Starter Kit User Guide - University of Ioannina · 2001. 8. 2. · Email: [email protected]....

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Starter Kit User Guide----------------------------------------------------------------

February 1999

Table of Contents

Section 1Introduction ........................................................................................... 1-1

1.1 Device Support .........................................................................................1-1

Section 2Getting Started...................................................................................... 2-1

2.1 Unpacking the System ..............................................................................2-12.2 System Requirements...............................................................................2-1

Section 3Connecting the System......................................................................... 3-1

Section 4Hardware Description ........................................................................... 4-1

4.1 Jumpers, Links and their Functions ..........................................................4-24.2 External Connections................................................................................4-2

Section 5Installing the Software .......................................................................... 5-1

5.1 Windows 95 ..............................................................................................5-15.2 Windows 3.1 .............................................................................................5-1

Section 6How to Use the Software ...................................................................... 6-1

6.1 Projects .....................................................................................................6-16.2 Files ..........................................................................................................6-1

Section 7Programming Using the Board ............................................................. 7-1

7.1 Device Orientation ....................................................................................7-17.2 Voltage Selection ......................................................................................7-17.3 Power and Lead Connections...................................................................7-2

Section 8Brown-Out Detector .............................................................................. 8-1

Section 9Board Applications................................................................................ 9-1

9.1 Using Switches and LEDs.........................................................................9-19.2 Using External Connections......................................................................9-1

i

Table of Contents

ii

9.2.1 Misc. Header ......................................................................................9-2

9.3 Using Analog Functions ............................................................................9-2

9.3.1 Analog Port: Marked on Board ...........................................................9-2

9.3.2 Using Internal Reference....................................................................9-2

9.3.3 Using External Reference...................................................................9-3

9.4 Using External RAM..................................................................................9-3

9.4.1 RAM Recommendations.....................................................................9-3

9.4.2 RAM Socket Pin Layout......................................................................9-3

9.4.3 Address Latch.....................................................................................9-3

9.5 Using LCD Connections............................................................................9-39.6 Using RS232.............................................................................................9-49.7 Programming In-System ...........................................................................9-49.8 ISP Header Layout....................................................................................9-59.9 Interface Using Resistors..........................................................................9-59.10 Using an Analogue Multiplexer IC.............................................................9-5

9.10.1 Using Real Time Clock .......................................................................9-6

megaAVR™ Starter Kit User Guide 1-1

Section 1

Introduction

Welcome to the megaAVR™ Starter Kit.

This system incorporates an applications board and in-system programming hardwarekey for programming AVR® devices in your application. Be sure to check theREADME.TXT file included with the software for installation information.

1.1 Device Support The system software currently has support for the following devices.

ATmega603

ATmega603L

ATmega103

ATmega103L

Software upgrades for new devices will be available in the AVR section of the Atmelwebsite, which is located at http://www.atmel.com.

Introduction

1-2 megaAVR™ Starter Kit User Guide


Section 2

Getting Started

2.1 Unpacking the System

Contents of box:

Evaluation Board

Disk set consisting of AVR ISP software and STK300 Application Builder

In-System Programming (ISP) Dongle

ISP Ribbon Cable

2.2 System Requirements

The minimum hardware and software requirements are:

80386 Processor or Above

1MB Ram

1MB Free Hard Disk Space

Windows 3.1 or Windows 95

Getting Started



Section 3

Connecting the System

A Power Supply is required with a standard 2.1mm barrel connector. It can be AC 7 -12V or DC 9 - 15V. The connector is inserted into the power connection socket asshown, above.

The programming lead supplied is fitted into the Dongle case and the other end isinserted into the programming interface on the board as shown.

The Dongle case is connected to one of the printer ports on the PC. If this is not LPT1,then you will need to change the printer port setting in the software—see software sec-tion for details.

PLUG HEADER ON LEAD INTO PROGRAMMING INTERFACE - KEY WAY GIVES ORIENTATION

CONNECT LEADSUPPLIED TO DONGLE

AND INSERT INPC PRINTER PORT

POWER SUPPLY9 - 15V DC7 - 12V AC

ON-OFF SWITCH

RS 232 CONNECTORNOT USED FORPROGRAMMING

POWER CONNECTOR5.5/2.1 BARREL

Connecting the System


Section 4

Hardware Description

The main features of the board are shown in the diagram below.

Note: There are a number of jumpers on the board which are used to select different operations and voltages. The default jumper settings are for programming oper-ations at 5V JP1 Closed, with brown-out also set to 5V JP2 Open. To carry out other operations, some jumpers may have to be removed—refer to the relevant section for details. A full list of the jumpers and links are given in the following table.

LCD CONNECTOR

ANALOG REFERENCEVOLTAGE ADJUSTMENT

PLUG IN MEGABOARD HERE

ANALOG I/P

PORT A DIGITAL

4 MHz CRYSTAL

PORT B HEADER

PORT C HEADER

PORT D JUMPERSDISABLE SWITCHES

PORT D HEADER

MISC. HEADERFOR NON-PORT PINS

JP2 - JUMPER FOR BROWN-OUT AT 2.9V OR 4.5V

8 LEDS ONPORT B

8 SWITCHESON PORT DJP1 JUMPER FOR

3.3 OR 5V VCC SELECT

ON-OFFSWITCH

POWER INPUT9-15V DC

OR 7-12 AC

RS232

PORT B JUMPERSDISABLE LEDS

POWER ON ANDPROG LIGHTS

SELECTOR FOR RS232

ISP INTERFACE

ADDRESS LATCHIC FOR RAM

EXTERNALSRAM SOCKET

EXTERNALMEMORY EXPANSION

LCD CONTRASTADJUSTMENT

LK1 - CUT FOR A/DEXTERNAL REFERENCE

O/P PINS FOR -VESUPPLY TOOPAMP ETC.

PORT E HEADER


Hardware Description

4.1 Jumpers, Links and their Functions

4.2 External Connections

All Ports are brought out to edge of board on to headers. Each header has a VCC andGround pin for power supply to external circuits. Port F is the Analog input port and is onthe header marked “Analog”. There is an extra six-pin header for miscellaneous func-tions—Read, Write, ALE, Reset, Ground and VCC.

See sections “Using External Connections” on page 9-1 and “Using Analog Functions”on page 9-2 for details.

Jumper Function Open Closed Default

JP1 Voltage select 5V 3.3V Open

JP2 Brown-out select 2.9V 4.5V Closed

PE0 RS232 RXD Port E.0 RXD Port E.0

PE1 RS232 TXD Port E.1 TXD Port E.1

Port B LEDs LEDs Disabled LEDs Enabled Closed

Port D Switches Switches Disabled Switches Enabled Closed

LK1 Analog Reference

If LK1 cut, then EXTERNAL REF from header

ONBOARD POT Closed

CUT Under Board

LCD Contrast If Cut, add extra resistor

Contrast Pot Closed



Section 5

Installing the Software

5.1 Windows 95 To install the software, insert the supplied disk or CD-ROM into your computer and per-form the following steps:

1. Click on the “Start” button.

2. Select “Settings”.

3. Select “Control Panel”.

4. Choose “Add/Remove Programs”.

5. Click the “Install” button.

6. Follow On-Screen prompts.

The software will then be installed onto your computer and an Icon will be added to yourstart menu.

5.2 Windows 3.1 Choose “RUN” from Program Manager, and enter A:\SETUP.EXE as the filename.

Press the “OK” button and the software installation program will begin.

The software will then be installed onto your computer and an Icon and Program Groupwill be added to Program Manager.

Note: On some PCs, especially laptops, programming problems may occur if the BIOS Parallel Port settings are set to EPP Version 1.7. If programming prob-lems do happen, ensure that the Parallel Port settings in your BIOS are set to EPP V1.9 not V1.7. This applies to both Windows 95 and Windows 3.1 based PCs.

In the unlikely event that you have any problems installing the software or suspect thatyou have faulty media, please contact the Atmel Starter Kit hotline:

Telephone Number: (44) 1970 621 049Fax Number: (44) 1970 621 040Email: [email protected]

Installing the Software


Section 6

How to Use the Software

The software is fully context sensitive. This means that pressing F1 at any time will bringup help information about the current option that you have selected.

Please note that the toolbar icons referred to in the text have ToolTip’s, so if you want toknow the function of any particular button, hold your mouse pointer over the button inquestion and its function will be displayed.

Starting a Project

In-System Programming (ISP)

Hardware Requirements

Projects

Data Files

Editing Data

6.1 Projects If you have used a high-end professional development system, you will be familiar withthe project concept. Essentially, this is a collection of details and data which are man-aged by the program on your behalf. In the AVR, you have both Program Memory andnon volatile Data Memory (EEPROM), with various security and device options. Theproject manager keeps this information together for you so you don't have to rememberand reload all the various files every time you use the programmer.

The project manager will allow you to store information like the project name and theproject identifier. It also has a small notepad for you to store comments about theproject.

Before you can start a programming session, you must either open an existing project orstart a new project. You can open a project, or create a new one, by either going to theProject menu and selecting “New” or “Open”, or by using the “New Project” or “OpenProject” buttons on the toolbar.

6.2 Files Once a project is open, you can load the files that you need to program into the device.

Files may be loaded by either using the “Load” command in the File menu or by usingthe “Open” icon on the toolbar.

The program will automatically decode your files whether they are in Intel Hex format,Atmel Generic, Binary or Motorola S record. The file you choose will be loaded into thewindow, then it is displayed on the top of the desktop. Therefore, if you have theEEPROM Data Memory window on top, it will load the data into that window.


How to Use the Software


Section 7

Programming Using the Board

7.1 Device Orientation

Before programming a device using the programming module, the device adapter mustbe inserted correctly into the programming unit. The adapter itself has a corner cut-off,which locates pin 1 of the device and matches the marking on the main unit. Thisadapter should be prefitted, but can be replaced if the device programming life isexceeded—refer to your supplier to obtain a new device adapter.

The orientation of the device is vitally important. If you put it in the wrong way then youmay damage the device. DO NOT PLUG A DEVICE ADAPTER IN WITH THE POWERSWITCHED ON or you may damage it. Similarly, never remove the device adapter withthe power on.

7.2 Voltage Selection

Jumper JP1 is used to select either 3.3V or 5V programming.

For VCC = 5V, remove jumper JP1 - jumper open

For VCC = 3.3V, insert JP1 - jumper closed

Jumper JP2 is used to set Brown-Out detector voltage.

For Brown-Out = 4.5V, insert jumper JP2 - jumper closed

For Brown-Out = 2.9V, remove jumper JP2 - jumper open

This should be set to the same voltage as VCC. If VCC is set to 3.3V and Brown-Out is setto 4.5V, then the device will be held in reset and will NOT program. See “Brown-OutDetector” on page 8-1 for more details.

JP1

JP2


Programming Using the Board

7.3 Power and Lead Connections

The 10-way programming lead is inserted in the box header—the key-way ensures cor-rect orientation. The computer connections are shown in “Connecting the System” onpage 3-1.

The power supply 9-15V DC or 7-12V AC is plugged into the power connector 5.5/2.1Barrel.

The Power On/Off switch is located next to the power connector. Insert the deviceadapter before switching the power on. The power on LED should light when the poweris correctly applied.

Your hardware is now ready for programming. Refer to “How to Use the Software” onpage 6-1 for details of programming operations. A programming LED indicates program-ming is happening.



Section 8

Brown-Out Detector

The brown-out detector circuit is used to detect voltage drops. If a short glitch occurs inthe power, this circuit ensures that the processor resets properly rather than operatingrandomly.

The brown-out detector must be set to the same voltage as the circuit voltage, VCC—3.3V or 5V. For 3.3V operation, jumper JP2 must be removed (jumper open) and for 5Voperation it must be closed.

These values are approximate and may vary with temperature and other factors.

Voltage Operating Voltage Hysteresis

5 Volts 4.5 Volts 200 mV

3.3 Volts 2.9 Volts 200 mV

Brown-Out Detector


Section 9

Board Applications

9.1 Using Switches and LEDs

The LEDs are connected through a 1K resistor network to Port B.

The switches are connected to Port D.

The switches and LEDs can be disconnected, if required. To use them, ensure that thejumpers labeled “Port B” and “Port D” are closed. The board is also marked with the portpin connection for each switch and LED.

The ports must be correctly set in software as input or output. This is accomplished bysetting the direction control registers to 0 for input and 1 for output. Typical set-up codewould be:

ldi r16,$ff ;move immediate into temporary store register

out DDRB,r16 ;set direction register to ones for output -

LEDs

out PORTB,r16 ;switch all the LEDs on

ldi r16,$00 ;move immediate into temporary store register

out DDRD,r16 ;set direction register to zeros for input

Switches

9.2 Using External Connections

All the ports are brought out to headers on the edge of the board. In addition to the portpins, each header has a connection for ground and VCC to supply external circuits. Notethis voltage, VCC, will be either 3.3V or 5V depending on the setting of jumper 1, JP1,and the brown-out detector will operate.

Note: If your circuit is to draw significant current (>150 mA) then a heat sink will be required on the on-board regulator—LM317. This device is rated at 1.5 amps but it does need a heat sink to supply this current. If your circuit will draw more than 1 amp, you may need a separate power supply. The ports on the device are connected to the headers marked Port A, Port B, Port C, Port D, Port E and Analog, Port F. The layout of all the headers is the same and is shown in the fol-lowing diagram.


Board Applications

9.2.1 Misc. Header The last header labeled “Misc.” has connections to processor pins other than theport pins.

If external operations do not want pull-ups on the port pin, both the switches and theLEDs can be disconnected from the processor. To isolate the LEDs, remove the jumperset labeled “Port B”, and to isolate the switches, remove the jumper set labeled “Port D”.

9.3 Using Analog Functions

The A/D converters use the header labeled “Analog” for the A/D inputs on Port F, whichis input only. A +10V to -10V supply is provided on the connector marked “Op-Amp” nextto the crystal. A lead from this connector can be used for an external amplifier for theA/D inputs. The layout of the Analog header is shown below.

9.3.1 Analog Port: Marked on Board

The A/D converters can use either the on-board (Internal) Voltage Reference or anexternal Voltage Reference.

9.3.2 Using Internal Reference

To use the internal, on-board Voltage Reference, the pot marked “AREF” is used to setthe voltage level. The voltage level can be measured with a DVM connected to the

BIT 7 OF PORT.SAME FOR ALL PORTS

EXTRA CONNECTIONFOR VCC

CUT CORNERSHOWN ON BOARDFOR ORIENTATION

BIT 0 OF PORT.SAME FOR ALL PORTS

EXTRA CONNECTIONFOR GROUND

EXTRA CONNECTIONFOR VCC

CUT OUT MARKED ON BOARD

FOR ORIENTATION

EXTRA CONNECTIONFOR GROUND

READRD

WRITEWR

CUT OUT MARKED ON BOARD

FOR ORIENTATION

ADC0 - ADC7 CONNECTED TO PORT FPF0 - PF7


Board Applications

header pins labeled “Analog Ref” and “Analog Gnd” in the previous diagram or from thetwo holes marked Meter + and -.

9.3.3 Using External Reference

To use the A/D converters with an external Voltage Reference, the link marked “LK1”must be cut. The voltage is applied to the pins marked “Analog Ref” and “Analog Gnd”on the Analog header—see previous diagram.

9.4 Using External RAM

The ATmega103 can be used with external SRAM. A socket is provided for a 28-pinRAM chip and for an address latch chip. These are next to the device adapter at the topof the board. There is also a header for further memory expansion, which is connectedthrough the address latch. The pin functions are marked on the board, including chipselect (CS).

9.4.1 RAM Recommendations

A low power 62256 SRAM is suggested with an access time of 70 nS. If a very fast RAMis required, the crystal frequency may need to be increased. If a much slower SRAM isused, the SRAM Wait State bit must be enabled in user software–—see data book. Thelayout of the 28-pin RAM socket is shown below, and any RAM with this pin-out couldbe used.

9.4.2 RAM Socket Pin Layout

9.4.3 Address Latch The board connections are for a 74HC573 device. This device will operate reliably withthe 4 MHz crystal supplied but if a faster crystal is inserted, a faster version of thisdevice may be required—74AHC573 or 74FHC573. Note that this option will alter theEMC characterist ics of the board and the CE mark wi l l no longer be val idwithout retesting.

9.5 Using LCD Connections

The header marked LCD interface is for a standard 2 x 16 LCD. The connections areshown on the board and in the following table.

1234567891011121314

2827262524232221201918171615

A14A12

A7A6A5A4A3A2A1A0

I/O0I/O1I/O2VSS

VCCWEA13A8A9A11OEA10CSI/O7I/O6I/O5I/O4I/O3

Connection Name Function

0V Ground

+5 VCC - must be 5V

Vo Contrast

RS Register Select- A14

Wr Not Write

E Enable

D0 Data Bit 0


Board Applications

The board is designed for use with a LCD with a Hitachi driver chip built-in, with a con-trast pin voltage of 0 to 5 Volts. The pot next to the LCD connector is used for contrastadjustment.

If you use a different LCD driver, it may have a different voltage contrast range. In orderto accommodate this, add a resistor to the board (shown on board) and cut track onunderside of board—marked cut.

This board is not designed for use with back lit LCD modules, so the extra connectionsneeded are not included and the power supply will not supply the current required.

The LCD must be driven in Memory Mapped Mode as Read and Write are descite pinson the Mega parts—see data sheet. If the crystal has been changed to a faster crystalfrequency, memory mapped operations will not work.

9.6 Using RS232 The connection supplied is a 9-way female D-type, so a straight-through lead isrequired, not a null-modem cable.

The Jumpers in the middle of the board, marked PE0 and PE1 must be set to RS232,not Port or RXD and TXD will be disabled.

As this board has a 4 MHz crystal, the percentage error on the Baud Rate will bebetween 0.2 and 7.8%. Replacing the crystal with a 3.6846 MHz or 4.608 MHz crystalwill reduce this error to zero but may have EMC implications.

A standard (straight-through) lead is required, NOT a null-modem cable.

9.7 Programming In-System

Devices can be programmed in your circuit rather than on the board.

For In-System Programming, ISP, the 10-conductor ribbon cable is connected to a dualrow 10-pin 0.1" pitch header on your circuit.

You will need to use either a multiplexer chip, such as a 4053, or wire directly to the pinsof the device. Without a multiplexer chip, Serial Communications and SPI port will beunusable.

In addition, the system 5 Volts and Ground needs to be connected to the programminglead.

DO NOT EXCEED 5 VOLTS ± 5% (4.75V TO 5.25V). YOU MAY DAMAGE YOURCOMPUTER. THIS WARNING APPLIES TO ANY ISP SYSTEM.

D1 Data Bit 1

D2 Data Bit 2

D3 Data Bit 3

D4 Data Bit 4

D5 Data Bit 5

D6 Data Bit 6

D7 Data Bit 7

Connection Name Function


Board Applications

9.8 ISP Header Layout

9.9 Interface Using Resistors

Typical resistor values would be 1K. This circuit is fine if ports PB7, PE0 and PE1 areused as inputs in your circuit and no communication is required. If Outputs are neededor RS232 connections, especially higher than a few milliamps, then the multiplexed cir-cuit is preferable.

9.10 Using an Analogue Multiplexer IC

The multiplexer select can be driven from the LED connection on the programming lead,as can a low power LED with its cathode connected to the LED connection via a suitableresistor. 1KΩ is fine. If you use this connectio, then the output will be low 0 during pro-gramming and a 1 at all other times. Note that it will float if the programmer is not active,i.e., the software is not running, so you may need to use a pull-up resistor.

KEY WAY

OPTIONAL PROGRAMINDICATOR CICRUIT

PROGRAMMING HEADER MISO IS CALLED PDO ANDMOSI IS PDI ON MEGADEVICES - PORT E BITS 0 AND 1NOT PINS ON PORT B.

USERCIRCUIT

TO ISPCONNECTOR

TO USERCIRCUIT


Board Applications

Note: All the pins except ground will float if the programmer is not active. The device may then be programmed in the normal way.

9.10.1 Using Real Time Clock

A 32.768 kHz crystal is connected to TOSC1 and TOSC2 pins—Pin 18 and Pin 19. Thiscan be used to generate a 1 second pulse—see data book for details.


Board Applications

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© Atmel Corporation 1999.Atmel Corporation makes no warranty for the use of its products, other than those expressly contained in the Company’s standard war-ranty which is detailed in Atmel’s Terms and Conditions located on the Company’s web site. The Company assumes no responsibility forany errors which may appear in this document, reserves the right to change devices or specifications detailed herein at any time withoutnotice, and does not make any commitment to update the information contained herein. No licenses to patents or other intellectual prop-erty of Atmel are granted by the Company in connection with the sale of Atmel products, expressly or by implication. Atmel’s products arenot authorized for use as critical components in life support devices or systems.

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