MicroMax's Solutions
MicroMax's Solutions
MicroMax's Solutions
HE104-75W
75 Watt High Efficiency PC104 Power Supply
For applications requiring a DC-DC PC104 power converter that supplies up to 75W of power, Tri-M offers the HE104‑75W. It is ideal for use on 12VDC and 24VDC mobile applications where power from a DC source (input) needs to be converted (output) to match the applications power requirements - generally an embedded computer.
Efficiency of the HE is over 90% - the higher efficiency means less heat is generated - and it is designed to operate in extended temperature applications where temperatures can be between -40°C and +85°C.
Input voltage spikes that go beyond the input voltage window (9VDC to 40VDC) are managed through transient suppressors that restrict the input voltage, while maintaining normal output power operation.
The HE104-75W is designed to minimize any generated noise or interference, allowing it to be used for airborne or ground vehicles that encounter EMI or RFI.
HE104+DX
108W PC104-Plus Power Supply
The HE104+DX is designed for low noise embedded computer systems, has a wide input range of 6-40V (>6:1) and is ideal for battery or unregulated input applications. The HE104+DX is specifically designed for vehicular applications and has heavy-duty transient suppressors (9000W on both main and secondary inputs) that clamp the input voltage to safe levels, while maintaining normal power supply operation.
The HE104+DX is an embedded power supply with state-of-the-art Mosfet based design that provides outstanding line and load regulation with efficiencies up to 90 percent. Organic Semiconductor Capacitors provide filtering that reduces ripple noises below 20mV. The low noise design makes the HE104+DX ideal for use aboard aircraft or military applications or wherever EMI or RFI must be minimized. The +5VDC and +12VDC outputs are controlled by a constant frequency architecture regulator that provides excellent line and load transient response.
The HE104+DX has an optocoupled on/off input (SD) to control the outputs of the HE104+DX. To enable the HE104+DX outputs, a 6 to 40V signal must be connected to the SD input. If remote control is not required, the SD input can be connected to the main power input. The common for the remote 6 to 40V signal must be connected to the HE104+DX common. If the SD input is connected directly to the main input power connector, the common for the SD input is already done. The HE104+DX is now RoHS compliant.
HE104-DX/DXL
60 Watt PC/104 DC-DC rugged power supply
The HE104-DX is a 60 Watt PC/104 DC-DC rugged power supply. The HE104-DX is specifically designed for the rugged requirements of vehicular applications and has heavy-duty transient suppressors (3000W) on both main and secondary inputs) that clamp the input voltage to safe levels, while maintaining normal power supply operation.
The HE104-DX is a state-of-the-art Mosfet based design that provides outstanding line and load regulation with efficiencies up to 95 percent. Organic Semiconductor Capacitors provide filtering that reduces ripple noises below 20mV. The low noise design makes the HE104-DX ideal for use aboard aircraft or military applications or wherever EMI or RFI must be minimized.
The HE104-DX has a wide input range of 6 — 40V DC (>6:1). The +5V, +12V, −5V and −12V DC outputs are controlled by a constant frequency architecture regulator that provides excellent line and load transient response. The HE104-DX is also available in a low cost, +5V and +12V output only configuration, the HE104-DXL.
The HE104-DX is a compact design measuring 3.55″ x 3.775″ x 0.9″ and has an operating temperature of −40° to +85°C. The HE104-DX is available from stock and is now RoHS compliant.
OmniBus II PXIe
PXIe Avionics Interface Cards
The Ballard OmniBus II PXI Express (PXIe) card is designed for use in multi-slot PXIe and CompactPCI Express test systems. It enables these systems to interface with multiple avionics databuses for testing, validating and simulating commercial and military avionics equipment and systems. The card is highly configurable and includes two internal Cores that can be populated with a variety of databus protocols and discrete I/O modules.
The OmniBus II PXIe is the next-generation of Astronics’ popular OmniBus product with faster I/O and processing capabilities. With the newest advanced set of MIL-STD-1553 and ARINC 429 modules, users can verify wave form compatibilities, test functions of bus shorts and opens, and—when combined with our CoPilot® software—perform lab, production and flight test verification and simulation right out of the box. Readily available as Commercial Off-The-Shelf (COTS) products, the PCIe interface is perfect for challenging simulation, test, interface, and data recording applications.
Hardware
OmniBus II modules used on this card feature the latest 6th generation protocol engines and bus mastering to yield high performance. Power is obtained from the backplane bus—no supplemental power is needed. All cards are standard 3U size and include sixteen TTL level input/output discretes and IRIG time synchronization/generation. User software can indicate status by controlling the two LEDs.
Software
Users can develop their own software applications with the included BTIDriver™ API. With only a few function calls, a program can operate the interface card and process messages to and from the avionics databuses. Functions include routines for transmitting, receiving, scheduling, recording, time-tagging, and manipulating data. The interface card can use applications developed for other Ballard devices.
Code migrates seamlessly from BTIDriver compatible devices or through a translation driver from older Ballard devices. Alternatively, Ballard’s optional CoPilot software provides easy-to-use, interactive
tools for databus test, analysis, and simulation. CoPilot simplifies project development and provides added productivity through virtual instrument displays, flexible monitoring and analysis tools, and a powerful scripting engine.
TS 717
USB 2.0 Test Sets for ARINC 717 & 429
The Easy Test Solution
The TS 717 is a portable USB‑powered test set that enables Windows computers to display ARINC 717/573 data from a Digital Flight Data Recorder (DFDR) or Digital Flight Data Acquisition Unit (DFDAU).
Benefits:
Single solution for many applications
Portable, versatile, and durable
USB 2.0 bus powered—no external power supply needed
Compatible with virtually all Windows-based computers
Intuitive graphical software display
Rugged case allows unit to be stored with cables connected for quick setup
Use in the lab or in the field
FCC and CE compliant
ARINC 717 Test Set
Applications:
717 (and optional 429) analysis, test, and simulation
Flightline and AOG support
Data recording
Avionics validation/testing
Portable Problem-Solver
The TS 717 Test Set for ARINC 717 is a convenient, easy-to-use tool for test and maintenance of aircraft systems that are tied to the Digital Flight Data Recorder (DFDR). The compact interface/cable hardware is conveniently stored in a rugged carrying case for easy transport and quick deployment. To use, simply connect one end to the aircraft test plug, the other to the USB port on any Windows® computer, and the accompanying CoPilot software displays the user-specified data received from a Digital Flight Data Acquisition Unit (DFDAU) or DFDR output databus.
Operation
When connected to an ARINC 573 or 717 databus, the test set automatically senses and adjusts to the bit rate (from 64 to 8192 words per second). It then synchronizes to the sync words in the serial data stream. Status is continuously reported including the bus speed, state of the sync, and current subframe and superframe. To display a particular flight data parameter, the operator specifies the word by entering the desired word number, subframe, and superframe. The display is updated each time the specified word is received. Subframes may be specified uniquely or as odd, even, or all. Specify superframes uniquely or all.
Key Features:
Easy to use
Receives, displays and transmits ARINC 573 and 717 data
Displays data in multiple radices
Shows bus speed and position status
Auto speed and sync detection
Selectable word, subframe, and superframe
Also available with ARINC 429 support
What’s Included
All TS 717 models include the following items:
ARINC 717 databus to USB interface (also available with ARINC 429)
ARINC 717 aircraft cable
Locking USB cable*
44-pin mating connector for building custom cable
CoPilot test & analysis software
Rugged carrying case
Instruction manuals
*USB cable screw-locks securely to the interface hardware. If cable becomes damaged, a stardard USB printer cable can be substituted until a replacement is obtained.
Lx1553-5
PCI & PCIe Avionics Interface Cards for MIL‑STD‑1553
LP1553-5 (PCI) / LE1553-5 (PCI Express)
The LP1553-5 (PCI) and LE1553-5 (PCIe) are personal computer expansion cards for communicating with MIL‑STD‑1553 systems. These feature-rich interfaces provide programmable data buffers and deep built-in memory. Models offer 1 to 4 dual redundant MIL-STD-1553 channels, 16 input/output avionics level discretes, and IRIG time synchronization/generation. MIL-STD-1553 capability includes BC, RT, and/or Monitor. Avionics discretes can be used as general purpose I/O or linked in hardware to 1553 databus activity as triggers or syncs.
The Lx1553-5 model line supports maximum data throughput on all 1553 interfaces. Each channel is independently configurable as Bus Controller, Remote Terminal(s), and/or Bus Monitor. Messages can be captured by a sequential monitor for all channels, or via RT map monitoring. Notification of databus activity is handled through the on-board Event Log, which can be processed by polling or via an interrupt. To dramatically reduce the host CPU processing, the sequential monitor has a DMA mode that automatically moves records to host memory through PCI/PCIe bus mastering.
Key Features:
1 to 4 dual-redundant MIL-STD-1553 channels
Single-function or multi-function Single-function: BC or RT(s) or monitor Multi-function: BC and RT(s) and monitor
IRIG & 16 Avionics discrete I/O
Large 32 MB on-board memory
48 bit, 1 uSec hardware time-tagging
All power drawn from backplane (no auxiliary cabling required)
RoHS compliant design
Translation DLL for application conversion
CoPilot® databus analyzer software available
Hardware
The Lx1553-5 products are half size compliant cards. Avionics transition cabling is available from the unit’s I/O connectors to standard 1553 cable connections. The universal PCI or PCI Express interfaces available make the Lx1553-5 compatible with virtually all modern desktop, rackmount, and server computers.
Lx429-5
PCI & PCIe Avionics Interface Cards for ARINC 429/717
LP429-5 (PCI) / LE429-5 (PCI Express)
The LP429-5 (PCI) and LE429-5 (PCIe) are personal computer expansion cards for communicating with ARINC 429 and ARINC 717 systems. These feature-rich interfaces provide programmable dual redundant data buffers and deep built-in memory. Models offer 4 to 32 ARINC 429 channels, and up to 4 ARINC 717 channels, 16 input/output avionics level discretes, and IRIG time synchronization/generation. Avionics discretes can be used as general purpose I/O or linked in hardware to databus activity as triggers or syncs.
The Lx429-5 products support maximum data throughput on all avionics interfaces. Each channel is independently configurable for high or low speed operation. Messages can be captured by a sequential monitor for all channels, or via individual message monitoring. Notification of databus activity is handled through the on-board Event Log, which can be processed by polling or via an interrupt. To dramatically reduce the host CPU processing, the sequential monitor has a DMA mode that automatically moves records to host memory through PCI/PCIe bus mastering.
Key Features:
4 to 32 ARINC 429 channels
ARINC 717 (4 channels optional)
IRIG & 16 Avionics discrete I/O
Large 32 MB on-board memory
48 bit, 1 uSec hardware time-tagging
All power drawn from backplane (no auxiliary cabling required)
RoHS compliant design
Translation DLL for application conversion
CoPilot® databus analyzer software available
Hardware
The Lx429-5 products are half size compliant cards. Avionics transition cabling is available from the unit’s I/O connectors to standard cable connections. The universal PCI or PCI Express interfaces available make the Lx429-5 compatible with virtually all modern desktop, rackmount, and server computers.
AB3000 Series N
Avionics I/O Computers
AB3000 Series N
Solve challenging avionics processing and interfacing problems with the AB3000 Network Series from Astronics Ballard Technology, the first small form-factor COTS mission computer featuring a 64-bit Power Architecture embedded processor with integrated managed Gigabit Ethernet switch.
Capable
Boost performance with the 64-bit embedded QorIQ T1040 quad-core processor.
Efficient
Reduce data latency and power with the integrated on-chip Gigabit Ethernet switch.
Proven
Minimize risk; Ballard’s low-SWaP devices are rigorously qualified and proven in the field.
Network-Integrated Embedded Computers
The AB3000 ‘Series N’ from Astronics Ballard Technology is a highly-flexible, COTS solution ideally suited for a distributed system architecture on civil and military platforms. This compact device merges 64-bit Quad Core processing, high throughput Gigabit Ethernet, and a wide array of conventional avionics I/O into a powerful control and communication solution that provides rapid deployment with no up-front NRE.
Avionics I/O Powerhouse
The AB3000 Series N is optimized to interface with, collect, process, and distribute avionics data. The unit can serve as the main infrastructure component for a distributed system architecture (mission system), or be employed for a variety of interfacing, bridging or control operations. I/O options include MIL-STD-1553 and ARINC databus protocols, serial, discrete, USB and Ethernet. The integral, 8-port Gigabit Ethernet switch interfaces with a variety of systems and reliably moves large amounts of data to where it is needed.
Rugged and SWaP-C Optimized
The AB3000 Series N tightly integrates all of this functionality into a small, lightweight SWaP-C optimized (Size, Weight, and Power plus Cost) enclosure that meets military requirements for shock, vibration, temperature, humidity and pressure. It is small and light enough for use in UAVs and capable enough to handle complex, large-scale aircraft systems.
Key Features:
Key component of an aircraft distributed system architecture
QorIQ® 64-Bit Quad Core Processor
Integral 8-port Gigabit Ethernet Switch with managed or unmanaged operation
Flexible write protect capability
Wide range of avionics and computer I/O including: MIL-STD-1553, ARINC 429, 717, Serial, Discrete, Ethernet, and USB 2.0 Host
Pre-qualified COTS hardware solution
Robust SDK to facilitate the development and deployment of customer software
Ideal for Open Mission Systems (OMS) implementations
Powerful Application Solutions
The AB3000 Series (also called the Avionics BusBox 3000 or simply Ballard Box) is a small form factor system that delivers outstanding performance on the ground or in the air. It is easily deployed on UAV, helicopter, fixed wing, and ground mobile platforms. Here are just a few uses:
Data and protocol conversion
Databus and network bridging
Data serving
Data recording
Power controllers
Federated controllers
Ethernet switching
Mx5 Series
PMC & XMC Avonics Interfaces for Multiple Protocols
Embedded Interface Solutions
Mx5 databus interface cards for XMC and PMC enable embedded systems to communicate with, simulate, test, and monitor avionics equipment and systems.
Do More with Less
Consolidate your I/O into a single expansion slot. The Mx5 comes with the avionics protocols and channels you need on one card.
Multiple Avionics Protocols
Choose one or a combination of two or more protocols on a single card: MIL-STD-1553, ARINC 429, 717, and 708. Mx5 also includes numerous discrete I/O.
High Channel Counts
The high density design gives you more channels to work with: as many as 8 dual-redundant MIL-STD-1553 or 22 ARINC 429.
Key Features
The Mx5 includes an array of other important features, including:
Numerous Discrete I/O
IRIG A/B PWM and AM
48 bit time-tag
64 MB ECC Data Memory
Extensive Built-in Test (BIT)
Application Flexibility
With so many features and so much flexibility, the Mx5 is your best solution in a wide variety of applications, such as:
Rugged deployed systems
Embedded test systems
High performance simulators
Demanding requirements
Mixed protocol systems
Avionics upgrades and retrofits
Databus health monitoring
With the Mx5, it has never been easier to standardize on one product line for all of your mezzanine card I/O needs.
High Performance
Mx5 high performance mezzanine cards efficiently manage fully loaded databuses with ease. On-board protocol processors handle all databus activity, freeing the host for application-specific processing. 64 MB ECC (error correction) memory provides generous data storage with a variety of buffering schemes.
High speed host interfaces are achieved with an x4 PCI Express lane with bus mastering on XMC versions and a 32/64-bit, 33/66/133 MHz PCI-X interface on PMC versions. All cards have extensive built-in test (PBIT, CBIT, IBIT).
Array of Styles
There’s an Mx5 model to fit your system. Choose from the following:
XMC or PMC
Front or rear I/O
ME1000
mPCIe Avionics Interface Cards for MIL-STD-1553
When space is at an absolute premium, get proven COTS avionics interface cards that fit your application and minimize program risk. The ME1000 family of Mini PCI Express® cards from Astronics Ballard Technology is the ultimate low-SWaP embedded solution.
Small Size
Interface in more places with one of the industry’s smallest form factor modules.
Large I/O
Do more with the most I/O in a mPCIe card, including 1553, serial, discrete, and IRIG.
Huge Value
Get Ballard's reliable designs, long life, and industry-leading customer support.
Miniature Databus Interfaces
ME1000 mPCIe cards enable space-constrained embedded systems to interface with MIL-STD-1553 avionics databuses. These rugged cards provide the capability to reliably communicate with and monitor avionics equipment and systems. These feature-rich cards include 1 or 2 dual-redundant MIL-STD-1553 channels, along with avionics discrete I/O and IRIG signals. RS-422/485 Serial is optionally available.
Key Features:
1 or 2 dual-redundant MIL-STD-1553 channels
Rugged Extended Temperature Design
Single- or Multi-function MIL-STD-1553 models
IRIG A/B PWM and AM
Avionics Discrete I/O: 6 inputs and 2 outputs
Differential Discrete I/O
RS-422/485 Serial
Easy-to-use software interface
RoHS compliant
Optional conformal coating
High Reliability
ME1000 interface cards use Ballard’s time-tested 5th generation avionics protocol engine, a large 32 MB built-in memory, and high-performance bus mastering capability. All models include 8 avionics level input/output discretes (6 inputs/2 outputs), differential discretes (1 input/1 output), and IRIG time synchronization/generation. Extended temperature range is standard and conformal coating is an option.
Concurrent Multi-Function MIL-STD-1553 Operation
Like all Astronics Ballard Technology MIL-STD-1553 multi-function cards, the ME1000 provides full concurrent Bus Controller (BC), Remote Terminal (RT), and Bus Monitor operation. In addition, multi-function features protocol error injection (word, gap, and message errors). If concurrent operation is not required, Ballard's cost-effective single-function cards provide BC/RT/Monitor operation separately.
Flexible Connection
The miniature size of the card allows installation in the smallest of systems, and the choice of horizontal or vertical I/O connector ensures you can make the most of the limited space available. In addition, the cost-effective connector style on the ME1000 means a lower price tag for your mating connectors, keeping your overall system costs low.
Robust Software Capabilities
Users can develop their own software applications with the included BTIDriver™ API. With only a few function calls, a program can operate the interface card and process messages to and from the avionics databuses. Functions include routines for transmitting, receiving, scheduling, recording, time-tagging, and manipulating data. The interface card can use applications developed for other Ballard devices; code migrates seamlessly from BTIDriver compatible devices.
