Profichip VPC3+S Manual

Evaluation kit

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VPC3+S

Evaluation Kit

Revision 1.00

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Page 1 VPC3+S Evaluation Kit Revision 1.00...
Page 2 Required corrections are included in subsequent versions. We gratefully accept suggestions for improvements. Copyright Copyright © profichip GmbH 2009. All Rights Reserved. Unless permission has been expressly granted, passing on this document or copying it, or using and sharing its content are not allowed.
Page 3: Table Of Contents
3.4.3 VPC3+ Clock Divider Configuration ( S1 ) ...... 28 3.4.4 I2C Slave Address Configuration ( S2 )......29 Jumpers..................30 3.5.1 PROFIBUS Interface Selection ( X6 )......30 3.5.2 CLK_OUT Selection ( X8 )..........30 VPC3+S Evaluation Kit Revision 1.00 Copyright © profichip GmbH 2009...
Page 4 3.7.2 Fiber Optic Interface ............32 Technical Data ................34 4 Schematics ..............35 AT89C5132 Controller Board .............35 VPC3+ PROFIBUS Board............40 5 ISP (InSystem Proramming)........47 Atmel FLIP 2.4.4.................47 How to use FLIP.................48 Bibliography..............50 Revision History .............51 Revision 1.00 VPC3+S Evaluation Kit Copyright © profichip GmbH 2009...
Page 5: Introduction
Introduction 1 Introduction Overview Profichip's VPC3+S Evaluation Kit contains all the necessary hardware and software to easily connect to PROFIBUS-DP. It consists of: Controller board with Atmel 89C5132 microcontroller 8-bit MCU C51 Core-based (FMAX = 20 MHz) 2304 Bytes of Internal RAM 64K Bytes of Code Memory (Flash) USB Rev 1.1 Device Controller...
Page 7: Document Conventions
“switch S2, pin 2”). Handling the Boards Handle the VPC3+ evaluation boards with care in respect to ESD require- ments. Take precautions to use the boards only at an ESD-safe work- place. VPC3+S Evaluation Kit Revision 1.00 Copyright © profichip GmbH 2009...
Page 9: Controller Board (At89C5132)
TWI, MultiMediaCard, DataFlash, I2S, 10-bit ADC) 32kByte external RAM RS232 interface LCD-display Real Time Clock wide range of power supply (DC 7-24V) all relevant signals are applied to multi-pin connectors DIP-switches and LEDs VPC3+S Evaluation Kit Revision 1.00 Copyright © profichip GmbH 2009...
Page 12: At89C5132
A000 – AFFFH B000 – BFFFH C000 – CFFFH I/O Port 0 D000 – DFFFH E000 – EFFFH I/O Port 1 F000 – FFFFH I/O Port 2 Figure 2-4: Address Map Revision 1.00 VPC3+S Evaluation Kit Copyright © profichip GmbH 2009...
Page 13: Internal/External Clock (Jumper X6)
'1' on this port. Reset Button ( S4 ) The entire application can be reseted by pressing the Reset Button S4.The microcontroller goes into a defined state and starts up the application program. VPC3+S Evaluation Kit Revision 1.00 Copyright © profichip GmbH 2009...
Page 14: Rs232 Interface ( X13 )
/D. The RTC is described more detailed in the RTC user manual [3]. 2.13 MMC Multi Media Card is not supported. Revision 1.00 VPC3+S Evaluation Kit Copyright © profichip GmbH 2009...
Page 15: Connectors
Address line 15 Read Write Address Latch Enable RES# Power-On Reset External clock EXT_CLK CS_EXT0# Chip select Not connected Not connected Not connected Not connected Figure 2-7: Assignment of Connector X4 VPC3+S Evaluation Kit Revision 1.00 Copyright © profichip GmbH 2009...
Page 16: Main Connector ( X5 )
Chip select for DIP-switches and LEDs Address line 11 Not connected DIR_AB# Direction reverser for the fiber optic interface EN_LWL_B Enable signal for fibre optic interface B Figure 2-8: Assignment of Connector X5 Revision 1.00 VPC3+S Evaluation Kit Copyright © profichip GmbH 2009...
Page 17: Extension Connector ( X15 )
FPGA Configuration Clock FPGA_INIT# FPGA Initialization Indicator FPGA_DIN FPGA Configuration Data Input FPGA_DONE FPGA Configuration Done VCC_3.3V +3.3V Not connected RES# Power-On Reset VCC_3.3V +3.3V Figure 2-9: Assignment of Connector X15 VPC3+S Evaluation Kit Revision 1.00 Copyright © profichip GmbH 2009...
Page 18: I2C Testpins ( X3 )
SPI Slave Select Figure 2-11: Assignment of Connector X16 2.17 Power Supply ( X14 ) 7V-24V DC, from external power supply (not included in this Eva-Kit) Figure 2-12: Power Supply X14 Revision 1.00 VPC3+S Evaluation Kit Copyright © profichip GmbH 2009...
Page 19: Technical Data
7V – 24V DC, from external power supply (not included in the Evaluation Kit) Power consumption Operating temperature 0°C to +70°C Dimensions and Weight Dimensions (LxWxH) 135mm x 180mm x 16mm Weight Figure 2-13: Technical data VPC3+S Evaluation Kit Revision 1.00 Copyright © profichip GmbH 2009...
Page 21: Vpc3+ Profibus Board
48 MHz clock generator Isolated RS485 interface Fiber optic interface DIP-switches and jumpers for chip and board configuration CPLD for interface switching matrix Test pins for electrical measurements FPGA (for internal use only) VPC3+S Evaluation Kit Revision 1.00 Copyright © profichip GmbH 2009...
Page 24: Connectors
Not Connected CS_MPI# Chip Select Ready from VPC3+ RDY# DIR_AB# Direction reverser for the fiber optic interface EN_LWL_B Enable signal for fiber optic interface B Figure 3-3: Assignment of Connector X9 Revision 1.00 VPC3+S Evaluation Kit Copyright © profichip GmbH 2009...
Page 25: Extension Connector ( X14 )
FPGA Configuration Clock FPGA_INIT# FPGA Initialization Indicator FPGA_DIN FPGA Configuration Data Input FPGA_DONE FPGA Configuration Done VCC_3.3V +3.3V PWRON_RES# Power-On Reset Not connected VCC_3.3V +3.3V Figure 3-4: Assignment of Connector X9 VPC3+S Evaluation Kit Revision 1.00 Copyright © profichip GmbH 2009...
Page 26: Profibus Testpins ( X7 )
3.3.4 IsoM Testpins ( X10 ) Signal name In/Out Description HLDTOK# Hold Token / Data Exchange SYNC Sync Output (VPC3+S only) Figure 3-6: Assignment of Connector X7 3.3.5 SPI Connector ( X17 ) Signal name In/Out Description SPI_SO SPI Serial Data Output (MISO)
Page 27: Dip-Switches
1) : the corresponding VPC3+ pin is named MOT/XINT 2) : should be set to ON if not used in combination with the AT89C5132 controller board Figure 3-9: Configuration of the Interface Mode VPC3+S Evaluation Kit Revision 1.00 Copyright © profichip GmbH 2009...
Page 28: Spi Mode Configuration ( S1 )
2 or 4 and output at pin CLKOUT2/4: Signal name State Description 0: CLK divided by 4 (CLKOUT2/4: 12 MHz) DIVIDER 1: CLK divided by 2 (CLKOUT2/4: 24 MHz) Figure 3-11: Configuration of VPC3+ Clock Divider Revision 1.00 VPC3+S Evaluation Kit Copyright © profichip GmbH 2009...
Page 29: I2C Slave Address Configuration ( S2 )
VPC3+ PROFIBUS Board 3.4.4 I2C Slave Address Configuration ( S2 ) If the I2C interface mode is selected the I2C slave address of the VPC3+S can be configured by using bits 1 to 7 of DIP-switch S2. In other interface modes these bits do not have any relevance.
Page 30: Jumpers
The frequency of the CLKOUT2/4 signal (12 or 24 MHz) depends on the setting of DIP-switch S1.8 (DIVIDER): Default CLK_OUT ( X9.27 ) (12/24 MHz) 48 MHz 12 / 24 MHz (DEFAULT) Figure 3-14: CLK_OUT Selection Revision 1.00 VPC3+S Evaluation Kit Copyright © profichip GmbH 2009...
Page 31: Display Elements
Extensions to the system do not affect stations that have already been commissioned. Any failures of stations or new devices are detected automatically. VPC3+S Evaluation Kit Revision 1.00 Copyright © profichip GmbH 2009...
Page 32: Fiber Optic Interface
50 m, the maximum baud rate is 12 Mbit/s. Advantages of FO over copper cables: wide bandwidth low attenuation no crosstalk between cores immunity to external electrical interference no potential difference lightning protection Revision 1.00 VPC3+S Evaluation Kit Copyright © profichip GmbH 2009...
Page 33 Received data from A will be transmitted by B, and vice versa (DEFAULT) Received data from B will be transmitted by A, and vice versa Figure 3-17: Coding of EN_LWL_B and DIR_AB VPC3+S Evaluation Kit Revision 1.00 Copyright © profichip GmbH 2009...
Page 34: Technical Data
Total length max. 50 m between stations Max. no. of stations 126 stations incl. Master. Dimensions and Weight Dimensions (LxWxH) 89mm x 180mm x 16mm Weight Figure 3-18: Technical Data Revision 1.00 VPC3+S Evaluation Kit Copyright © profichip GmbH 2009...
Page 47: Isp (Insystem Proramming)
Atmel's ISP protocols. FLIP adds flexibility, power and user-friendliness to Atmel Flash C51 devices In-System Programming. Figure 5-1: FLIP 2.4.4 GUI, Main Window VPC3+S Evaluation Kit Revision 1.00 Copyright © profichip GmbH 2009...
Page 48: How To Use Flip
On the AT89C5132 controller board set switch S2 to ISP and connect the board via USB cable with your PC or Laptop: Position Execute Client Application Bootloader Figure 5-3: Switch S2, ISP Revision 1.00 VPC3+S Evaluation Kit Copyright © profichip GmbH 2009...
Page 49 After the device has been programmed the ISP mode can be canceled by setting the switch S2 back to “Client Application”. During next power-up the controller will load the new firmware from the internal Flash memory and start the application. VPC3+S Evaluation Kit Revision 1.00 Copyright © profichip GmbH 2009...
Page 50: Bibliography
Document number 4173E–USB–09/07 CD: \data sheets\Atmel\doc4173.pdf URL: http://www.atmel.com/dyn/resources/prod_documents/doc4173.pdf WINSTAR Display Co., Ltd. Data sheet WH2002A CD: \data sheets\Winstar\WH2002A.pdf URL: http://www.winstar.com.tw/products_detail.php?CID=17 EM Microelectronic-Marin SA Document number V3022 CD: \data sheets\EM Microelectronic\V3022_DS.pdf URL: http://www.emmicroelectronics.com/webfiles/Product/Rtc/V3022_DS.pdf Revision 1.00 VPC3+S Evaluation Kit Copyright © profichip GmbH 2009...
Page 52 GmbH Einsteinstrasse 6 91074 Herzogenaurach Germany Phone : +49.9132.744-200 Fax: +49.9132.744-2064 www.profichip.com...

Profichip VPC3+S Manual

1 Introduction

2 Controller Board (AT89C5132)

3 VPC3+ PROFIBUS Board

4 Schematics

5 ISP (Insystem Proramming)

Bibliography

Revision History

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