Файл: 8051easy_manual.pdf

8051easy

Manual

October 2002.

PIC, AVR, MC68HC11, i8051, PSoC development systems www.mikroelektronika.co.yu

CONTENTS

INSTALLATION OF THE SYSTEM

When you open the box of the development system, it should contain development system, CD, programmer and a serial cable (LCD, LTC1290, REF02, oscilator 4MHz and temperature sensor DS1820 are optional when ordering the package). Installing the system takes just 3 steps:

Step no.1 The first thing to do is taking the system out of box and connecting the programmer to IDC10 in the upper right corner of the development system. The other end of programmer should be directly connected to paralel port of the computer.

Step no.2 The next step is connecting to the power supply. Power supply can be both AC/DC accordingly. Supply voltage is 9 to 12 V (AC or DC). The picture below illustrates the first contact with the development system.

Step no.3 Installation of AVR ISP software. Run SETUP.EXE in folder

...\CD\ISP or directly by clicking the ISP link on the first page of presentation provided on the CD. After short and simple procedure (answer all the questions with yes) installation is complete.

4MHz

LCD contrast

PROGRAMMING THE MICROCONTROLLERS IN THE DEVELOPMENT SYSTEM

Step no.1. Start AVR ISP program and the following screen should appear.

Picture 3.

Step no.2. Click PROJECT -> NEW PROJECT as shown on a picture below.

Picture 4.

Step no.3. By double clicking the mouse select the appropriate controller (pic. 4.)

Picture 5.

By clicking on a certain microcontroller Program Manager window opens and it cannot be closed, but it can be hidden by clicking one of the windows behind it (i.e. Program Memory ), as shown on picture 6.

Picture 6.

Step no.4. Clicking the icon

appropriate program. To make detection easier, Intel Hex File option should be selected - the upper left corner of Load File In Buffer window (picture 7.).

Picture 7.

After the wanted HEX or ROM file has appeared, click it and load it to buffer with OK, after which it will be transferred to microcontroller.

NOTE: HEX file can be created using any assembler, BASIC or C compiler.

Step no.5. After successful loading to computer buffer, following picture should appear. Clicking the OK in the File Load window ends loading the program.

Picture 8.

Step no.6. The next step is erasing the microcontroller memory. Click the icon and confirm the action with OK.

Picture 9.

Step no.7. Clicking the icon starts the programming, which lasts briefly. After successful programming, the window shown on the following picture will appear. Click the OK and formally end loading in the microcontroller memory.

Picture 10.

NOTE: You should not unplug the flat cable from the programming connector , because it helps a great deal when you are frequently programming!

DESCRIPTION OF THE DEVELOPMENT SYSTEM

POWER SUPPLY

LED DIODES

The system has 32 diodes that are connected to the port 0, 1, 2, and 3 pins. These diodes are ordinarily used in the first phase of the work, but they can be also used for the later indications of the program flow. Each set of the diodes can be turned on and off using the SW3 switch. The way to connect the LED diodes with a microcontroller is shown on the following picture.

NOTE: LED diodes are turned on with a logical zero. It means that a microcontroller must have a logical zero on a pin for diode to emit light.

Picture 13.

BUTTONS

.System has one RESET button and 24 buttons for simulating the system inputs which are connected to the pins of ports 0, 1 and 3. Graphic scheme is on the following picture.