Single Chip Monitor Debugger
for 16LX Series
DESCRIPTION

(Preliminary Information 08/2001)
A new Monitor Debugger is currently under development, which can be used to debug program code located into the internal Flash memory in single chip applications.


FEATURES


16LX Monitor Debugger for Single Chip Applications

Debug Code in internal Flash

8 KByte Monitor Kernel size

128 Byte internal RAM used by Kernel

Hardware Breakpoints

Debugging both C-Source Code and Assembler

Single Step, Step-In , Step-Out , Step-Over Function

Sending messages via RS232 to be displayed on a small terminal window

Dedicated Debug Windows

Watch Window (with optional update functionality)

Memory Window

Stack Window

CPU Core Register Window

MCU Peripherals Window

Shows register contents of the internal MCU peripherals



Supported Devices:

Debugger will support:
MB90F497G, MB90F543G, MB90F546G, MB90F549G, MB90F591, MB90F394

Available in Q4/2001 and can be ordered via

your local Fujitsu Sales office

your local Distributor

Accemic GmbH & Co. KG, Schneewittchenstr. 2, 81739 Munich, Info@Accemic.com, www.accemic.com


DESCRIPTION

The following figure shows the monitor debugger running on the MB90F497 series. Functions, variables, Interrupts and the used source modules are listed in dedicated windows on the left and right side of the source window. The source window allows a C-Source code and a mixed mode view (including also the assembler code).
The internal CPU register window allows checking and modification of the core registers. The flags of the PS register are shown separatly.


A separate window for user/system Stack is available to give more detailed stack information.

A special feature of this monitor debugger is the peripheral overview window, which shows the internal peripherals of the MCU. The window shows which I/O ports are used, the port direction and status. For the peripherals addional detailed resource windows exit, which allows the user to check and modify the internal register settings of dedicated peripherals.




The debugger software is running on Windows 95/98 and Windows NT/2000 and allows to download the debugger kernel and the application itself into the embedded Flash memory of the MCU. The standard communication is done via RS232. Communication via CAN is planned for future releases.