 P00 1 MΩ Pull-down resistor PORT0 PORT7 D HC374 100 Ω P12 P110 1 MΩ Pull-down resistor D HC374 P50 PORT5Note P12/TI1/TI2/INT2 64 kΩ Pull-up resistor 100 Ω PORT5 1 MΩ Pull-down resistor 39 kΩ Pull-up resistor D HC374 P160 PORT16 PORT17 P170 PORT23 PORT22 PORT15 Note N-ch open drain output 58 Mask option Mask option P80/S23 P81/S22 P82/S21 P83/S20 P90/S19 P91/S18 P92/S17 P93/S16 COM0 to 3 S0 to 15 CHAPTER 10 CHAPTER 10 INSTALLATION (µPD753208 SUBSERIES) FOR IE-75001-R INSTALLATION (µPD753208 SUBSERIES) FOR IE-75001-R This chapter describes use of the IE-75001-R for emulation of products of the subseries shown below. Target devices: µPD753204, 3206, 3208, and P3216 (µPD753208 Subseries) 10.1 Differences Among Target Devices When combining the IE-75300-R-EM with the IE-75001-R to emulate various target devices, some factors vary in certain respects from the operation of an actual device. For details concerning operation factors such as the executable commands, program memory area, and system clock, see CHAPTER 3 DIFFERENCES BETWEEN IE75001-R AND TARGET DEVICES WHEN CONNECTING THE IE-75001-R (ALL TARGET DEVICES COMMON VERSION). Described below are the differences between actual devices and target devices belonging to the µPD753208 Subseries. (1) Watchdog timer (WDT) mode The IE-75001-R cannot perform emulation in the WDT mode. When the software comes to the WDT setting, the basic interval timer (BT) is activated and a BT interrupt flag is set. 59 CHAPTER 10 INSTALLATION (µPD753208 SUBSERIES) FOR IE-75001-R 10.2 Handling of Pins of IE-75300-R-EM (µPD753208 Subseries) Figure 10-1. Handling of Pins of µPD753204, 3206, 3208, and P3216 IE-75300-R-EM Adapter board (Target system side) µPD759000 100 Ω PORT0 P00/INT4 to PORT3 PORT6 1 MΩ Pull-down resistor PORT0 to PORT3 PORT6 D HC374 100 Ω P12/INT2 P110 1 MΩ Pull-down resistor P12/TI1/TI2/INT2 D HC374 64 kΩ Pull-up resistor P50 PORT5Note 100 Ω PORT5 1 MΩ Pull-down resistor 39 kΩ Pull-up resistor D HC374 P160 PORT16 PORT17 P170 PORT23 PORT19 Note N-ch open drain output 60 Mask option 100 Ω Mask option 100 Ω P80/S23 P90/S19 COM0 to 3 S12 to 15 CHAPTER 11 CHAPTER 11 INSTALLATION (µPD753304) FOR IE-75001-R INSTALLATION (µPD753304) FOR IE-75001-R This chapter describes use of the IE-75001-R for emulation of the product shown below. Target devices: µPD753304 11.1 Differences among Target Devices When combining the IE-75300-R-EM with the IE-75001-R to emulate various target devices, some factors vary in certain respects from the operation of an actual device. For details concerning operation factors such as the executable commands, program memory area, and system clock, see CHAPTER 3 DIFFERENCES BETWEEN IE75001-R AND TARGET DEVICES WHEN CONNECTING THE IE-75001-R (ALL TARGET DEVICES COMMON VERSION). Described below are the differences between actual devices and target devices belonging to the µPD753304. (1) Watchdog timer (WDT) mode The IE-75001-R cannot perform emulation in the WDT mode. When the software comes to the WDT setting, the basic interval timer (BT) is activated and a BT interrupt flag is set. (2) Interrupt function The bits 3 and 4 of the INTA register (INTA) can be read/written with IE, but not with a device. Always write “0” to the bits 3 and 4. (3) P30 to P33, P100 to P103 When using IE, P30 to P33 and P100 to P103 become low-level input mode after reset. However, when using a device, P30 to P32 become low-level output mode, P33 becomes high-level output mode, P100 to P103 become input mode with a pull-up resistor after reset. Performs the following processings after reset. <1> Write “8H” to the address FF3H. <2> Write “0FH” to the address FE8H. <3> Write “01H” to the address FDEH. (4) Sub-oscillation circuit control register (SOS) When using a device, the oscillation of the subsystem clock can be stopped in the STOP mode. However, when using IE, the oscillation cannot be stopped. Always write “0” to the bit 3 of SOS. 61 CHAPTER 11 INSTALLATION (µPD753304) FOR IE-75001-R 11.2 Handling of Pins of IE-75300-R-EM (µPD753304) Figure 11-1. Handling of Pins of µPD753304 IE-75300-R-EM Adapter board (Target system side) µPD759000 P30 PORT3 Switch 100 Ω PORT3 1 MΩ Pull-down resistor D HC374 P80 PORT8 100 kΩ Pull-up resistor 100 Ω PORT10 1 MΩ Pull-down resistor D HC374 P160 PORT16 PORT23 PORT22 PORT18 62 100 Ω P80/S23 P81/S22 P82/S21 P83/S20 COM0 to 3 S0 to 19 CHAPTER 12 CHAPTER 12 INSTALLATION (µPD754244 SUBSERIES) FOR IE-75001-R INSTALLATION (µPD754244 SUBSERIES) FOR IE-75001-R This chapter describes use of the IE-75001-R for emulation of products of the subseries shown below. Target devices: µPD754202, 4144, 4244, 4264, and F4264 (µPD754244 Subseries) 12.1 Differences among Target Devices When combining the IE-75300-R-EM with the IE-75001-R to emulate various target devices, some factors vary in certain respects from the operation of an actual device. For details concerning operation factors such as the executable commands, program memory area, and system clock, see CHAPTER 3 DIFFERENCES BETWEEN IE75001-R AND TARGET DEVICES WHEN CONNECTING THE IE-75001-R (ALL TARGET DEVICES COMMON VERSION). Described below are the differences between actual devices and target devices belonging to the µPD754244 Subseries. (1) Watchdog timer (WDT) mode The IE-75001-R cannot perform emulation in the WDT mode. When the software comes to the WDT setting, the basic interval timer (BT) is activated and a BT interrupt flag is set. (2) EEPROM (µPD754144, 4244, 4264, and F4264 only) IE simulatively performs writing to EEPROM using a RAM, so it seems as if the writing is properly performed even when sufficient writing time is not secured. However, a device cannot perform proper writing unless sufficient writing time is secured. 63 CHAPTER 12 INSTALLATION (µPD754244 SUBSERIES) FOR IE-75001-R 12.2 Handling of Pins of IE-75300-R-EM (µPD754244 Subseries) Figure 12-1. Handling of Pins of µPD754202, 4144, 4244, 4264, and F4264 IE-75300-R-EM Adapter board (Target system side) µPD759000 P30 PORT3 P70 to PORT7 100 Ω 1 MΩ Pull-down resistor PORT3 PORT7 D HC374 100 Ω P60 VREF P60/VREF 1 MΩ Pull-down resistor 100 Ω P61 P11 P61/INT0/TI2 1 MΩ Pull-down resistor 100 Ω P62 P82 P62/PTH00 1 MΩ Pull-down resistor 100 Ω P63 P83 P63/PTH01 1 MΩ Pull-down resistor 100 Ω KRREN P12 P80 KRREN/TI0/TI1 P80 D HC374 Remark Alternate-function pin can be used only for the µPD754144 and 4244. Alternate functions differ according to the device used. 64 CHAPTER 13 CHAPTER 13 INSTALLATION (µPD754304 SUBSERIES) FOR IE-75001-R INSTALLATION (µPD754304 SUBSERIES) FOR IE-75001-R This chapter describes use of the IE-75001-R for emulation of products of the subseries shown below. Target devices: µPD754302, 4304, and P4308 (µPD754304 Subseries) 13.1 Differences among Target Devices When combining the IE-75300-R-EM with the IE-75001-R to emulate various target devices, some factors vary in certain respects from the operation of an actual device. For details concerning operation factors such as the executable commands, program memory area, and system clock, see CHAPTER 3 DIFFERENCES BETWEEN IE75001-R AND TARGET DEVICES WHEN CONNECTING THE IE-75001-R (ALL TARGET DEVICES COMMON VERSION). Described below are the differences between actual devices and target devices belonging to the µPD754304 Subseries. (1) Watchdog timer (WDT) mode The IE-75001-R cannot perform emulation in the WDT mode. When the software comes to the WDT setting, the basic interval timer (BT) is activated and a BT interrupt flag is set. 65 CHAPTER 13 INSTALLATION (µPD754304 SUBSERIES) FOR IE-75001-R 13.2 Handling of Pins of IE-75300-R-EM (µPD754304 Subseries) Figure 13-1. Handling of Pins of µPD754302, 4304, and P4308 IE-75300-R-EM Adapter board (Target system side) µPD759000 PORT0 to PORT3 PORT6 to PORT8 100 Ω P00/INT4 1 MΩ Pull-down resistor P13/TI0/TI1 P20/PTO0 P21/PTO1 PORT0 to PORT3 PORT6 to PORT8 D HC374 P80 P81 64 kΩ Pull-up resistor Note PORT5 P50 100 Ω PORT5 1 MΩ Pull-down resistor 39 kΩ Pull-up resistor D HC374 Note N-ch open drain output 66 APPENDIX A APPENDIX A IE-75300-R-EM SPECIFICATIONS IE-75300-R-EM SPECIFICATIONS Part number : IE-75300-R-EM Emulation device : µPD75000AL and µPD759000 Operating ambient temperature : 0 to 50 ˚C (must be free of condensation) Humidity : 10 to 80 % (must be free of condensation) Storage temperature : –15 to +60 ˚C (must be free of condensation) Power supply :5V±5% PCB dimensions : IE-75300-R-EM CN4 CN3 CN2 CN1 P2 180.00 mm P1 304.80 mm IE-75300-R-EM D759000 BOARD 192.4 mm 71.01 mm 249.97 mm 261.62 mm 67 APPENDIX A [MEMO] 68 IE-75300-R-EM SPECIFICATIONS APPENDIX B APPENDIX B IE-75300-R-EM BLOCK DIAGRAM IE-75300-R-EM BLOCK DIAGRAM Figure B-1. IE-75300-R-EM Block Diagram MA0 to MA11 SVA0 to SVA11 MEMR SVD0 to SVD7 MEMW INFROM VACK TPTM TPTH LUP +12 V MD0 to MD7 TC0, TC1 Peripheral emulation interface (P1, P2) Mapping ROM Information ROM BNK1 Port trace latch IROMSEL Control signal generator CLKSEL0 Clock generator X1, X2 XT1, XT2 Vector interrupt control BMD PORT0 to PORT15 Latch up detector MRBS0 to MRBS3 MD Expansion connectors CN5 CN6 AMD FPGA µPD75390R PORT8, PORT9 PORT0 to PORT8 L/S L/S X1, XT1 PMGA, PMGB, PMGC TR RESET, EXT0 to EXT7 IOSEL L/S AN0 to AN7 USER VDD Probe interface (CN1 to CN4) Adapter board S0 to S31, COM0 to COM3, BIAS Mask option CN5, CN6 Emulation probe User target system 69 APPENDIX B IE-75300-R-EM BLOCK DIAGRAM Figure B-2. IE-75300-R-EM D759000 BOARD Block Diagram Pe0 to Pe15 Pe16 to Pe23 BIAS, USRESO AVREF, AVSS, USRESI, VREF, KRREN, VLC0 to VLC2 MA0 to MA11 µPD759000 MD0 to MD7 EESEL BUSYV2 Pe17 MA0 to MA11 Pe8, Pe9, Pe11, Pe15 X1, XT3, VACK, BHEN, MRD, MWR OSCOUT, REL IA1 to IA17 IAD0 to IAD17 I759WR IA1 to IA17 Connector IAD0 to IAD17 IA1 to IA3 RUN IMWRMSK IAD0 to IAD7 EEPROM control IROMRD IEEWR P014RES IAD0 to IAD17 IROMSEL0 to IROMSEL4 IROMWR 70 Expansion control CPU System setting data ROM APPENDIX C APPENDIX C PIN TABLES FOR CN1 TO CN4 PIN TABLES FOR CN1 TO CN4 CN1 pin table No. Pin Name No. Pin Name 1 GND 33 NC 2 GND 34 P41 3 GND 35 NC 4 GND 36 P42 5 P00a/INT4 37 NC 6 P01 38 P43 7 NC 39 NC 8 P02 40 P50 9 NC 41 NC 10 P03 42 P51 11 NC 43 NC 12 P10 44 P52 13 NC 45 NC 14 P11 46 P53 15 NC 47 16 P12 17 NC 18 P13 19 No. Pin Name 65 P92 66 P93 67 P100 68 NC 69 P101 70 NC 71 P102 72 NC 73 P103 74 NC 75 AVSS 76 NC 77 NC a 78 NC P60 a 79 NC 48 P61 a 80 AN0 49 P62 a 81 AN1 50 P63 a 82 AN2 NC 51 P70 a 83 AN3 20 NC 52 P71 a 84 AN4 21 TI1 a 53 P72 a 85 NC 22 P20 a 54 P73 a 86 AN5 23 P21 c 55 NC 87 NC 24 NC 56 NC 88 AN6 25 P22 c 57 NC 89 NC 26 P23 a 58 NC 90 AN7 27 P30 a 59 P80 a 91 NC 28 P31 a 60 P81 a 92 AVDD 29 P32 a 61 P82 a 93 NC 30 P33 a 62 P83 a 94 AVREF 31 NC 63 P90 95 NC 32 P40 64 P91 96 NC a a a a a a a a a a a a a a 71 APPENDIX C PIN TABLES FOR CN1 TO CN4 CN2 pin table No. 72 Pin Name No. Pin Name No. Pin Name 97 GND 129 VLC0 161 XT1 98 GND 130 VLC1 162 NC 99 GND 131 VLC2 163 NC 100 GND 132 TRG2 164 NC 101 P110 133 RESET u 165 NC 102 P111 134 IROMSEL0 166 RUN/BRK 103 P112 135 IROMSEL1 167 TI2 104 P113 136 IROMSEL2 168 TI3 105 P120 137 IROMSEL3 169 NC 106 P121 138 IROMSEL4 170 NC 107 P122 139 pe12 171 NC 108 P123 140 NC 172 NC 109 P130 141 NC 173 NC 110 P131 142 NC 174 NC 111 P132 143 NC 175 NC 112 P133 144 NC 176 NC 113 P140 145 NC 177 NC 114 P141 146 NC 178 NC 115 P142 147 NC 179 NC 116 P143 148 NC 180 NC 117 P150 149 NC 181 NC 118 P151 150 NC 182 NC 119 P152 151 NC 183 EXT0 120 P153 152 NC 184 EXT1 121 P21 a 153 NC 185 EXT2 122 P22 a 154 NC 186 EXT3 123 NC 155 NC 187 EXT4 124 NC 156 NC 188 EXT5 125 NC 157 NC 189 EXT6 126 NC 158 NC 190 EXT7 127 VREF 159 X1 191 P82 d 128 KRREN 160 NC 192 P83 d a a APPENDIX C PIN TABLES FOR CN1 TO CN4 CN3 pin table No. Pin Name 193 RESETU 194 a No. Pin Name No. Pin Name 225 NC 257 TR52 a NC 226 NC 258 TR51 a 195 NC 227 NC 259 TR50 a 196 NC 228 TR123 a 260 TR43 a 197 NC 229 TR122 a 261 TR42 a 198 NC 230 TR121 a 262 TR41 a 199 NC 231 TR120 a 263 TR40 a 200 NC 232 TR113 a 264 TR33 a 201 EVCMOSPW 233 TR112 a 265 TR32 a 202 EVCMOSPW 234 TR111 a 266 TR31 a 203 EVCMOSPW 235 TR110 a 267 TR30 a 204 TR153 a 236 TR103 a 268 TR23 a 205 TR152 a 237 TR102 a 269 TR22 a 206 TR151 a 238 TR101 a 270 TR21 a 207 TR150 a 239 TR100 a 271 TR20 a 208 NC 240 TR93 a 272 TR13 a 209 NC 241 TR92 a 273 TR12 a 210 NC 242 TR91 a 274 TR11 a 211 NC 243 TR90 a 275 TR10 a 212 TR143 a 244 TR83 a 276 TR03 a 213 TR142 a 245 TR82 a 277 TR02 a 214 TR141 a 246 TR81 a 278 TR01 a 215 TR140 a 247 TR80 a 279 TR00 a 216 NC 248 TR73 a 280 VDD (+3 V) 217 NC 249 TR72 a 281 VDD (+3 V) 218 NC 250 TR71 a 282 VDD (+3 V) 219 NC 251 TR70 a 283 VDD (+5 V) 220 TR133 a 252 TR63 a 284 VDD (+5 V) 221 TR132 a 253 TR62 a 285 VDD (+5 V) 222 TR131 a 254 TR61 a 286 USRVDD 223 TR130 a 255 TR60 a 287 USRVDD 224 NC 256 TR53 a 288 USRVDD 73 APPENDIX C PIN TABLES FOR CN1 TO CN4 CN4 pin table No. 74 Pin Name No. Pin Name No. Pin Name 289 S31/BP7 321 COM0 353 NC 290 S30/BP6 322 COM1 354 NC 291 S29/BP5 323 COM2 355 OSCOUT 292 S28/BP4 324 COM3 356 CPUCL 293 S27/BP3 325 VLC0 357 MA0 294 S26/BP2 326 VLC1 358 MA1 295 S25/BP1 327 VLC2 359 MA2 296 S24/BP0 328 BIAS 360 MA3 297 S23 329 NC 361 MA4 298 S22 330 NC 362 MA5 299 S21 331 NC 363 MA6 300 S20 332 NC 364 MA7 301 S19 333 NC 365 MA8 302 S18 334 NC 366 MA9 303 S17 335 NC 367 MA10 304 S16 336 NC 368 MA11 305 S15 337 NC 369 MD0 306 S14 338 NC 370 MD1 307 S13 339 NC 371 MD2 308 S12 340 NC 372 MD3 309 S11 341 NC 373 MD4 310 S10 342 NC 374 MD5 311 S9 343 NC 375 MD6 312 S8 344 NC 376 MD7 313 S7 345 NC 377 MRD 314 S6 346 NC 378 MWR 315 S5 347 NC 379 TC0 316 S4 348 NC 380 TC1 317 S3 349 NC 381 BHEN 318 S2 350 NC 382 VACK 319 S1 351 NC 383 SADREL 320 S0 352 NC 384 RESET APPENDIX D APPENDIX D REVISION HISTORY REVISION HISTORY The history of revisions hitherto made until now is shown below. (1/2) Edition Major Revisions Second Upgraded the IE-75300-R-EM to Ver.1.34 Chapter General Added the following products to target devices: µPD750068 subseries, µ PD750108 Subseries, µPD753036 subseries, µ PD753208 Subseries, µPD754244 subseries, µ PD754304 Subseries, µPD753012A, 3016A, 3017A, and P3018A Added the items about ROMs provided at shipment and IE-75300-REM D759000 BOARD mounted on CHAPTER 1 OVERVIEW Added explanation of procedure when replacing firmware ROM CHAPTER 2 INSTALLATION PROCEDURE Change in figures when connecting with target system Added the item about check and replacement of information ROM and system setting data ROM. Addition of the item about JP1 of IE-75300R-EM D759000 BOARD setting Added caution for RESET pin when performing emulation with user power supply Added the figure of JP2 and JP3 settings Added differences between less than Ver.1.32 and above Ver.1.32 of IE-75300-R-EM when connecting with IE-75001-R CHAPTER 3 DIFFERENCES BETWEEN IE75001-R AND TARGET DEVICES WHEN CONNECTING THE IE75001-R (ALL TARGET DEVICES COMMON VERSION) Added differences among target devices when using watch timer, LCD display, and interrupt function CHAPTER 4 INSTALLATION (µPD75308, 316, 328, AND 336 SUBSERIES) FOR IE-75001-R Change of the figure of pin treatment of IE-75300-R-EM Added differences among target devices of oscillation wait time when reset and subsystem clock oscillation circuit Change in the figure of pin treatment of IE-75300-R-EM Added differences among target devices of subsystem clock oscillation circuit Change of the figure of pin treatment of IE-75300-R-EM CHAPTER 5 INSTALLATION (µPD750008 AND 0108 SUBSERIES) FOR IE75001-R CHAPTER 7 INSTALLATION (µPD753017 SUBSERIES) FOR IE-75001-R Change of the figure of pin treatment of IE-75300-R-EM CHAPTER 9 INSTALLATION (µPD753108 SUBSERIES) FOR IE-75001-R Added IE-75300-R-EM D759000 BOARD block diagram APPENDIX B IE-75300-R-EM BLOCK DIAGRAM Change of CN2 pin table APPENDIX C PIN TABLES FOR CN1 TO CN4 75 APPENDIX D REVISION HISTORY (2/2) Edition Third Major Revisions Upgraded the IE-75300-R-EM to Ver.1.47 Chapter General Added µPD753304 to target devices Upgrading of information ROM (IC79, IC80) and system setting data ROM (IC3) Added the differences in clock generation circuit Added the restrictions Added serial interface and A/D converter to the differences among target devices Change the figure of handling of pins of IE-75300-R-EM CHAPTER 4 INSTALLATION (µPD75308, 316, 328, AND 336 SUBSERIES) FOR IE-75001-R Change the figure of handling of pins of IE-75300-R-EM CHAPTER 5 INSTALLATION (µPD750008 AND 0108 SUBSERIES) FOR IE75001-R Change the figure of handling of pins of IE-75300-R-EM CHAPTER 6 INSTALLATION (µPD750068 SUBSERIES) FOR IE-75001-R Change the figure of handling of pins of IE-75300-R-EM CHAPTER 7 INSTALLATION (µPD753017 SUBSERIES) FOR IE-75001-R Change the figure of handling of pins of IE-75300-R-EM CHAPTER 8 INSTALLATION (µPD753036 SUBSERIES) FOR IE-75001-R Change the figure of handling of pins of IE-75300-R-EM CHAPTER 9 INSTALLATION (µPD753108 SUBSERIES) FOR IE-75001-R Change the figure of handling of pins of IE-75300-R-EM CHAPTER 10 INSTALLATION (µPD753208 SUBSERIES) FOR IE-75001-R Added the differences between EEPROM and target devices CHAPTER 12 INSTALLATION (µPD754244 SUBSERIES) FOR IE-75001-R Change the figure of handling of pins of IE-75300-R-EM Change the figure of handling of pins of IE-75300-R-EM 76 CHAPTER 3 DIFFERENCES BETWEEN IE75001-R AND TARGET DEVICES WHEN CONNECTING THE IE75001-R (ALL TARGET DEVICES COMMON VERSION) CHAPTER 13 INSTALLATION (µPD754304 SUBSERIES) FOR IE-75001-R Facsimile Message From: Name Company Tel. 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