VPC3+S - Orkan Automação Industrial
VPC3+S - Orkan Automação Industrial
VPC3+S - Orkan Automação Industrial
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Product<br />
overview
PROFIBUS-DP Slave Controller<br />
with serial Interface<br />
<strong>VPC3+S</strong><br />
ISOM INT CTRL A / D A SPI IIC <br />
ISOM <br />
PLL <br />
Idle Timer<br />
<br />
Interrupt<br />
Controller<br />
Parameter <br />
Registers <br />
Watchdog <br />
8<br />
11/12 <br />
4<br />
2<br />
Parallel<br />
Interface<br />
Microsequencer<br />
<br />
SPI <br />
Interface<br />
IIC <br />
Interface<br />
Multi-Port-<br />
<br />
RAM-Controller<br />
RAM<br />
4 k x 8<br />
• SPI, I²C, parallel-Interface<br />
• 4 kByte communication RAM<br />
• Function and software compatible to<br />
VPC3+C and SPC3 from Siemens<br />
• Supporting PROFIBUS-DP-V0,<br />
DP-V1 and DP-V2 protocol<br />
• HW-PLL for DP-V2 - ISOM<br />
• Ultra Low Power, Vcc 3.3V<br />
• Software stack and Evaluation-Kit<br />
• BGA 48 or LQFP48 Package<br />
PROFIBUS-DP-Slave Controller<br />
VPC3+C<br />
• Pin and function compatible with SPC3 from Siemens<br />
• Supporting PROFIBUS-DP-VO, DP-V1 & DP-V2 protocol<br />
• 4 KByte communication RAM<br />
• Configurable 8-Bit µController interface<br />
• 5V or 3,3V supply voltage, 5V tolerant inputs<br />
• Low power consumption<br />
• Software Stack (incl. new I&M functions) and Evaluation-Kit<br />
• Package PQFP44 (RoHS compliant)<br />
NEW<br />
• Support of Clock-Synchronisation (DP-V2)<br />
• 20% Reduced Power Consumption at 5V<br />
INT CTRL A / D A<br />
Clock Unit <br />
Physical Unit<br />
Baudrate<br />
Generator <br />
8 11 / 12<br />
4<br />
Interrupt<br />
Controller<br />
Bus Interface Unit<br />
48 MHz<br />
PROFIBUS-DP Slave<br />
Interface Modules<br />
proficonn<br />
• <strong>VPC3+S</strong> - BGA48 based<br />
• SPI interface (up to 6 Mbit/s)<br />
• Isolated RS485 Interface up to 12 Mbit/s<br />
• Status LEDs for Power and DataExchange<br />
• Vcc 3.3V<br />
• Supporting PROFIBUS-DP-V0,<br />
DP-V1 and DP-V2<br />
• 4 kByte communication RAM<br />
Application<br />
Interface<br />
SCK<br />
XSS<br />
MOSI<br />
MISO<br />
RESET<br />
INT<br />
SYNC<br />
DXLED<br />
DX<br />
SPI Interface<br />
<strong>VPC3+S</strong><br />
PROFIBUS-DP<br />
Protocol Controller<br />
CLK<br />
Isolated RS485<br />
Line Driver<br />
RS485<br />
Interface<br />
TXD<br />
RTS<br />
RXD<br />
proficonn-DIP28<br />
• 28 pin Dual-Inline-Package format<br />
• For mounting on PCB<br />
via standard IC socket<br />
• Dimensions: 36 x 18 x 10 mm<br />
• Order Code: PA003141<br />
proficonn-DSUB<br />
• With 9-pin DSUB-connector for<br />
direct enclosure mounting<br />
• Flat cable connector for SPI<br />
communication and power supply<br />
• Dimensions: 58 x 31 x 16 mm<br />
• Order Code: PA003140<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
Parameter<br />
Registers<br />
Watchdog<br />
Idle Timer<br />
Clock Unit<br />
48 MHz<br />
Microsequencer<br />
Physical Unit<br />
4<br />
Multi-Port-<br />
RAM-Controller<br />
Baudrate<br />
Generator<br />
RAM<br />
4 k x 8<br />
The VPC3+C handles the message and<br />
address identification, the data security<br />
sequences and the protocol processing for<br />
Profibus-DP. In addition the acyclic communication<br />
and alarm messages, described in<br />
DPV1 extension, are supported.<br />
Furthermore the slave-to-slave communication Data eXchange Broadcast<br />
(DXB), Clock Synchronization and the Isochronous Mode (IsoM),<br />
described in DPV2 extension, are also provided.<br />
Automatic recognition and support of data transmission rates up to<br />
12 Mbit/s, the integration of the complte Profibus-DP protocol, 4 KByte<br />
communication RAM and the configurable processor interface are features<br />
to create high-performance Profibus slave applications. The device<br />
can be operated with either 3.3V or 5V single supply voltage. For 3.3V<br />
operation the inputs are 5V tolerant.<br />
VCC<br />
GND<br />
3.3V<br />
PW<br />
3.3V DC 5V<br />
DC<br />
VCC_ISO<br />
GND_ISO<br />
VPC3+C is pin-compatible to SPC3. Therefore VPC3+C can replace<br />
them in existing applications without any restrictions or SW-modifications.
PROFIBUS Lean Slave<br />
VPCLS2<br />
8<br />
I/O<br />
Port A<br />
Watchdog<br />
Idle Timer<br />
Control Logic<br />
Shift Register<br />
or E²PROM<br />
8<br />
I/O<br />
Port B<br />
Clock Unit<br />
48 MHz<br />
8<br />
I/O or Diagnosis<br />
Port C<br />
Microsequencer<br />
Physical Unit<br />
4 4<br />
8<br />
I/O or Diagnosis<br />
Port D<br />
Baudrate<br />
Generator<br />
8<br />
Diagnosis<br />
Port E<br />
Internal Memory<br />
Timer<br />
• Protocol PROFIBUS-DP<br />
• Asynchronous interface according to PROFIBUS-DP<br />
• Maximum data transfer rate 12 Mbit/s<br />
• Automatic recognition of data transfer rate<br />
• 8 bit diagnostic inputs (fixed)<br />
• 32 bits I/O, thereof 16 bits configurable as additional<br />
diagnostic inputs<br />
• EEPROM or DIP-Switches can be used to set the<br />
network address and ID number<br />
• Clock supply 48 MHz<br />
• Supply voltage 5 V<br />
• Pin-compatible with LSPM2 from Siemens<br />
• Package PQFP80 (RoHS compliant)<br />
SliceBus Technology<br />
<strong>Industrial</strong> Backplane Chipset<br />
SMC1000<br />
Basic SliceBus Information<br />
• SMC1000 single master system<br />
• Up to 64 SNAP+ slave stations<br />
• 48 Mbit/s LVDS physic<br />
00101<br />
01011111<br />
1111<br />
11010<br />
1010<br />
0101110<br />
1110<br />
1101010<br />
1010<br />
00101000<br />
1000101110<br />
01110<br />
110010100<br />
010100<br />
0100101010<br />
101010<br />
10010<br />
010<br />
0010<br />
010<br />
0100<br />
01010101<br />
010010011<br />
0010011<br />
01001101<br />
001101<br />
101<br />
1101011001<br />
101011001<br />
011001<br />
010010<br />
010111<br />
0010<br />
0101000<br />
01000<br />
111110<br />
00101010<br />
10111001<br />
111001<br />
001001010100<br />
001010100<br />
01010100<br />
010100<br />
0100<br />
00101010101<br />
01010101<br />
000<br />
110 1001<br />
1101010<br />
0010100<br />
010100<br />
010010<br />
10010<br />
101111<br />
11110<br />
1010<br />
0101110<br />
111010<br />
0<br />
0010<br />
10<br />
10<br />
01010010<br />
100101<br />
0101010<br />
01<br />
001001<br />
01001<br />
110110<br />
101101<br />
0101<br />
011<br />
1100<br />
001<br />
• Additional alarm line for initialization and asynchronous event<br />
communication from node to master<br />
• Master identifies and addresses all nodes autonomously<br />
SNAP+<br />
Performance and flexibility …<br />
• High speed communication for modular systems - Easy expansion up to 64 nodes<br />
• Ready-to-use chipset<br />
• Outstanding noise immunity, detailed diagnostics and smart error handling<br />
• Flexibility for multiple fieldbus couplers and interfaces<br />
• Integrated technology functions reduce total system cost<br />
• Easy-to-use accurate time synchronization<br />
… build your own system!<br />
SNAP+ Technological functions<br />
• Standard I/O function: 8 bit digital I/O or up to 16 bit digital I/O<br />
with shift register<br />
• Advanced counters with additional time stamp information<br />
• SSI function with time stamp information<br />
(speed calculations: counter difference/time)<br />
• Pulse Width Modulation with 20 ns resolution<br />
• Frequency measurement mode with up to 600 kHz resolution<br />
• Special digital I/O time stamp nodes<br />
(ETS: Edge Time Stamp System) for input edge and output<br />
control with 1 µs resolution (independent from fieldbus cycle!)<br />
Multi Point Interface Controller<br />
MPI12x<br />
• MPI communication up to 12MBit/s<br />
incl. Token and low-level PB handling<br />
• Additional PROFIBUS-DP slave core<br />
(VPC3+C compatible)<br />
• 4kB integrated SRAM<br />
• Configurable 8-Bit µController Interface<br />
• 3.3V single supply voltage / 5V tolerant inputs<br />
• Evaluation-Kit available<br />
• Software Stack<br />
• Package PQFP44 (RoHS compliant)<br />
XHoldToken<br />
XDataExchange CTRL A / D A INT<br />
Configuration &<br />
Power Managment<br />
MPI Controller<br />
Clock<br />
Divider<br />
48 MHz 12 / 24 MHz<br />
8<br />
Bus Interface Unit<br />
Operation Mode Select<br />
Operation Mode Select<br />
Physical Unit<br />
4<br />
MPI / Profibus-DP<br />
10 / 12<br />
Interrupt<br />
Controller<br />
Profibus Slave<br />
Controller (VPC3+C)<br />
ClockSync Unit<br />
1 / 2<br />
Baudrate<br />
Generator<br />
RAM<br />
4 k x 8<br />
Error detection mechanism<br />
• CRC code with Hamming distance 4 for every<br />
telegram (all 3 bit errors will be detected)<br />
• Watchdog function inside every SNAP+ slave<br />
• SNAP+ “Auto shut down”<br />
Time-synchronisation<br />
• Every SNAP+ with internal 1 µs resolution clock<br />
• Slave synchronization with SMC1000 master<br />
(accuracy < 100 ns)<br />
• SMC1000 master to<br />
master clock synchronization<br />
SMC1000 Master main features<br />
• ARM926 core<br />
• Integrated PROFIBUS slave interface (VPC3+)<br />
• 2 Fast Ethernet (10/100 Mbit/s) MACs<br />
• 3 UARTS, 2 SPI channels, I²C Interface, 2 CAN interfaces<br />
• USB 1.1 full speed device endpoint with PHY<br />
• Configurable 8 bit/16 bit asynchronous SRAM Interface<br />
• DMA capable 8 bit NAND Flash Controller<br />
• MMC/SD Card Controller<br />
• 8 priority level advanced IRQ controller<br />
• 16 bit DDR-RAM Controller<br />
• 608 kB internal SRAM<br />
SPI slave interface in SNAP+<br />
• For applications that need an external MCU, like analog I/O, Safety<br />
or serial CPs<br />
• 2.6 Mbit/s SPI interface<br />
• Up to 180 Byte for parameters, up to 16 Byte In / 16 Byte Out<br />
data for external microcontroller<br />
• Alarm function and watchdog function<br />
Performance (maximum values)<br />
• Write 64 nodes (8 outputs/node): 17 µs<br />
• Read 64 nodes (8 inputs/node): 32 µs (with node presence check)<br />
Package<br />
• SNAP+: LQFP 48, pitch 0.5 mm, 9x9 mm 2<br />
• SMC1000: PBGA 324, pitch 1.0 mm, 19x19 mm 2
Embedded PLC module for STEP7<br />
SODIMM-PLC 7001<br />
Overview Fieldbus ASICs<br />
VPCLS2 VPC3+C <strong>VPC3+S</strong> MPI12x<br />
Type Lean Slave Slave Slave Multi<br />
Powerful, tiny and easy-to-use these are the attributes of profichip’s<br />
SODIMM-PLC module. Equipped with a rich set of direct IO and<br />
communication features, programmable in Step7 from Siemens and<br />
up to 512kB of PLC user memory this module is the ideal extension<br />
to various types of applications where fast, deterministic and reliable<br />
hardware PLC control in a small form factor is required. Board<br />
Controllers, HMIs and a broad range of machinery can benefit from new<br />
control capabilities and direct I/O- and communication functions. Supporting<br />
a very popular programming language, a well-known tool chain<br />
and extensive maintenance features will further increase the market acceptance<br />
and success of the final product.<br />
Protocol<br />
PB DP<br />
PB DP-V1<br />
PB DP-V2.<br />
MPI<br />
System - Interface<br />
8-bit µController<br />
Interface<br />
Serial µC Interface<br />
SMC 1000 Slice bus<br />
Master & Gatewayay<br />
2013<br />
SPEED7 PLC7100<br />
Single Chip PLC for<br />
®<br />
STEP 7 High-End<br />
CPU´s<br />
I/O Functions<br />
The SODIMM-PLC module is build around profichip’s PLC 7001 chip.<br />
Based on the core of the PLC 7000 which has been in use for almost<br />
four years in over 10.000 applications worldwide, the PLC 7001 offers<br />
extended I/O features with up to 32 digital inputs and 24 digital outputs<br />
directly on-chip. The I/O interface is configurable to provide high level<br />
user functions like numerous hardware counter modes.<br />
16 digital inputs can be employed with on-chip alarm functionality which<br />
results in low latency and fast response times upon critical system conditions<br />
and provides the capability to capture time critical events very<br />
accurately. The build-in Real-Time-Clock which can be buffered by an<br />
external battery allows precise timestamping and clock synchronized<br />
control tasks. SSI interface for rotary encoders, 4-channel Pulse-Width-<br />
Modulation and Stepper-Motor-Control are to be supported in future<br />
firmware updates.<br />
If more than 56 digital I/O bits or analog functions are needed a<br />
serial I/O bus is provided which can be operated with up to 32<br />
peripheral modules compatible with System 200V from VIPA.<br />
User Data Interface<br />
For maximum flexibility and convenient adaption the SODIMM-PLC module<br />
is equipped with a 16 bit SRAM interface to an external FPGA or<br />
Dual-Port-RAM with up to 1024 bytes address space mapped into the<br />
PLC I/O area. This interface can be used to easily share data of external<br />
communication interfaces like PROFIBUS- or CAN-Master with the<br />
integrated PLC memory as well.<br />
Communication Interfaces<br />
Currently there are three serial interfaces and one Ethernet port<br />
available on the SODIMM-PLC module. The serial interfaces are<br />
dedicated to MPI communication, PROFIBUS-DP Slave interface<br />
(both supporting transmission rates up to 12 MBit/s) and a serial<br />
standard interface (e.g. for establishing a Point-To-Point (PtP)<br />
communication). The Ethernet port is restricted to PU/OP functionality<br />
like hardware configuration, PLC program download and online<br />
functions. Alternatively the MPI interface can be used for system<br />
setup, program update, debugging and online functions.<br />
Evaluation Board for SODIMM-PLC Modules<br />
Sockets for SODIMM-PLC Modules 1<br />
PLC System Interface<br />
Dual-Port-RAM Interface<br />
16Bit / 1024Bytes<br />
Digital Inputs (24V / 3,3V) 32<br />
Digital Outputs (24V / 3,3V) 24<br />
General Purpose I/Os 16<br />
Backplane-Bus, serial Extension Bus<br />
<br />
Communication Interfaces<br />
MPI (RS485, 12MBit/s) 1<br />
Profi bus-DP Slave (RS485, 12MBit/s) 1<br />
Ethernet 10/100 (PU/OP) 2<br />
UART (RS485 / RS232) 2<br />
SD / MMC Interface 1<br />
USB 1<br />
Miscellaneous<br />
FPGA for DPR / Extension Board Interface (XC3S250E) 1<br />
JTAG Interface for FPGA Download / Debugging 1<br />
Power Switch / Run-Stop-Reset Switch<br />
/<br />
LEDs DI / DO / GPIO 32/24/16<br />
LEDs CPU / Power / FPGA 6/1/1<br />
Plug-In Line Driver Module (RS485 / RS232) 2<br />
Plug-In DC/DC Module 1<br />
Backup Battery for RTC<br />
<br />
Technical Data<br />
Power Supply<br />
DC 24V<br />
I/O Voltage 24V / 3,3V<br />
Dimensions: LxW (mm) 300 x 236<br />
This board is the evaluation platform<br />
for profichip’s SODIMM-PLC Module.<br />
All the interfaces of the PLC module<br />
can be accessed very easily in order<br />
to start right away with software<br />
implementation and test before<br />
a custom board is available. The<br />
entire kit contains all manuals and<br />
schematics to build a stand-alone<br />
PLC CPU based on the SODIMM-<br />
PLC Module or to integrate the<br />
module into an existing application.<br />
DP-RAM 4 kByte 4 kByte 4 kByte<br />
I/Os 32 + 8<br />
Power supply<br />
5V single supply<br />
3.3V single supply<br />
5V tolerant inputs<br />
Compatible<br />
Pin compatible to LSPM2 SPC3<br />
Package PQFP80 PQFP44<br />
First VPC3+<br />
PROFIBUS DP-V0<br />
Slave Controller<br />
1999<br />
VPC3+B PROFIBUS<br />
DP-V1 Slave Controller<br />
2000<br />
BGA48/<br />
LQFP48<br />
Evolution in Silicon<br />
2002<br />
SPC2/<br />
SPC3<br />
PQFP44<br />
PLC 7000 Launch<br />
of SPEED7 technology,<br />
the fastest hard PLC<br />
platform for STEP7 7from<br />
Siemens<br />
VPCLS PROFIBUS<br />
Lean Slave Controller<br />
2003<br />
VPC3+C PROFIBUS<br />
DP-V1/2 Slave Controller<br />
2004<br />
PLC 7001<br />
High Speed I/Os<br />
on board<br />
VPCLS2 PROFIBUS DP<br />
Lean Slave Controller<br />
2005<br />
VPC3+C3<br />
PROFIBUS DP-V1/V2<br />
Slave Controller oller with<br />
TimeSync<br />
2006<br />
MPI12x<br />
MPI Controller/PROFIBUS<br />
Slave Controller<br />
<strong>VPC3+S</strong><br />
Worlds smallest Slave<br />
Controller with serial<br />
interface<br />
2007<br />
2008<br />
2009<br />
SODIMM-PLC<br />
The world`s fi rst<br />
embedded PLC<br />
module for STEP7 from<br />
Siemens<br />
2010<br />
2012<br />
proficonn Module<br />
Ready-to-use PROFIBUS<br />
Slave Solution<br />
<strong>VPC3+S</strong> LQFP<br />
Profi bus DP-V1/V2<br />
with SPI-Interface<br />
SNAP+<br />
Remote I/O Backplane<br />
Controller
Contact us!<br />
The team of profichip GmbH is developing industrial communication and control ASICs since 1998.<br />
Besides the ASICs for PLC-systems‘ internal communication, the first Profibus Slave Controller<br />
VPC3+ was released in 1999. After this successful launch, profichip extended the range of<br />
compatible Profibus Slave ASICs by the Lean Slave VPCLS in 2000.<br />
Since then, profichip continuously improves available Profibus features in their ASICs. Another<br />
evidence for the innovative power of profichip was the realization of the Speed7 PLC7000 - the first<br />
High Performance PLC in silicon. Programmable in Step7 language, Speed7 marks a substantial<br />
progress in the evolution of PLC.<br />
Profichip‘s philosophy exceeds the ordinary developing and distribution of ASICs by translating<br />
visions into silicon solutions for customer requir ements. Profichip creates the missing link. The<br />
result is automation in silicon.<br />
profi chip GmbH<br />
Einsteinstr. 6<br />
D-91074 Herzogenaurach<br />
Germany<br />
Phone: +49 9132 744-200<br />
Fax: +49 9132 744-2164<br />
E-Mail: info@profichip.com<br />
www.profi chip.com<br />
Rua José Monteiro Filho, 486<br />
São Bernardo do Campo - São Paulo - Brasil<br />
(11) 4125-6088 | (11) 4125-8811<br />
www.orkan.com.br | vendas@orkan.com.br<br />
Date of Issue: 09|2012
Change language