BMC UADI PCI MIL-STD-1553 STANAG 3838 ARINC 429 ARINC 575 ARINC 562 ARINC 572 ARINC 582 ARINC 453 ARINC 708 RS 232 422

Features
MIL-STD-1553 Dual
Redundant Channels
ARINC 429, 575, 562, 572, 582..
ARINC 453, 708 and RS 232, 422

M il-Std-1553 Configurations

1553-Test and Simulation Features
§ On-board Built-In-Test
§ Transformer & direct coupling
§ BC & RT error injection/detection
§ Support F-16, F-18, B-52, and A-10.
1553 Notice I & II
§ BC, RT,BM, BCBM, BCRT & RTBM
§ Up to 15 RT simulation (MRT)
§ Commercial and Industrial Grade
1553-Bus Controller - BC
§ BC->RT, RT->BC, RT->RT
§ Mode Codes, Broadcast
§ Single-shot or loop messaging mode
§ Programmable inter-message time delays
§ Response Gap measurement
§ Major/Minor frames
§ Software Programmable
§ Time-out response time
§ Enable/Disable Interrupt Conditions
§ Broadcast Enable/Disable (Notice I)
§ Status error Bit
§ Aperiodic messaging methods
§ Built-in Transmit/Receive Test
1553-Remote Terminal - RT
§ Up to 300 store message buffers
§ Programmable response time Class A/B
§ Sub-Address programmable filter.
§ Long Loop Test Enable/Disable
§ 32-bit time-tagging
RS 232 & ARINC 429, 575, 562, 572, 582...
Test and Simulation Features
§ On-board Built-In-Test
§ Adv. interrupts and triggers
§ Support ARINC 2 & 6 wires protocol.
Transmit Mode
§ Software Programmable -:
§ Baud Rate – up to 1 Mbit
§ Parity Odd/Even/NO Parity
§ Loop Messaging Mode
§ Single-shot messaging mode
§ Programmable inter-message time delays
§ Independent transmit & receive channels
Receive Mode
§ Software Programmable Interrupt
§ Single message
§ Half buffer message
§ Full Buffers messages
§ Multiple store messages buffer

BMC's PCI-UADI provides new levels of
performance and flexibility for multiple
avionics communications system.
Available in commercial and ruggedized
versions, includes an API (Application
Programming Interface) software library
that reduces application development
time.
Standard 1553 features 32-bit message
time-tagging, triggers, extensive BC & RT
link-list structures, error injection and
detection, automatic/manual RT Status
Bit, Mode Code responses, advanced BC
functionality, on-board Built-in-Test Bus,
transformer & direct coupling, hardwired
RT address. With the highest speed
encoder/decoder in the industry.
Available in a range of configurations to
match your needs, the intelligent PCIUADI
provides complete, integrated
databus functionality for ARINC 429 and
related avionics protocols. The PCI-UADI
supports maximum data throughput on all
channels while providing on-board
message scheduling, label filtering,
multiple buffering options, time-tagging.
Standard features 32-bit message timetagging
with Bus Monitor mode, triggers and extensive structures.
On-board Built-in-Test with the highest
speed encoder/decoder in the industry.

Physical
• 3/4 length desktop PCI card (8.4" x 4.2")
CPU
• Low Power 16 bit RISC processor
Environmental
• Operating temperature range: 0°C to +70°C
• Available Extended Temperature -40°C to +85°C
Humidity
• Up to 95%
Software Support
• Source code API library provided
• Windows and Linux drivers
1553 Connections
• Direct or transformer coupling
• Input and output triggers
1553 Operational Modes
• BC, BM, single RT, Multiple RT, concurrent BCRT,
BCBM & RTBM
Single Power (1553- 50% duty cycle)
• Stand-by Current less than 20 mA
Warranty: programs up to 3 years hardware
warranty

Product Description –ARINC & RS 232

Transmission Mode
• One shot” mode for simplified BC operation
(Normal mode)
• Loop” mode for simplified repeatable BC message
operation
• Programmable transmit buffer size
• Modify messages, data or setup while card is
running
• Selectable interrupt generation
Receive Mode
• 2 independent Receivers.
• Programmable message content
• Programmable receive buffer size
• Programmable labels selection
Bus Monitor
• Extensive filtering options
• 32-bit, resolution time tagging

Bus Controller
• Programmable control of:
        - Major and minor frame content and timing
        - Inter-message gap times (cycle mode)
        - Response time-out and late response
• Modify messages, data or setup while card is running
• Insert aperiodic messages into a running BC list
• ”One shot” mode for simplified BC operation (Normal mode)
• Loop” mode for simplified repeatable BC message operation
• Multiple sequencing messages based on real-time schedule
• Selectable interrupt generation
         - Full range of system conditions
         - External trigger
• Programmable error detection
         - Response Gap (Late response)
         - Number of words
         - Time-Out
         - No response
         - Data/Command Parity error
         - Manchester Code Error
         - Long Loop Test
• Extensive programmable error injection
• Multiple Store buffers with 32 bit timetag
Remote Terminal
• Programmable error injection
• Programmable message content (linked message buffers)
• Programmable Sub-Address selection
• Multiple Store buffers with 32 bit timetag
Bus Monitor
• Word status - Message status
• RT response time
• Interrupts can be selected by RT
• Extensive filtering and triggering options
            - By individual RT/subaddress
            - Transmit, receive or broadcast mode codes
            - Internal or external triggering
            - Trigger output on user specified data
• Up to 300 store buffers with 32 bit timetag

Multi-function Interfaces
PCI-UADI multi-function interfaces are
easily software configured to operate with
simultaneous 1553 Bus Controller, Remote
Terminals and Bus Monitor functionality.
The RS232 and ARINC section supports
maximum data throughput on all channels
simultaneously, operates with independent
receivers (2) and transmitters (2).

Multi-function 1553
The PCI-UADI interfaces have all the
features and functionality of the multifunction
versions, but with only one
operational mode enabled at a time. Each
interface can emulate a Bus Controller
(BC), Remote Terminal (RT) or Bus Monitor
(BM) and concurrent modes BCRT, BCBM
and RTBM. Multiple RT capabilty.

Multi-function ARINC and RS 232
The PCI-UADI are easily software
programmable to support maximum data
throughput on all channels simultaneously
and operates with independent receivers
and transmitters.

BAUD RATE
The PCI-UADI has all the features and
functionality to operate with any ARINC or
RS232/422 transmit/receive rate ranging
from 100 Hz to 1 Mega bit.

Software
The PCI-UADI API is provided with source
code in C, drivers for Linux and Windows,
along with libraries to interface with the
various protocols.

1. Temperature (Operating and Non-Operating)
                        Low Temperature - The equipment meets the requirements when tested in accordance with MIL-STD-810E,
                        Method 502.3, Procedures I and II. The storage temperature is -50?C for 5 hours and the operating
                        temperature is -40?C after temperature stabilization. High Temperature - The equipment meets the
                        requirements when tested in accordance with MIL-STD-810E, Method 501.3, Procedure I. The storage
                        temperature is +75?C for 5 hours and the operating temperature is +65?C after temperature stabilization.

2. Altitude
                       The equipment meets the requirements when tested in accordance with MIL-STD-810E, Method 500.3,
                        Procedures I and II, at 6,000 meters for operation and 13,000 meters for transportation. 15 minutes in each
                        altitude.
3. Vibration for Helicopter installation
                        The equipment meets the requirements when tested in accordance with MIL-STD-810E Method 514.4
                        paragraph I.4.2.2 (3) with the following values to be used for qualification:

                        Broadband random vibration:              10 Hz to 300 Hz - 0.02 g²/Hz.
                                                                                           500 Hz - 0.002 g²/Hz.
                        Superimposed sinusoid:
                                                                                           14.2 Hz to 20 Hz - 2.0 g
                                                                                           28.4 Hz to 40 Hz - 2.5 g
                                                                                           17 Hz to 24 Hz - 2.4 g
                                                                                           50.4 Hz to 71 Hz - 6.0g
                        Vibration duration:                                  15 minutes in each of the three axes in operational mode.

4. Shock - (Shock Crash Safety)
                       The equipment meets the requirements when tested in accordance with MIL-STD-810E, Method 516.4,
                       Procedure I. One shock in each direction, applied along three mutually perpendicular axes of the equipment.
                       No. of shocks: 6
                       Shock shape: Sawtooth
                       Peak value: 40g
                       Pulse duration: 11 msec
• Humidity up to 95%
• MIL-STD-810E
• EMI MIL-STD-416