ST6280-EMU2 [STMICROELECTRONICS]

REAL TIME EMULATION DEVELOPMENT TOOLS FOR ST6 MCU FAMILY; 实时仿真开发工具ST6单片机系列
ST6280-EMU2
型号: ST6280-EMU2
厂家: ST    ST
描述:

REAL TIME EMULATION DEVELOPMENT TOOLS FOR ST6 MCU FAMILY
实时仿真开发工具ST6单片机系列

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ST6xxx-EMU2  
REAL TIME EMULATION DEVELOPMENT TOOLS  
FOR ST6 MCU FAMILY  
HARDWARE FEATURES  
SOFTWARE FEATURES  
Symbolic debugger at source level  
On-line assembler/disassembler  
Log files capable of storing any displayed screen  
Command files able to execute a setof debugger  
Supports ST62 and ST63 family  
Real time emulation  
32 KBytes of emulation memory  
Breakpoint on a single address or on an address  
area  
commands  
Break events can be defined on Program Space,  
Data space mixed with up to 4 external signals  
2 full programmable output for synchronisation  
Read/Write registers on the fly (without wait  
state)  
Selective trace in Range or Start/Stop  
Break on Stack Overflow  
1K of real trace memory  
Tracing of up to 32 bits including 4 external  
signals  
August 1998  
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This is advance information from STMicroelectronics. Details are subject to change without notice.  
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ST6xxx-EMU2  
GENERAL DESCRIPTION  
The ST6 Real Time Development System is an  
advanced hardware development system de-  
signed and configured to provide comprehensive  
support for the ST6 family of MCU's.  
The debugger provides the same interface for both  
simulator and emulator, allowing easy transition  
from the software simulation phase to the execu-  
tion of the program in the target hardware with the  
emulator.  
This new mainframe consists of a basic part, com-  
mon to all ST6 devices, and one ST62 or ST63  
subfamily dedicated board depending on the de-  
vice to emulate. This new emulator is fully compat-  
ible with the existing dedicated boards, except for  
the ST638X and ST631XX devices which have  
been designed on two boards. Only the dedicated  
board needs to be changed to emulate a new de-  
vice within the ST62/ST63 subfamilies.  
The assembler source level debugging capability  
allows program execution to be viewed in the  
source file written by the user. Mouse click func-  
tions are context sensitive. Depending on the pro-  
gram element selected, different actions are per-  
formed such as viewing a subroutine or variable.  
In addition, the ST6-EMU2 architecture allows to  
read ST6 registers while the user program is run-  
ning: such possibility is offered without any distur-  
bance in the user program execution. Known as  
“Read on the Fly” feature, it allows to follow the  
modification of a system variable during execution.  
Moreover, modification of the registers contents is  
possible in the same conditions, without disturbing  
the execution of the program.  
The debugger runs under the Microsoft Windows™  
environment. The use of a parallel port allows a  
much faster communication transfer rate. The as-  
sembler source level debugger, software part of  
the real time emulation tool, can be run on a PC,  
and is common to all ST62 and ST63 devices. The  
debugger is a native Windows application; it can  
run under Windows 3.1x, Windows 95, Windows  
NT (specific drivers NT are provided). Full context  
sensitive on-line help is provided.  
The logical analyser permanently records in real  
time on 32 bits: buses, flags, Bank registers and 4  
external signals. It allows the user to display the  
last 1024 executed cycles. The displayed cycles  
are, either fetch, or fetch and data space access-  
es, chosen by a debugger command. Addresses,  
data, control/status bits and 4 user signals are dis-  
played using mnemonic and user symbols. Log  
files offer the possibility to send any screen display  
to a text file. In particular, log files are very useful  
to save the contents of the logic analyser and/or  
the contents of data registers to be analysed or  
printed.  
Once assembled, linked and debugged with the  
simulator, the application software is ready to be  
downloaded into the ST6-EMU. The device probe  
is connected to the application hardware. The de-  
velopment station performs a real-time emulation  
of the target device, thus allowing high perform-  
ance testing and debugging of both application  
hardware and software.  
Command files can be used to execute a set of de-  
bugger commands in order to ease and speed up  
the emulation session.  
The breakpoints allow the user to stop the MCU  
when the application software reaches selected  
addresses, and/or addresses within a selected  
ranges, and/or on data fetch (or read, or write, or  
both) cycles. The user is then able to read and  
modify any register and memory location. An on-  
line assembler/disassembler is also available to  
ease debugging. The internal break signal is out-  
put on OUT1 triggers on the front panel of the em-  
ulator. This feature enables the user to count  
events using to external equipment, when optimis-  
ing software for example, or to synchronise an os-  
cilloscope when debugging hardware.  
A powerful help facility can be involved at any time  
to give additional information about the com-  
mands, the processor or the emulator.  
A powerful hardware test allows to verify the good  
behaviour of the system.  
When the program is fully debugged, the ST6  
EPROM remote programming board can be used  
to program the emulation device with the INTEL  
hex format file produced by the linker.  
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ST6xxx-EMU2  
ORDERING INFORMATION  
Sales Type  
Description  
Complete emulator package for ST620X, ST621X, ST622X, ST625X and ST626X devices  
(including dedicated board, all probes and ST6-SW software package)  
ST626X-EMU2  
ST626X-DBE  
Separate dedicated board for ST620X, ST621X, ST622X, ST625X and ST626X devices  
with probes  
Emulator package for ST6218, ST6228 & ST623X devices, with probes for ST6218,  
ST6228, ST6230 and ST6232  
ST623X-EMU2  
ST623X-DBE  
Separate dedicated board for ST6218, ST6228 & ST623X devices , with probes for ST6218,  
ST6228, ST6230 and ST6232  
Complete emulator package for ST6240 devices  
(including dedicated board, ST6240 QFP probe and ST6-SW software package)  
ST6240B-EMU2  
ST6242B-EMU2  
ST6246B-EMU2  
ST624XB-DBE  
ST6240-P/QFP  
ST6242-P/QFP  
ST6246-P/QFP  
ST628X-EMU2  
ST628X-DBE  
Complete emulator package for ST6242 devices  
(including dedicated board, ST6242 QFP probe and ST6-SW software package)  
Complete emulator package for ST6246 devices  
(including dedicated board, ST6246 SDIP probe and ST6-SW software package)  
Separate dedicated board for ST624x devices  
Probe for ST6240  
Probe for ST6242  
Probe for ST6246  
Emulator package for ST628X devices, without probes  
Separate dedicated board for ST628X devices  
Probe for ST6280  
ST6280-P/QFP  
ST6285-P/QFP  
ST6280-EMU2  
ST6285-EMU2  
Probe for ST6285  
Complete emulator package for ST6280/81 devices (including dedicated board, ST6280  
QFP probe and ST6-SW software package)  
Complete emulator package for ST6285 devices (including dedicated board , ST6285 QFP  
probe and ST6-SW software package)  
Notes: The emulator power supply can be adjusted to 220V or 110V  
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ST6xxx-EMU2  
Notes:  
Information furnished is believed to be accurate and reliable. However, STMicroelectronics assumes no responsibility for the consequences  
of use of such information nor for any infringement of patents or other rights of third parties which may result from its use. No license is granted  
by implication or otherwise under any patent or patent rights of STMicroelectronics. Specifications mentioned in this publication are subject  
to change without notice. This publication supersedes and replaces all information previously supplied. STMicroelectronics products are not  
authorized for use as critical components in life support devices or systems without the express written approval of STMicroelectronics.  
The ST logo is a registered trademark of STMicroelectronics  
1998 STMicroelectronics - All Rights Reserved.  
Purchase of I2C Components by STMicroelectronics conveys a license under the Philips I2C Patent. Rights to use these components in an  
I2C system is granted provided that the system conforms to the I2C Standard Specification as defined by Philips.  
STMicroelectronics Group of Companies  
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Singapore - Spain - Sweden - Switzerland - Taiwan - Thailand - United Kingdom - U.S.A.  
http://www.st.com  
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