ANALOG DEVICES ADuC812 Service Manual

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查询ADuC812-Tools供应商

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Preliminary Technical Data

FEATURES

- ASM51: 8051 Cross Assembler

- ADSIM812: ADuC812 Windows Simulator

- DEBUG812: ADuC812 Debugger

- DLOAD812: ADuC812 Serial Downloader

- QuickStart: Hardware Development System

FIGURE 1: TYPICAL ADUC812 DEVELOPMENT ENVIRONMENT

MicroConverter

TM

Software Development Tools

ADuC812-Tools

GENERAL DESCRIPTION

The ADuC812 set of development tools incorporate a
complete suite of software and hardware design tools that
allow you quickly and efficiently design, program, simulate ,
download and debug your MicroConverter application.

Figure 1. below, shows how the tools are used in a typical
ADuC812 development environment.

ADSIM812

Windows' Simulator

Assembler Source Files

ASM51

Executable Hex File

DLOAD812

Serial Downloader

QuickStart

Development

System

DEBUG812

Windows' Debu

User Target

Hardware

Platform

er

™ MicroConverter is a Trademark of Analog Devices, Inc.

Information furnished by Analog Devices is believed to be accurate and

reliable. However, no responsibility is assumed by Analog Devices for its

use, nor for any infringements 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 Analog Devices.

One Technology Way, P.O. Box 9106, Norwood. MA 02062-9106, U.S.A.
Tel: [phone] Fax: [phone]

Preliminary Technical Data

ADuC812

The suite of Development Tools include the following
components :

- ASM51- ASM51

- ASM51

- ASM51- ASM51

Takes an assembly language source file created with a text
editor and translates it into a machine language object file in
Intel Hex standard format.

- ADSIM812- ADSIM812

- ADSIM812

- ADSIM812- ADSIM812

The ADSIM812 is a Windows' application that fully simulates
all ADuC812 functionality including ADC and DAC
peripherals. The simulator provides an easy to use, intuitive
interface to the ADuC812 functionality and integrates many
standard debug features including multiple breakpoints, single
stepping and code execution trace capability.

This tool can be used both as a tutorial guide to the silicon as
well as an effecient way to prove code functionality before
moving to a hardware platform.

Figure 2 below shows a typical screen shot from the
ADSIM812 environment during a software debug session

: 8051 Cross Assembler: 8051 Cross Assembler

: 8051 Cross Assembler

: 8051 Cross Assembler: 8051 Cross Assembler

: ADuC812 Windows Simulator: ADuC812 Windows Simulator

: ADuC812 Windows Simulator

: ADuC812 Windows Simulator: ADuC812 Windows Simulator

- DEBUG812- DEBUG812

- DEBUG812

- DEBUG812- DEBUG812

The DEBUG812 is a Windows' application that allows the
user to debug code execution on silicon using the ADuC812
UART serial port. This debugger provides access to all on-chip
peripherals during a typical debug session as well as basic break
point capability. Figure 3 below shows a screen shot from the
DEBUG812 environment during a typical hardware debug
session.

.

: ADuC812 Serial Port Debugger: ADuC812 Serial Port Debugger

: ADuC812 Serial Port Debugger

: ADuC812 Serial Port Debugger: ADuC812 Serial Port Debugger

Figure 2. Typical Simulator Debug Session

- DLOAD812- DLOAD812

- DLOAD812

- DLOAD812- DLOAD812

The DLOAD812 is a software program that allows you to
easily download an assembled program to the on-chip program
FLASH memory via the serial COM1 port on a standard PC.

: ADuC812 Serial Downloader: ADuC812 Serial Downloader

: ADuC812 Serial Downloader

: ADuC812 Serial Downloader: ADuC812 Serial Downloader

Figure 3. Typical Debug Session

- QuickStart Development System- QuickStart Development System

- QuickStart Development System

- QuickStart Development System- QuickStart Development System

The Quickstart Development System consists of the above
components as well as a fully featured evaluation board on
which a user can prove system functionality as well
debugging application code before moving to a final target
hardware platform. A typical configuration of the Quickstart
Development System is shown below in Figure 4.

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Figure 4. Typical QuickStart System

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