*Bus Interface:- 32 Bit/64 bit PCI Bus with cPCI Interface*Two slots of 32/64 bit PMC connector interface*Speed of operation up to 66MHz*64 bit, 66MHz PCI Bridge based design*Self Test future
*Bus Interface:- 32 Bit PCI Bus with 3 U Form factor*PCI to PCI Bridge Interface*Speed of operation up to 66MHz*1 1553B dual redundant channel*4 RS422 Channels*16 TTL I/O Channels*Message Storage Buffer*Driver interface for Windows2000/XP/VISTA and LINUX OS*Self Test future
*Memory and IO Read Write Cycles*External Interrupts*32 bit Data Bus*30 bit Address Bus*Control Signals for external interface*Four RS232 PORTS with full handshake signals*Four RS232/RS422 PORTS without handshake signals*Driver interface for Windows2000/XP/VISTA and LINUX OS
*Bus Interface - PXI / CPCI Bus*Microprocessor and FPGA design based Board*One Channel ARINC 717 Transmitter and Receiver*Generates all PCM telemetry signals like NRZ, Bi-Phase, Differential Bi-phase, DM signals*Used to test all types of PCM based telemetry equipments*Configurable output signals format (parity, word length, Minor, Major frame, Bit position)*User can configure the words and there positions in the frame*The word can be either a square / triangle wave data or constant data*1 MB Shared Memory for Data Storage*Driver interface for Windows2000/XP/VISTA and LINUX OS
*Bus Interface - Standard ISA Bus (PC104 Interface)*One Dual Redundant MIL-STD-1553 Channels, Enhanced Mini-ACE BC/RT/MT Architecture*A periodic message insertion, Real-time bus playback with RT edit mode*Highly Autonomous Bus Controller Architecture, Message Scheduling*Bulk Data Transfers, Data Block Double Buffering*Asynchronous Messages, Retries and Bus Switching*Transformer or Direct Coupled 1553B Channels
PCI Express to CPCI card is used to extend PCI / PCI-X bus from one PCI system to another system over an optical fiber medium up to 500meters or over a copper medium up to 7 meters using a PCI express interface. This card receives/transmit cPCI signals from/to the Host System. These cPCI signals are converted into PCI Express using cPCI / PCI-x to PCI Express cross bridge and vice versa. The PCI Express signal is transmitted / received through the optical interface or copper interface.
*Bus Interface - PCI Bus*Micro controller Based Design*Shared Memory for Communication*8 Channels RS422 / Modified RS422*PPD (Pulse Position Data) Bus Interface*Driver interface for Windows2000/XP/VISTA and LINUX OS*Independent Intelligent Devices for RS422 and PPT Communication
PCI to CPCI Extender card is used for extending the standard desktop PCI bus to compatible CPCI bus. This will help to test all the CPCI and PXI cards without having a CPCI or PXI backplane. This card is very low cost board and very use to interface with standard board. This board also facilitates to debug the CPCI and PXI boards.
PCI to PC104/EPIC Extender card is used for extending the standard desktop PCI bus to compatible PC104 or EPIC bus. This will help to test all the PC104 cards through standard PC without any embedded processors. This card is very low cost board and very use to interface with standard board. This board also facilitates to debug the PC104 or EPIC boards.
PCI to PCI Express card is used to extend PCI / PCI-X bus from one PCI system to another system over an optical fiber medium up to 500meters or over a copper medium up to 7 meters using a PCI express interface. This card receives/transmit PCI signals from/to the Host System. These PCI signals are converted into PCI Express using PCI / PCI-x to PCI Express cross bridge and vice versa. The PCI Express signal is transmitted / received through the optical interface or copper interface.
- The "CAN" Bus Interface for Hall Controllers and Car controller- On-board EEPROM and KEY inputs for user settings parameters- LCD Module Interface- Eight 110 VDC Opto input interface- Six inputs interface (TINS, TUIB, TDIB, FIRE, FP, PRO-SW)- RS485 Interface and RS232 Interface (Optional)- Real time clock for Time Information
CPCI Rear IO Communication Board is a signal conditioning and interface board for CPCI Integrated Communication Card (MS3635i). This board has required signal conditioning and interface circuits for RS422. Two 96 Pin Euro Connectors are used to interface all IO’s.
Avionics Bus Card is high end ARM core based MILBUS Communication Board. It is suitable for high speed Data Acquisition, Simulation, ATE applications. This board have MIL1553B, ARINC429, CCDL, digital I/O interface, USB, RS232, Ethernet interface and external bus interface. Board is well suitable for special type data acquisition & processing application. Board is based CPCI architecture and can be used with CPCI or PXI backplane. Rear IO Board is used to interface all IO’s of the board from Rear Side.
CPCI Integrated Communication Card is high end Microprocessor based Mixed RS422 Communication and Differential Input & output Board. It is suitable for high speed Data Acquisition, Simulation, ATE applications. This board have Synchronous RS422 Communication Interface, Asynchronous RS422 Communication Interface, RS232, Ethernet interface and external bus interface. Board is well suitable for special type data acquisition & processing application. Board has high end FPGA which is used for automatic storage and very useful high speed data acquisition. Board is based on CPCI architecture and can be used with CPCI or PXI backplane.
- Bus Interface:- 32 Bit PCI Bus with PMC Interface- Speed of operation up to 66MHz- Spartan-3AN FPGA and Arinc429 controller based design- 8 transmit and 8 receive independent channels- Driver interface for Windows2000/XP/VISTA and LINUX OS- Self Test future
- Bus Interface:- 32 Bit PCI Bus with 3 U Form factor- PCI to PCI Bridge Interface- Speed of operation up to 66MHz- 8 ARINC 429 TX and 16 ARINC 429 RX channels- 4 RS422 Channels- 16 TTL I/O Channels- Message Storage Buffer- Driver interface for Windows2000/XP/VISTA and LINUX OS- Self Test future
- Digital serial bus communication with low speed data over a single line, Both signaling and driving power over a same single signal.- Protocol used in small inexpensive devices. Such as digital thermometer, weather instruments, laptop sub module, authenticate system and some cell phone battery packs.- Always master only initiates the communication and in overall in charge of the network.- Bus communicates with master and slave at a low data rate of 12kbps.- All terminals in the network are communicating by half-duplex mode.- Maximum of 255 nodes in each 1-wire network- Each data transaction will start with 480micro second low RESET pulse.
- Processor: LPC3250 processor with ARM 9 core running at 266 MHz- SDRAM Memory: DDR2 256 MB (scalable to 512 MB)- Flash Memory: NAND flash 512 MB- Display & Graphics: Programmable color LCD controller supports up to a TFT interface- Touch screen: Integrated touch screen controller- Network Support: 10/100 Base-T Ethernet PHY- PC Interface: One USB 2.0 high-speed On-the-Go interface- Multibus Interface- Serial Interfaces: Up to four external UARTs- CAN 2.0B controller- Three I2C ports- Three SPI ports- GPIO: Programmable I/O depending on peripheral requirements
- Bus Interface:- 32 Bit PCI Bus with PMC Interface- Speed of operation up to 66MHz- 553B controller based design- 2 dual redundant channels- Driver interface for Windows2000/XP/VISTA and LINUX OS- Self Test future
- Suitable for standard desktops- Four channel in single board- Up to 10 Mbits/sec operating speed- Low Cost solution- Standard INMOS link protocol- Communicates with transputers- Converts between serial link and parallel bus- Tristate bidirectional bus interface- Memory mapped registers- Interrupt capability- TTL compatibility
- Bus Interface - ISA96 Bus, 6U form factor- 16-bit Data Bus- 20-bit Address Bus & Control Signals- Isolated Bus Interface- Driver interface for Windows2000/XP/VISTA and LINUX OS
- Four RS232 PORTS with full handshake- 16 Differential Input Channels- 16 Differential Output Channels- Driver interface for Windows2000/XP/VISTA and LINUX OS
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