• Address

    C-188, Sector 31-D, P&T Society,

    Korangi Industrial Area,

    Karachi-74900,

    Pakistan

     

  • Call us on

     +92-21-35070751

     +92-300-5776703

  • Mail us @

    info@pakplc.com

     

PCI-1603

2-port RS-232 Current-loop PCI Communication Card with Isolation Protection
pci-1603


Main Features

  • Two independent RS-232 or Current-loop serial ports
  • Each port can be individually configured to RS-232 or current-loop
  • 16PCI952 FIFO UART (128-byte FIFO)
  • PCI bus specification 2.2 compliant
  • Current-loop: 57.6 kbps RS-232: 50 bps ~ 230.4 kbps Speeds:
  • I/O address automatically assigned by PCI Plug & Play
  • OS supported: Windows® 98/ME/2000/XP/XP Embedded, Linux
  • Interrupt status register for increased performance
  • Powerful and easy-to use utility (ICOM Tools)
  • Universal PCI (Supports 3.3 V or 5 V PCI bus signal)
 
Introduction

PCI-1603 offers a versatile range of high-speed interfacing options. You can switch its ports between the popular RS-232 or noise-resistant current-loop. The card utilizes 16PCI952 UARTs with 128-byte FIFO buffer for faster and more reliable communication, especially under multi-tasking environments such as Windows operating systems. 
The card utilizes 16PCI952 UART that buffers data into packets before sending it to the bus. This drastically reduces CPU load and avoids data loss when the system is busy and cannot process an interrupt quickly. These FIFO buffers make the PCI-1603 especially suitable for high speed serial I/O under Windows.
Specifications
Part Number PCI-1603-BE
Communication
<br>Interfaces
CAN -
Current Loop V
RS-232 V
RS-422 -
RS-485

-

Display Ports 2
Network Cable 
Connector 
Type
-
Protection Isolation 3000 VDC
Surge -

 

 

Contact details

To discuss your industrial automation, instrumentation and controls related problem, or to arrange a site-visit contact us today:
Address
C-188, Sector 31-D, P&T Society,
Korangi Industrial Area,
Karachi-74900,
Pakistan
Call us
+92-21-35070751
+92-21-35120816
+92-306-2266507
Send mail @
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