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Emulation probe

1. PGA connector

Connects to the QFP socket/adapter seated on
the target system.

2. Power LED

Indicates that power is supplied to the emulation
probe.

3. Power connector

Connects the auxiliary power cable from the
emulation controller.

4. 50-pin connector

Connected to the emulation controller through
the 50-pin flat cable.

5. Pod connector

Connects the pods of the logic analyzer.

Product Overview 

Emulation probe

5

Summary of Contents for E3472A

Page 1: ...nd related documentation may be labeled with either the Hewlett Packard name and logo or the Agilent Technologies name and logo Rest assured that whatever logo you see the information products and services come from the same reliable source In addition it is our sincere intent that the transition from Hewlett Packard to Agilent Technologies should have no impact on your warranties service levels o...

Page 2: ...72 97001 Second edition March 1997 For Safety information Warranties and Regulatory information see the pages preceding the table of contents Copyright Hewlett Packard Company 1997 All Rights Reserved HP E3472A 73A Emulator for SH7040 50 ...

Page 3: ...f Hewlett Packard Company IBM is a trademark of International Business Machines Corporation MS DOS is a U S registered trademark of Microsoft Corp UNIX is a registered trademark in the United States and other countries licensed exclusively through X Open Company Limited Windows and MS windows are U S registered trademarks of Microsoft Corp Sun is a trademark or a registrered trademark of Sun Micro...

Page 4: ... this indicates the version level of the software product at the time the manual was issued Many product updates and fixes do not require manual changes and manual corrections may be done without accompanying product changes Therefore do not expect a one to one correspondence between product updates and manual revisions Edition 1 E3472 97000 Oct 1996 Edition 2 E3472 97001 Mar 1997 iii ...

Page 5: ...r warranty service or repair this product must be returned to a service facility designated by HP Buyer shall prepay shipping charges to HP and HP shall pay shipping charges to return the product to Buyer However Buyer shall pay all shipping charges duties and taxes for products returned to HP from another country HP warrants that its software and firmware designated by HP for use with an instrume...

Page 6: ...idental or consequential damages whether based on contract tort or any other legal theory Assistance Product maintenance agreements and other customer assistance agreements are available for Hewlett Packard products For any assistance contact your nearest Hewlett Packard Sales and Service Office Addresses are provided at the back of this manual v ...

Page 7: ...ate in an Explosive Atmosphere Do not operate the instrument in the presence of flammable gasses or fumes Operation of any electrical instrument in such an environment constitutes a safety hazard Keep Away From Live Circuits Operating personnel must not remove instrument covers Component replacement and internal adjustments must be made by qualified maintenance personnel Do not replace components ...

Page 8: ... to 132 Vac 198 to 264 Vac Frequency 47 to 63 Hz Power 300 VA maximum Power Cable In accordance with international safety standards this instrument is equipped with a three wire power cable When connected to an appropriate ac power outlet this cable grounds the instrument frame The type of power cable shipped with each instrument depends on the country of destination Refer to Figure 1 for the part...

Page 9: ...Figure 1 Power Cords Available for Each Destination viii ...

Page 10: ... If calls attention to a procedure practice condition or the like which if not correctly performed or adhered to could result in injury or death to personnel C aut i on This caution sign denotes a hazard If calls attention to a procedure practice condition or the like which if not correctly performed or adhered to could result in damage to or destruction of part or all of the product No t e This n...

Page 11: ...hapter 5 shows you how to connect the Emulator to your target system Chapter 6 describes instructions in designing target system Chapter 7 shows you how to use the Emulator with a logic analyzer connected Chapter 8 describes the specifications and characteristics of the product Chapter 9 shows you how to update the firmware of the Emulator Chapter 10 shows you if a problem occurs when working with...

Page 12: ...Emulator Procedure 15 To connect the power cord and turn on the HP E3472A 73A Emulator 16 To test the HP E3472A 73A Emulator 17 Installing the Emulation Memory Module 17 4 Connecting to the Host Computer Setting Up a LAN Connection 21 To obtain an IP address 22 To configure LAN parameters using the built in terminal interface 23 To configure LAN parameters using ipconfig700 26 To configure LAN par...

Page 13: ...t interface 48 Cautions in designing target systems 48 7 Using the Logic Analyzer Connecting the Logic Analyzer 51 To verify the connection 53 Restrictions 54 8 Specifications and Characteristics Processor compatibility 59 Supported Logic Analyzers 60 Target System Requirements 61 Target Interface HP E3472A 62 Target Interface HP E3473A 64 Electrical Specifications 79 Environmental Specifications ...

Page 14: ...ems with the LAN Interface 103 If you cannot verify LAN communication 103 If you have LAN connection problems 104 If it takes a long time to connect to the network 106 Problems with the Serial Interface 107 If you cannot verify RS 232 communication 107 Problems with the HP E3472A 73A Emulator Itself 108 To execute the built in performance verification test 108 If the data in ROM is corrupt 115 Not...

Page 15: ...Contents xiv ...

Page 16: ...1 Product Overview Product Overview 1 ...

Page 17: ...or as a powerful debugging environment by connecting it to a logic analyzer Hooking up the HP E3472A 73A Emulator to an HP s logic analyzer enables high speed real time tracing You can control the emulator and logic analyzer through the HP E3755A 56A Debug User Interface allowing you to operate the emulation environment with a feel similar to conventional debuggers Figure 1 1 Distributed Emulation...

Page 18: ...or Receives the trigger signal from the logic analyzer 3 50 pin connector Connected to the emulation probe through the 50 pin flat cable 4 Status LEDs Indicate the operating status of the emulation controller 5 Auxiliary power connector Supplies power to the emulation probe Product Overview Emulation controller 3 ...

Page 19: ...or Connects the RS 232 cable to communicate with the host computer via the serial connection 4 LAN status LEDs Indicate the communication status of the Emulator working on the LAN 5 LAN connector 10BASE T Connects the LAN cable when the Emulator communicates with the host computer via 10BASE T LAN 6 LAN connector 10BASE2 Connects the LAN cable when the Emulator communicates with the host computer ...

Page 20: ...cates that power is supplied to the emulation probe 3 Power connector Connects the auxiliary power cable from the emulation controller 4 50 pin connector Connected to the emulation controller through the 50 pin flat cable 5 Pod connector Connects the pods of the logic analyzer Product Overview Emulation probe 5 ...

Page 21: ...r can communicate with a host computer via a LAN connection 10 BASE T or 10 BASE2 The configuration switches Use the DIP switches on the emulation controller to configure communication to the host computer There is a guide to these switches on the bottom of the emulation controller The status LEDs LEDs show the status of the power supply the target system and the connection to the host computer Pr...

Page 22: ...2 Contents of HP E3472A 73A Contents of HP E3472A 73A 7 ...

Page 23: ...Contents of HP E3472A 73A This chapter provides you the information necessary for the followings Incoming Inspection Instruction for Cleaning Contents of HP E3472A 73A 8 ...

Page 24: ...ness and the HP E3472A 73A Processor Probe has been checked mechanically and electrically The contents of the shipment should be as listed in next page If the contents are incomplete if there is mechanical damage or defect or if the HP E3472A 73A does not pass the performance verification test notify the nearest Hewlett Packard office If the shipping container is damaged or the cushioning material...

Page 25: ...able 1 E3496 61602 AC DC adapter 1 0950 3043 Power cable 1 8120 4753 3 wire to 2 wire adapter 1 5080 3149 Loop back board 1 E3496 66502 Coaxial cable 120 cm 1 8120 1840 1 Thin LAN T connector 1 92227N Thin LAN 50 ohm terminator 2 pcs 1 92227P Plastic rivet kit 1 64748 68700 Others including manuals 1 This cable is not suitable for LAN but for trigger input to the Emulator or performance verificati...

Page 26: ...ord 1 E3496 61602 AC DC adapter 1 0950 3043 Power cord 1 8120 4753 3 wire to 2 wire adapter 1 5080 3149 Loop back board 1 E3496 66502 Coaxial cable 120 cm 1 8120 1840 1 Thin LAN T connector 1 92227N Thin LAN 50 ohm terminator 2 pcs 1 92227P Plastic rivet kit 1 64748 68700 Others including manuals 1 1 This cable is not suitable for LAN but for trigger input to the Emulator or performance verificati...

Page 27: ... soft cloth that is soaked with water and wrung tightly without undue pressure Ventilation Requirements To ensure adequate ventilation make sure that there is adequate clearance around the emulation controller the emulation probe and the AC DC adapter Contents of HP E3472A 73A Instruction for Cleaning 12 ...

Page 28: ...3 Setting up the Emulator Setting up the Emulator 13 ...

Page 29: ...tic electricity When supplying power to the emulator check that the emulation probe is plugged into the target system or demo board Before connecting the Emulator to the power supply be sure to follow the instructions below regarding the power cable The HP E3472A 73A Emulator is shipped from the factory with a power supply and cord appropriate for your country Use only the supplied HP power supply...

Page 30: ...nd emulation controller 2 Connect the 50 pin ribbon cable between the emulation probe and the emulation controller 3 Plug the emulation probe into the target system Figure 3 1 Connecting the Emulation Controller and the Emulation Probe Setting up the Emulator Procedure 15 ...

Page 31: ...the power cable into the adapter and outlet 2 Connect the 5 V power cable to the receptacle in the rear panel of the HP E3472A 73A Emulator No t e The power lights on the emulation controller and the emulation probe are lit indicating the HP E3472A 73A Emulator is powered on Note that the Emulator does not have power switch Setting up the Emulator To connect the power cord and turn on the HP E3472...

Page 32: ...e plastic rivets that secure the plastic cover on the top of the emulator probe and remove the cover The bottom cover is only removed when you need to replace a defective active probe on the exchange program 2 Insert emulation memory module on the emulation probe There is a cutout on one side of the memory modules so that they can only be installed one way To install memory modules place the memor...

Page 33: ...ule There are two latches on the sides of the socket that hold the memory module in place 3 Replace the plastic cover and insert new plastic rivets to secure the cover Setting up the Emulator Installing the Emulation Memory Module 18 ...

Page 34: ...4 Connecting to the Host Computer Connecting to the Host Computer 19 ...

Page 35: ... system Connect the HP E3472A 73A Emulator to the host computer via a LAN Set up the host software If you plan to use the HP E3472A 73A on a PC you will need to set up a serial connection to set the IP address for LAN As a debugger controlling the Emulator you can use the HP E3755A 56A Debug User Interface on a UNIX workstation or a PC No t e When supplying power to the emulator check that the emu...

Page 36: ...address to the HP E3472A 73A Emulator before it can operate on the LAN You can also set other network parameters such as a gateway address The IP address and other network parameters are stored in nonvolatile memory within the HP E3472A 73A Emulator The HP E3472A 73A Emulator automatically sets a subnet mask based on the subnet mask used by other devices on the network You can configure LAN parame...

Page 37: ...70 6471 can be changed if they conflict with some other products on your network TCP service port numbers must be greater than 1024 If you change the base port the new value must also be entered in the etc services file on the host computer For example you could modify the line hp64700 6470 tcp To change the port numbers see page 23 If you have already set the IP address you can use a telnet conne...

Page 38: ...2A 73A Emulator s power cord Press the terminal s RETURN key a couple times You should see a R p or c prompt At this point you are communicating with the HP E3472A 73A Emulator s built in terminal interface 4 Display the current LAN configuration values by entering the lan command R lan lan is disabled lan i 0 0 0 0 lan g 0 0 0 0 lan p 6470 Ethernet Address 08000903212f The lan i line shows the cu...

Page 39: ...ect the the HP E3472A 73A Emulator to your network This connection can be made by using either the 10BASE T connector or the 10BASE2 BNC connector on the HP E3472A 73A Emulator Do not use both connectors at the same time 7 Set the configuration switches to indicate the type of connection that is to be made Switch S1 must be set to OPEN indicating that a LAN connection is being made Switch S5 shoul...

Page 40: ...72A 73A Emulator enter the following command R lan i 192 6 94 2 The IP address and any other LAN parameters you change are stored in nonvolatile memory and will take effect the next time the HP E3472A 73A Emulator is powered off and back on again See Also Solving Problems page 103 if you have problems verifying LAN communication Connecting to the Host Computer To configure LAN parameters using the...

Page 41: ...parameters To determine if BOOTP is enabled on your computer see To configure LAN parameters using BOOTP in this chapter The following steps need to be taken when configuring the network parameters with ipconfig700 1 Connect the HP E3472A 73A Emulator to your network This connection can be made by using either the 10BASE T connector or the 10BASE2 BNC connector on the HP E3472A 73A Emulator 2 Set ...

Page 42: ...l link i internet g gateway The ipconfig700 parameters are l link The link level address Enter any letters in the address in upper case i internet The IP address g gateway The gateway address If the ipconfig700 command is entered without any options the program interactively prompts for the necessary information 7 Disconnect the power cable from the emulation controller Set switch S6 back to CLOSE...

Page 43: ...ult to 0 0 0 0 When the IP address is successfully programmed ipconfig700 will display the HP E3472A 73A Emulator version information Limitations of ipconfig700 The ipconfig700 command generally will not work if the workstation and the HP E3472A 73A Emulator are on different subnets OR a BOOTP daemon running elsewhere on your network is configured to respond to the link level address of the HP E34...

Page 44: ...bootps dgram udp wait root etc bootpd bootpd If the commands did not yield the results shown you must either add BOOTP support to your workstation or use a different method to configure the HP E3472A 73A Emulator LAN parameters 2 Add an entry to the host BOOTP database file etc bootptab For example Global template for options common to all HP 64700 emulators Gateway addresses can be specified diff...

Page 45: ... 3 Connect the HP E3472A 73A Emulator to your network This connection can be made by using either LAN connector on the HP E3472A 73A Emulator 4 Set the configuration switches to indicate the type of connection that is to be made Switch S1 must be set to OPEN indicating that a LAN connection is being made Switch S6 must be set to OPEN to enable BOOTP mode Switch S5 should be set to CLOSED if you ar...

Page 46: ...D and connect the power cable again Do this so that the HP E3472A 73A Emulator does not request its IP address each time power is cycled The IP address is stored in EEPROM so BOOTP does not need to be run again Leaving this switch on will result in slower performance increased LAN traffic and even failure to power up if the BOOTP server becomes inactive 7 Verify your HP E3472A 73A Emulator is now ...

Page 47: ...ED the LAN port operates at standard 10BASE T levels A maximum of 100 meters of UTP cable can be used If your network doesn t support LINK BEAT integrity checking or if the HP E3472A 73A Emulator is connected to a non 10BASE T network set this switch to LINK BEAT OFF 0 or OPEN In normal mode switch S8 set to CLOSED a link integrity pulse is transmitted every 15 milliseconds in the absence of trans...

Page 48: ... once it has already been set is to telnet to the HP E3472A 73A Emulator and use the terminal interface lan command to make the change Remember after making your changes you must cycle power or enter a terminal interface init p command before the changes take effect Doing this will break the connection and end the telnet session If You Have Problems If you encounter problems refer to the Solving P...

Page 49: ...ween the host computer and the HP E3472A 73A Emulator Verify communications Serial connections on a workstation You should not use a serial connection on a workstation except to set LAN parameters Serial connections on a PC You should not use a serial connection on a PC except to set LAN parameters or to update the HP E3472A 73A firmware Connecting to the Host Computer To verify LAN communications...

Page 50: ...ndshaking you should use it set switch S5 to CLOSED Hardware handshaking will make the serial connection much more reliable 4 Set switches S6 S8 for the baud rate you will use These switch settings are listed on the bottom of the HP E3472A 73A Emulator The higher baud rates may not work reliably with all hosts and user interfaces Make sure the baud rate you choose is supported by your host and use...

Page 51: ... is HP part number C2932A This is a 9 pin cable with one to one pin connections C aut i on Use the recommended cable If the cable is not shielded or if the cable is not grounded at the serial controller the HP E3472A 73A Emulator may be damaged by electrostatic discharge Connecting to the Host Computer To connect a serial cable 36 ...

Page 52: ...Copyright c Hewlett Packard Co 1987 All Rights Reserved Reproduction adaptation or translation without prior written permission is prohibited except as allowed under copyright laws HPE3499B Series Emulation System Version A 07 00 17Aug96 Location Generics HPE3472A Hitachi SH7040 Series Emulator Version A 00 00 17Aug96 17 07 Speed 33 3 MHz Memory 0 KBytes PC Board f200 00e0 0000 78ff R The version ...

Page 53: ...Note Connecting to the Host Computer Note 38 ...

Page 54: ...5 Connecting to the Target System Connecting to the Target System 39 ...

Page 55: ... the QFP socket adapter to the target system in advance The HP E3472A 73A Emulator is connected to the target system by inserting the QFP cable attached to the emulation probe into the QFP socket adapter Connecting to the Target System 40 ...

Page 56: ...dapter The cables listed above come with a socket adapter required for connecting to the target system When mounting and securing the processor to the target system a socket cover is necessary The 112 pin cable comes with a socket cover For 144 and 168 pin cables you need to purchase it separately 144 pin socket cover HP Part Number E3472 61631 168 pin socket cover HP Part Number E3473 61630 Conne...

Page 57: ...d use the emulator in a place resistant to static electricity Check that the ground line of the emulator and that of the target system are properly connected When turning the system on switch on the target system first and then the emulator When turning the system off switch off the emulator first and then the target system When supplying power to the emulator check that the emulation probe is plu...

Page 58: ...nnect the QFP cable so that pin 1 of the QFP cable is inserted into pin 1 of the QFP socket adapter on the target system see Figure 5 1 5 Switch on the target system then switch on the emulator Figure 5 1 Connecting HP E3472A 73A Emulator into the Target System Connecting to the Target System Connecting the HP E3472A 73A Emulator to the target system 43 ...

Page 59: ...Note Connecting to the Target System Note 44 ...

Page 60: ...6 Designing a Target System Designing a Target System 45 ...

Page 61: ...signing a Target System This chapter will help you design a target system that will work with the HP E3472A 73A Emulator and describe instructions for use of the target system Designing a Target System 46 ...

Page 62: ...er E3473 61620 To mount the QFP socket adapter solder it directly onto the target system board To mount the 168 pin QFP socket adapter bore a 3 4 mmφ hole in the target system board so that the hole is located at the center of the bottom of the socket adapter when mounted and make a 3 mm width pattern around the hole see the figure below Designing a Target System QFP socket adapter 47 ...

Page 63: ...rface with the target system see Chapter 9 Specifications and Characteristics Cautions in designing target systems You should remember the followings when designing target systems For operating frequency and operating supply voltage Supported range for the processor operation is 4 0 to 33 3 MHz in frequency and 5 0 25V in power Processors that operate at 3 3 V are not supported Designing a Target ...

Page 64: ...7 Using the Logic Analyzer Using the Logic Analyzer 49 ...

Page 65: ...Using the Logic Analyzer This chapter describes you how to connect the logic analyzer to your emulator Using the Logic Analyzer 50 ...

Page 66: ...th the logic analyzer for detail No t e If you specified the IP address for the logic analyzer when you installed HP B3755A 56A Debug User Interface giving the same address will skip the addressing operation when you start the Debugger 4 Connect the pods via the termination adaptors into the emulation probe Connect the appropriate pods into the emulation probe according to the label POD 1 POD 2 PO...

Page 67: ...Slave Pod 1 Pod 5 POD 4 Pod 4 Slave Pod 2 Pod 6 POD 5 Pod 5 Slave Pod 3 Pod 7 Note Be sure to use HP 01650 63203 for the termination adapters None of the others can be used Connect disconnect the adapter with holding the connector side 5 Connect the TRIGGER OUT terminal of the logic analyzer and the BREAK IN terminal of the emulation controller Using the Logic Analyzer Connecting the Logic Analyze...

Page 68: ... target system 2 Connect the power source into the HP E3472A 73A Emulator 3 Start the Debugger Specify the IP address for the logic analyzer if necessary 4 Use trace function to see tracing is properly performed with the logic analyzer Using the Logic Analyzer To verify the connection 53 ...

Page 69: ...the table below Table 7 2 Available Pods When Connected to the Emulator Logic Analyzer HP 16550 HP 1661 HP 1671 HP 1660 HP 16554 5 6 HP 1670 Not Available Pod 6 Pod 6 Expand Pod 4 Pod 8 Available for Analyzer2 None Pod 7 Pod 8 Master Pod 3 Master Pod 4 Pod 3 Pod 4 Trigger Terms Trigger terms are partly reserved for the trace analyzer The rest of the terms are available for Analyzer2 which can be c...

Page 70: ...heral registers and built in RAM 32 bit data bus area Long word access 16 bit data bus area Byte access and word access Mnemonics in the Trace List Normally trace list shows the mnemonics for the instructions which were actually executed and does not show mnemonics for such instructions that were fetched but not executed However mnemonics may not be displayed when the corresponding instruction was...

Page 71: ...Note Using the Logic Analyzer Note 56 ...

Page 72: ...8 Specifications and Characteristics Specifications and Characteristics 57 ...

Page 73: ...his chapter provides specifications and characteristics of HP E3472A 73A Emulator This chapter covers Processor compatibility Supported logic analyzer Target system interface Electrical specification Specifications and Characteristics 58 ...

Page 74: ...age SH7040 112 pin QFP SH7041 144 pin QFP SH7042 112 pin QFP SH7043 144 pin QFP SH7044 112 pin QFP SH7045 144 pin QFP No t e SH7040 Series processors that operate at low voltage 3 3V are not supported Table 8 2 Supported Processors HP E3473A Processor Package SH7050 168 pin QFP SH7051 168 pin QFP Specifications and Characteristics Processor compatibility 59 ...

Page 75: ...el portable logic analyzer 2 1661C CS 136 102 channel portable logic analyzer 2 1670A D 136 102 channel portable logic analyzer 1671A D 136 102 channel portable logic analyzer 1 For 16500 a LAN card 16500H L is necessary 2 LAN option is necessary No t e Five pieces of the termination adapter HP 01650 63203 are required to connect the HP E3472A 73A to the logic analyzer You cannot use other termina...

Page 76: ...he following voltage and frequency is supported The HP E3472A Emulator Operating voltage 5 0 25 V Operating frequency 4 0 33 3 MHz The HP E3473A Emulator Operating voltage 5 0 25 V Operating frequency 4 0 25 0 MHz Specifications and Characteristics Target System Requirements 61 ...

Page 77: ...Target Interface HP E3472A Vcc Vss RES NMI MD0 3 PE13 PF AVcc AVref AVss Specifications and Characteristics Target Interface HP E3472A 62 ...

Page 78: ...EXTAL XTAL Connect a circuit that meets the SH7040 Series specification PLLVcc PLLCAP PLLVss Others Specifications and Characteristics Target Interface HP E3472A 63 ...

Page 79: ...Target Interface HP E3473A Vcc Vss RES HSTBY NMI MD0 3 PC14 PH AVcc AVre AVss Specifications and Characteristics Target Interface HP E3473A 64 ...

Page 80: ...Vpp EXTAL XTAL Connect a circuit that meets the SH7050 Seriese specification PLLVcc PLLCAP PLLVss Others Specifications and Characteristics Target Interface HP E3473A 65 ...

Page 81: ...5 PC1 28 nc 6 nc 29 57 PD11 7 11 PC7 30 58 PD10 8 nc 31 nc 9 17 PC13 32 60 PD8 10 21 Vcc 33 nc 11 nc 34 65 Vcc 12 nc 35 68 PD2 13 28 PB5 36 nc 14 nc 37 73 MD3 15 nc 38 77 Vcc 16 29 PB6 39 nc 17 31 PB8 40 80 PLLVcc 18 32 PB9 41 nc 19 35 WDTOVF 42 84 RES 20 nc 43 85 PE0 21 41 PA10 44 86 PE1 22 45 PA6 45 nc 23 nc 46 89 PE4 Specifications and Characteristics Target Interface HP E3473A 66 ...

Page 82: ...72 nc 51 nc 73 38 PA12 52 nc 74 42 PA9 53 104 PE6 75 nc 54 108 PE10 76 48 PA3 55 111 PE12 77 37 Vcc 56 nc 78 52 PD15 57 1 PE14 79 54 PD13 58 nc 80 nc 59 3 Vss 81 59 PD9 60 6 PC2 82 nc 61 9 PC5 83 61 Vss 62 12 PC8 84 63 PD6 63 15 PC11 85 66 PD4 64 18 PC14 86 69 PD1 65 22 PB1 87 nc 66 24 PB2 88 74 EXTAL 67 26 PB4 89 nc 68 nc 90 nc Specifications and Characteristics Target Interface HP E3473A 67 ...

Page 83: ... PA14 95 nc 117 nc 96 90 Vss 118 nc 97 94 PF3 119 43 PA8 98 97 AVss 120 46 PA5 99 nc 121 nc 100 101 Vss 122 50 PA1 101 102 PE5 123 nc 102 105 PE7 124 55 Vss 103 109 Vss 125 GND 104 112 PE13 126 62 PD7 105 GND 127 nc 106 4 PC0 128 nc 107 7 PC3 129 nc 108 nc 130 71 Vss 109 13 PC9 131 75 MD2 110 nc 132 nc 111 19 PC15 133 78 MD1 112 23 Vss 134 82 PLLVss Specifications and Characteristics Target Interf...

Page 84: ...D14 139 98 PF6 161 nc 140 100 AVcc 162 64 PD5 141 nc 163 67 PD3 142 nc 164 70 PD0 143 106 PE8 165 72 XTAL 144 110 PE11 166 76 NMI 145 GND 167 nc 146 8 PC4 168 79 MD0 147 10 PC6 169 nc 148 14 PC10 170 92 PF1 149 16 PC12 171 nc 150 20 PB0 172 99 PF7 151 nc 173 nc 152 nc 174 Vnc 153 nc 175 103 Vcc 154 36 PA13 176 107 PE9 155 40 PA11 177 GND 156 44 PA7 Specifications and Characteristics Target Interfa...

Page 85: ... 12 Vcc 29 73 PD15 7 16 PC7 30 74 PD14 8 nc 31 76 PD12 9 22 PC13 32 78 PD11 10 26 Vcc 33 81 PD9 11 30 PA19 34 85 Vcc 12 nc 35 89 PD2 13 36 PB5 36 nc 14 nc 37 95 MD3 15 nc 38 99 Vcc 16 37 PB6 39 101 PA17 17 39 PB8 40 104 PLLVcc 18 41 PB9 41 nc 19 44 WDTOVF 42 108 RES 20 nc 43 109 PE0 21 50 PA10 44 110 PE1 22 54 PA6 45 112 Vcc 23 58 PA27 46 114 PE4 Specifications and Characteristics Target Interface...

Page 86: ... nc 73 48 PA12 52 132 PA2 74 51 PA9 53 136 PA5 75 55 Vss 54 140 PE10 76 59 PD26 55 143 PE12 77 63 Vcc 56 nc2 78 67 PD20 57 2 PE14 79 70 PD17 58 4 PA21 80 nc 59 6 Vss 81 75 PD13 60 9 PC2 82 77 Vcc 61 13 PC5 83 79 Vss 62 17 PC8 84 82 PD6 63 20 PC11 85 86 PD5 64 23 PC14 86 90 PD2 65 27 PB1 87 nc 66 31 PB2 88 96 EXTAL 67 34 PB4 89 100 PA16 68 nc 90 nc Specifications and Characteristics Target Interfac...

Page 87: ... 46 PD30 96 117 Vss 118 nc 97 121 PF3 119 52 PA8 98 124 AVss 120 56 PA5 99 nc 121 60 PD25 100 129 Vss 122 64 PD23 101 133 PA3 123 68 PD19 102 137 PE7 124 71 Vss 103 141 Vss 125 GND 104 144 PE13 126 80 PD10 105 GND 127 83 PD7 106 7 PC0 128 87 Vss 107 10 PC3 129 91 PD1 108 14 Vss 130 93 Vss 109 18 PC9 131 97 MD2 110 nc 132 nc 111 24 PC15 133 102 MD1 112 28 Vss 134 106 PLLVss Specifications and Chara...

Page 88: ...6 161 GND 140 127 AVcc 162 84 PD6 141 130 PA0 163 88 PD4 142 134 PA4 164 92 PD0 143 138 PE8 165 94 XTAL 144 142 PE11 166 98 NMI 145 GND 167 nc 146 11 PC4 168 103 MD0 147 15 PC6 169 nc 148 19 PC10 170 119 PF1 149 21 PC12 171 nc 150 25 PB0 172 126 PF7 151 29 PA20 173 128 AVcc 152 33 PA18 174 131 PA1 153 nc 175 135 Vcc 154 47 PA13 176 139 PE9 155 49 PA11 177 GND 156 53 PA7 Specifications and Characte...

Page 89: ... 85 PD0 7 17 PA0 30 86 PD1 8 21 Vcc 31 88 PD3 9 25 PA6 32 90 PD4 10 29 Vcc 33 93 PD6 11 33 PA12 34 97 Vcc 12 37 Vcc 35 101 PD12 13 40 PB7 36 105 Vcc 14 42 PB9 37 109 MD3 15 43 PB10 38 113 Vcc 16 44 PB11 39 117 PF3 17 46 PC1 40 121 PLLVcc 18 48 PC2 41 124 HSTBY 19 51 WDTOVF 42 126 RES 20 55 Vcc 43 127 PF4 21 59 PC9 44 128 PF5 22 63 PC13 45 130 Vcc 23 67 PE1 46 132 PF8 Specifications and Characteris...

Page 90: ... 73 56 PC7 52 155 PH13 74 60 PC10 53 159 PG0 75 64 Vss 54 163 PG4 76 68 PE2 55 166 PG6 77 72 Vcc 56 168 PG8 78 76 PE8 57 3 PG11 79 80 PE11 58 5 PG13 80 83 PE13 59 7 Vss 81 87 PD2 60 10 PB1 82 89 Vcc 61 14 PB4 83 91 Vss 62 18 PA1 84 94 PD7 63 22 PA4 85 98 PD10 64 26 PA7 86 102 PD13 65 30 PA10 87 106 PF0 66 34 PA13 88 110 EXTAL 67 38 PB6 89 114 PF1 68 41 PB8 90 118 Vpp Specifications and Characteris...

Page 91: ...136 Vss 118 57 Vss 97 140 PH3 119 61 PC11 98 144 AVss 120 65 PC14 99 148 PH9 121 69 PE3 100 152 AVss 122 73 PE5 101 156 PH14 123 77 PE9 102 160 PG1 124 81 Vss 103 164 Vss 125 GND 104 167 PG7 126 92 PD5 105 GND 127 95 PD8 106 8 PG15 128 99 Vss 107 11 PB2 129 103 PD14 108 15 Vss 130 107 Vss 109 19 PA2 131 111 MD2 110 23 Vss 132 115 Vss 111 27 PA8 133 119 MD1 112 31 Vss 134 123 PLLVss Specifications ...

Page 92: ... 140 149 AVref 162 96 PD9 141 153 PH11 163 100 PD11 142 157 PH15 164 104 PD15 143 161 PG2 165 108 XTAL 144 165 PG5 166 112 NMI 145 GND 167 116 PF2 146 12 PB3 168 120 MD0 147 16 PB5 169 nc 148 20 PA3 170 138 PH1 149 24 PA5 171 142 AVcc 150 28 PA9 172 146 PH7 151 32 PA11 173 150 AVcc 152 36 PA15 174 154 PH12 153 nc 175 158 Vcc 154 54 PC6 176 162 PG3 155 58 PC8 177 GND 156 62 PC12 Specifications and ...

Page 93: ...Figure 8 1 Pin Locations of the 177 pin Connector Specifications and Characteristics Target Interface HP E3473A 78 ...

Page 94: ... Maximum input 5 V above VCC 5 V below ground Communications Seria l Port 9 pin female type D subminiature connector RS 232 DCE to 115 2 kbaud 10BASE T LAN Port RJ 45 connector IEEE 802 3 10BASE T StarLAN 10BASE2 LAN Port 50 ohm BNC connector IEEE 802 3 10BASE2 ThinLAN When using this connector the HP E3472A 73A Emulator provides the functional equivalent of a Medium Attachment Unit MAU for ThinLA...

Page 95: ...k fall time tcf 5 3 8 ns EXTAL input frequency tEX 4 10 4 10 4 10 MHz EXTAL input cycle time tExcyc 100 250 100 250 100 250 ns EXTAL input low level pulse width tEXL 40 40 40 ns EXTAL input high level pulse width tEXH 40 40 40 ns EXTAL input rise time tEXR 5 5 5 ns EXTAL input fall time tEXF 5 5 5 ns Reset Oscillation setting time tOSC1 10 10 10 ms Software standby oscillation setting time tOSC2 1...

Page 96: ... setup time tMRESS 35 45 ns NMI setup time tNMIS 35 95 ns IRQ0 IRQ7 setup time edge detection time tIRQES 35 45 ns IRQ0 IRQ7 setup time level detection time tIRQLS 35 45 ns NMI hold time tNMIH 35 35 ns IRQ0 IRQ7 hold time tIRQEH 35 35 ns IRQOUT output delay time tIRQOD 35 40 ns Bus request setup time tBRQS 35 45 ns Bus acknowledge delay time 1 tBACD1 35 40 ns Bus acknowledge delay time 2 tBACD2 35...

Page 97: ...14 40 ns Write data hold time tWDH 0 10 4 5 ns Wait setup time tWTS 15 15 25 ns Wait hold time tWTH 0 0 0 ns RAS delay time 1 tRASD1 2 18 10 23 ns RAS delay time 2 tRASD2 2 18 7 23 ns CAS delay time 1 tCASD1 2 18 8 23 ns CAS delay time 2 tCASD2 2 18 6 23 ns Read data access time tACC 39 6 39 6 29 6 ns RD to read data access time tOE 22 2 22 2 12 2 ns Column address to read data access time tAA 39 ...

Page 98: ...y time 1 tRWD1 2 18 9 23 ns RDWR delay time 2 tRWD2 2 18 7 23 ns High speed page mode CAS precharge time tCP 9 8 35 6 8 ns RAS precharge time tRP 37 2 52 34 2 ns CAS setup time tCSR 10 49 5 ns AH delay time 1 tAHD1 2 18 10 23 ns AH delay time 2 tAHD2 2 18 10 23 ns Multiplexed address delay time tMAD 2 18 14 23 ns Multiplexed address hold time tMAH 0 18 5 ns DACK0 DACK1 delay time 1 tDACKD1 2 21 om...

Page 99: ...Unit min max min max min max DREQ0 DREQ1 setup time tDRQS 18 28 DREQ0 DREQ1 hold time tDRQH 18 18 DREQ0 DREQ1 pulse width tDRQW 1 5 1 5 DRAK output delay time tDRAKD 18 23 ns 1 Typical outputs measured with 50pF load Specifications and Characteristics Electrical Specifications 84 ...

Page 100: ...me tcf 5 2 8 ns EXTAL input frequency tEX TBD 10 4 10 TBD 10 MHz EXTAL input cycle time tExcyc 100 TBD 100 250 100 TBD ns EXTAL input low level pulse width tEXL TBD 40 TBD ns EXTAL input high level pulse width tEXH TBD 40 TBD ns EXTAL input rise time tEXR TBD 5 TBD ns EXTAL input fall time tEXF TBD 5 TBD ns Reset Oscillation setting time tOSC1 10 10 10 ms Software standby oscillation setting time ...

Page 101: ...tMRESS TBD TBD 10 ns NMI setup time tNMIS 30 90 ns IRQ0 IRQ7 setup time edge detection time tIRQES 30 40 ns IRQ0 IRQ7 setup time level detection time tIRQLS 30 40 ns NMI hold time tNMIH TBD TBD ns IRQ0 IRQ7 hold time tIRQEH TBD TBD ns IRQOUT output delay time tIRQOD 25 30 ns Bus request setup time tBRQS TBD TBD 10 ns Bus acknowledge delay time 1 tBACD1 TBD TBD 5 ns Bus acknowledge delay time 2 tBA...

Page 102: ...tRDS 15 15 25 ns Read data hold time tRDH 0 0 0 ns Write strobe delay time 1 tWSD1 TBD 25 11 30 ns Write strobe delay time 2 tWSD2 TBD 25 7 30 ns Write data delay time tWDD 40 12 45 ns Write data hold time tWDH 0 5 5 ns Wait setup time tWTS 15 15 25 ns Wait hold time tWTH 10 10 10 ns Read data access time tACC 65 65 55 ns RD to read data access time tOE 40 40 30 ns DACK0 DACK1 delay time 1 tDACKD1...

Page 103: ... Unit min max min max min max DREQ0 DREQ1 setup time tDRQS 27 37 DREQ0 DREQ1 hold time tDRQH 30 30 DREQ0 DREQ1 pulse width tDRQW 1 5 1 5 DRAK output delay time tDRAKD 25 30 ns 1 Typical outputs measured with 50pF load Specifications and Characteristics Electrical Specifications 88 ...

Page 104: ...ive 73 23 EEC and the EMC Directive 89 336 EEC and conforms to the following specifications Electromagnetic Compatibility CISPR 11 1990 EN 55011 1991 Group 1 Class A IEC 1000 3 3 1994 EN 61000 3 3 1995 IEC 801 2 1991 EN 50082 1 1992 4 kV CD 8 kV AD IEC 801 3 1984 EN 50082 1 1992 3 V m 1kHz 80 AM 27 1000 MHz IEC 801 4 1988 EN 50082 1 1992 0 5 kV Signal Lines 1 kV Power Lines Safety IEC 1010 1 1990 ...

Page 105: ...Note Specifications and Characteristics Note 90 ...

Page 106: ...9 Updating Firmware Updating Firmware 91 ...

Page 107: ...program progflash downloads code from files on the host computer into Flash EPROM memory which is built in to the HP E3472A 73A Emulator This chapter describes how to Components of the software updates Update firmware with the progflash command Display current firmware version information Updating Firmware 92 ...

Page 108: ... User Interface contains the progflash program and flashware for the HP E3472A 73A Emulator If you re using an IBM PC AT compatible computer The HP 64700 SW Update Utility product included in the HP E3755A 56A Debug User Interface contains the progflash program and flashware for the HP E3472A 73A Emulator Updating Firmware Components of the software updates 93 ...

Page 109: ...specify the destination Emulator 1 Make up a logical name for the HP E3472A 73A Emulator You will use this name to identify the HP E3472A 73A Emulator This name can be same as in etc hosts file 2 Find the IP address of the HP E3472A 73A Emulator 3 Edit the usr hp64000 etc 64700tab net file and add one line with the following format lan logical_name processor_type connection_info logical_name The l...

Page 110: ...64700 tables 64700tab file In this case logical_name is emul_com1 and the baud rate is set to 9600 emul_com1 unknown COM1 OFF 9600 NONE ON 1 8 Example To use a baud rate of 9600 baud set the switches as follows Updating Firmware To set up the 64700tab file 95 ...

Page 111: ...nloads code from files on the host computer into Flash EPROM memory in the HP E3472A 73A Emulator Instead of running progflash interactively you may use options to the progflash command progflash v emul_name products_to_update The v option means verbose It causes progress status messages to be displayed during operation The emul_name option is the logical emulator name as specified in the 64700tab...

Page 112: ...ash programming SUCCEEDED and return 0 if it is successful otherwise it will print Flash programming FAILED and return a nonzero error You can verify the update by displaying the firmware version information Example To update the firmware in myprobe you could enter the following command progflash v myprobe E3472 Updating Firmware To update firmware with progflash 97 ...

Page 113: ...ng it with the version numbers of the update software Try updating the firmware again If none of these steps solves the problem contact your local HP Representative If there is a power failure during a firmware update If there is a power glitch during a firmware update some bits may be lost during the download process possibly resulting in an HP E3472A 73A Emulator that will not boot up Set switch...

Page 114: ...10 Solving Problems Solving Problems 99 ...

Page 115: ...Emulator and your host computer The interface software on the host computer The connection between the HP E3472A 73A Emulator and the target system The target system You can use several means to determine the source of the problem The status lights on the emulation controller Error messages displayed on the host computer Diagnostic tests performed using the host computer HP E3472A 73A Emulator per...

Page 116: ...3A Emulator communicates various modes and error conditions via the status lights The following illustration shows the status lights on both sides of the HP E3472A 73A Emulator and what they mean Solving Problems Status Lights 101 ...

Page 117: ...und debug mode Lit when the target processor is running in normal user program mode Lit when LAN data is being transmitted Lit when 10BASE T connection has a good link not used for 10BASE2 Lit when the polarity on the receive twisted pair is reversed for a 10BASE T connection Lit when LAN data is being received Solving Problems Status Lights 102 ...

Page 118: ...cumentation for testing connectivity Make sure that only one of the LAN ports is connected Make sure the HP E3472A 73A Emulator communication configuration switches are set correctly Unplug the HP E3472A 73A Emulator power cord then plug it in again to make sure the switch settings are read correctly by the HP E3472A 73A Emulator Make sure that the HP E3472A 73A Emulator s IP address is set up cor...

Page 119: ...eck that switch S5 is in the correct position for your LAN interface either 10BASE2 or 10BASE T Remember if you change any switch settings the changes do not take effect until you cycle power If the HP E3472A 73A Emulator still does not respond to a ping you need to verify the IP address and gateway mask of the HP E3472A 73A Emulator To do this connect the HP E3472A 73A Emulator to a terminal or t...

Page 120: ...er subnet 0 0 0 0 if you are connecting from the local subnet lan p shows the port is 6470 If the port is not 6470 you must change it with the lan p 6470 command unless you have deliberately set the port number to a different value because of a conflict Solving Problems If you have LAN connection problems 105 ...

Page 121: ...continue using the HP E3472A 73A Emulator The HP E3472A 73A Emulator automatically sets its subnet mask based on the first subnet mask it detects on the network If it then detects other subnet masks it will generate error messages If there are many subnet masks in use on the local subnet the HP E3472A 73A Emulator may take a very long time to connect to the network after it is turned on Solving Pr...

Page 122: ...ameters on the host computer You should also verify that you are using the correct cable The most common type of data communications configuration problem involves the configuration of the HP E3472A 73A Emulator as a DTE device instead of as a DCE device If you are using the wrong type of cable no prompt will be displayed C aut i on Use the recommended cable If the cable is not shielded or if the ...

Page 123: ...nected to the RS 232 port When using a terminal emulator via LAN configure the emulator using the DIP switches Test procedure for the emulation controller Procedure 1 Dismount the power supply from the emulation controller 2 Remove the emulation probe Disconnect the 50 pin ribbon cable and AUX power cable 3 Set all of the DIP switches to CLOSED This is standard RS 232 at 9600 baud which can be con...

Page 124: ... force tests to execute HP internal use only pv n do not initialize system HP internal use only pv count execute diagnostics count number of times count of 0 repeats until keyboard break SYSTEM SETUP o Connect a coaxial cable between the BREAK IN and TRIGGER OUT BNCs o Replace the target cable with the SELFTEST LOOPBACK connector o To execute the LAN Feedback tests disconnect the LAN BNC connector...

Page 125: ...ion System Test 1 Powerup PV Results Passed Test 2 LAN 10Base2 Feedback Test Passed Test 3 LAN 10BaseT Feedback Test Passed Test 4 Break In and Trigger Out BNC Feedback Test Passed Test 5 Target Probe Feedback Test Passed Test 6 Boundary Scan Master Test Passed Test 7 I2C Test Passed FAILED Number of tests 1 Number of failures 0 Copyright c Hewlett Packard Co 1987 All Rights Reserved Reproduction ...

Page 126: ...he cable or failure to remove the port under test from the LAN before performing the test Check to see that the terminators are good 50 Ohms and that you are isolated from any traffic on a system LAN R pv t2 v2 1 Testing HPE3499A Series Emulation System Test 2 LAN 10Base2 Feedback Test failed FAILED invalid Ethernet address in EEPROM FAILED Number of tests 1 Number of failures 1 First check to see...

Page 127: ... correctly and that your host computer recognizes the IP address of the HP E3472A 73A Emulator If all else is good then failure to respond to ping indicates a faulty HP E3472A 73A Emulator TEST 4 Break In and Trigger Out BNC Feedback Test R pv t4 v2 1 Testing HPE3499A Series Emulation System Test 4 Break In and Trigger Out BNC Feedback Test failed Break In not receiving Break Out HIGH FAILED Numbe...

Page 128: ...obe and the emulation controller Connect the 50 pin ribbon cable and AUX power cable 3 Plug the demo board into the 177 pin PGA connector 4 Set the DIP switch on the demo board to TEST MODE 5 Set all of the DIP switches to CLOSED This is standard RS 232 at 9600 baud which can be connected directly to a 9 pin RS 232 interface that conforms to the IBM PC AT 9 pin standard 6 Connect a coaxial cable b...

Page 129: ... tests 1 Number of failures 0 Copyright c Hewlett Packard Co 1987 All Rights Reserved Reproduction adaptation or translation without prior written permission is prohibited except as allowed under copyright laws HPE3499B Series Emulation System Version A 01 00 17Aug96 Location Generics HPE3472A Hitachi SH7040 Series Emulator Version A 01 00 17Aug96 Speed 33 3 MHz Memory 0 KBytes PC Board f200 00e0 ...

Page 130: ...f this happens try the following steps 1 Cycle power on the HP E3472A 73A Emulator and try the flash programming utility progflash again If this doesn t work continue with the next step 2 Set switch S4 to OPEN then cycle power This will force the HP E3472A 73A Emulator to use only the boot ROM Try running the programming utility again If this is successful return the switches to their normal confi...

Page 131: ...Note Solving Problems Note 116 ...

Page 132: ...A Registers List Registers List A 1 ...

Page 133: ...A controller 3 mtu0 Multi function timer pulse unit 0 mtu1 Multi function timer pulse unit 1 mtu2 Multi function timer pulse unit 2 mtu3 Multi function timer pulse unit 3 mtu4 Multi function timer pulse unit 4 wdt Watch dog timer sci0 Serial communication interface 0 sci1 Serial communication interface 1 adc A D converter cmt0 Compare match timer 0 cmt1 Compare match timer 1 pfc Pin function contr...

Page 134: ...al purpose register 6 r7 General purpose register 7 r8 General purpose register 8 r9 General purpose register 9 r10 General purpose register 10 r11 General purpose register 11 r12 General purpose register 12 r13 General purpose register 13 r14 General purpose register 14 r15 General purpose register 15 sp Hardware stack pointer gbr Global base register vbr Vector base register pr Procedure registe...

Page 135: ...address mask register ubbr User break bus cycle register Data transfer controller dtc dtea DTC enable register A dteb DTC enable register B dtec DTC enable register C dted DTC enable register D dtee DTC enable register E dtcsr DTC control status register dtbr DTC data base register Cache controller cac ccr Cache control register Bus state controller bsc bcr1 Bus control register 1 bcr2 Bus control...

Page 136: ... address register 2 dmatcr2 DMA transfer count register 2 chcr2 DMA channel control register 2 DMA controller 3 dmac3 dmaor DMA operation register sar3 DMA source address register 3 dar3 DMA destination address register 3 dmatcr3 DMA transfer count register 3 chcr3 DMA channel control register 3 Multi function timer pulse unit 0 mtu0 tstr Timer start register tsyr Timer synchronization register tc...

Page 137: ...s register 1 tcnt1 Timer counter 1 tgr1a General register 1A tgr1b General register 1B Multi function timer pulse unit 2 mtu2 tstr Timer start register tsyr Timer synchronization register tcr2 Timer control register 2 tmdr2 Timer mode register 2 tior2 Timer I O control register 2 tier2 Timer interrupt enable register 2 tsr2 Timer status register 2 tcnt2 Timer counter 2 tgr2a General register 2A tg...

Page 138: ...eneral register 3A tgr3b General register 3B tgr3c General register 3C tgr3d General register 3D Multi function timer pulse unit 4 mtu4 tstr Timer start register tsyr Timer synchronization register toer Timer output master enable register tocr Timer output control register tgcr Timer gate control register tcdr Timer cycle data register tddr Timer dead time data register tcnts Timer sub counter tcb...

Page 139: ...ter 1 rdr1 Receive data register 1 for reference only A D converter adc addra A D data register A for reference only addrb A D data register B for reference only addrc A D data register C for reference only addrd A D data register D for reference only addre A D data register E for reference only addrf A D data register F for reference only addrg A D data register G for reference only addrh A D dat...

Page 140: ... register pccr Port C control register pdior Port D IO register pdcrh1 Port D control register H1 pdcrh2 Port D control register H2 pdcr1 Port D control register L peior Port E IO register pecr1 Port E control register 1 pecr2 Port E control register 2 ifcr IRQOUT function control register I O port port padr Port A data register pbdr Port B data register pcdr Port C data register pddr Port D data ...

Page 141: ... Advanced timer unit 3 atu4 Advanced timer unit 4 atu5 Advanced timer unit 5 atu6 Advanced timer unit 6 atu7 Advanced timer unit 7 atu8 Advanced timer unit 8 atu9 Advanced timer unit 9 atu10 Advanced timer unit 10 apc Advanced pulse controller wdt Watch dog timer cmt0 Compare match timer 0 cmt1 Compare match timer 1 sci0 Serial communication interface 0 sci1 Serial communication interface 1 sci2 S...

Page 142: ...eneral purpose register 12 r13 General purpose register 13 r14 General purpose register 14 r15 General purpose register 15 sp Hardware stack pointer gbr Global base register vbr Vector base register pr Procedure register mach Multiple and accumulate register H macl Multiple and accumulate register L Interrupt controller intc ipra Interrupt priority register A iprb Interrupt priority register B ipr...

Page 143: ...l control register 0 DMA controller 1 dmac1 dmaor DMA operation register sar1 DMA source address register 1 dar1 DMA destination address register 1 dmatcr1 DMA transfer count register 1 chcr1 DMA channel control register 1 DMA controller 2 dmac2 dmaor DMA operation register sar2 DMA source address register 2 dar2 DMA destination address register 2 dmatcr2 DMA transfer count register 2 chcr2 DMA ch...

Page 144: ...icr0c Input capture register 0C icr0d Input capture register 0D Advanced timer unit 1 atu1 tstr Timer start register pscr1 Pre scaler register 1 tcr1 Timer control register 1 tior1a Timer I O control register 1A tior1b Timer I O control register 1B tior1c Timer I O control register 1C tsrb Timer status register B tierb Timer interrupt enable register B tcnt1 Free learning counter 1 gr1a General re...

Page 145: ... timer unit 3 atu3 tstr Timer start register pscr1 Pre scaler register 1 tmdr Timer mode register tsrdh Timer status register DH tsrdl Timer status register DL tierdh Timer interrupt enable register DH tierdl Timer interrupt enable register DL tcr3 Timer control register 3 tior3a Timer I O control register 3A tior3b Timer I O control register 3B tcnt3 Free learning counter 3 gr3a General register ...

Page 146: ...tcnt4 Free learning counter 4 gr4a General register 4A gr4b General register 4B gr4c General register 4C gr4d General register 4D Advanced timer unit 5 atu5 tstr Timer start register pscr1 Pre scaler register 1 tmdr Timer mode register tsrdh Timer status register DH tsrdl Timer status register DL tierdh Timer interrupt enable register DH tierdl Timer interrupt enable register DL tcr5 Timer control...

Page 147: ...ster 1 tsre Timer status register E tiereh Timer interrupt enable register EH tierel Timer interrupt enable register EL tcr7 Timer control register 7 tcnt7 Free learning counter 7 cylr7 Cycle register 7 bfr7 Buffer register 7 dtr7 Duty register 7 Advanced timer unit 8 atu8 tstr Timer start register pscr1 Pre scaler register 1 tsre Timer status register E tiereh Timer interrupt enable register EH t...

Page 148: ...dstr Down count start register tcnr Timer connection register dcnt10a Down counter 10A dcnt10b Down counter 10B dcnt10c Down counter 10C dcnt10d Down counter 10D dcnt10e Down counter 10E dcnt10f Down counter 10F dcnt10g Down counter 10G dcnt10h Down counter 10H Advanced pulse controller apc popcr Pulse output port control register Watch dog timer wdt wdtcsr Timer control status register wdtcnt Tim...

Page 149: ... Serial status register 0 rdr0 Receive data register 0 for reference only Serial communication interface 1 sci1 smr1 Serial mode register 1 brr1 Bit rate register 1 scr1 Serial control register 1 tdr1 Transmit data register 1 ssr1 Serial status register 1 rdr1 Receive data register 1 for reference only Serial communication interface 2 sci2 smr2 Serial mode register 2 brr2 Bit rate register 2 scr2 ...

Page 150: ... register 13 for reference only addr14 A D data register 14 for reference only addr15 A D data register 15 for reference only adcsr0 A D control status register 0 adcr0 A D control register 0 adcsr1 A D control status register 1 adcr1 A D control register 1 adtrgr A D trigger register Pin function controller pfc paior Port A IO register pacr Port A control register pbior Port B IO register pbcr Po...

Page 151: ...t C data register pddr Port D data register pedr Port E data register pfdr Port F data register pgdr Port G data register phdr Port H data register for reference only System control sys sbycr Standby control register syscr System control register Registers List HP E3473A A 20 ...

Page 152: ...ction and RS 232 cable 107 E emulation memory installing 17 18 ethernet address 23 F files 64700tab 95 64700tab net 94 workstation setup 94 firmware version 98 firmware corrupt 115 firmware updating 92 Flash EPROM 92 G gateway 104 105 gateway address 24 26 28 H HP 64700 LAN port number 104 105 HP 64700 switch settings LAN 104 105 humidity specifications 89 I IEEE 802 3 21 incoming inspection 9 11 ...

Page 153: ...clock 79 88 data communications 79 humidity 89 temperature 89 trigger in out 79 StarLAN 21 status lights 101 102 subnet mask 21 104 106 switches bootp 30 serial configuration 35 T target system connecting to 40 telnet 33 103 temperature specifications 89 terminal interface 33 LAN parameters setting 23 25 ThickLAN 21 ThinLAN 21 79 trigger in out specifications 79 turning on power 16 TX light 101 U ...

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