Press Releases for 2016

November 2016

Bohemia, New York (November 2016) BETA Transformer Technology Corporation (BETA), the world leader in high performance military and space qualified magnetic products, and CISSOID, the leader in high-temperature and extended lifetime semiconductor solutions, partnered to develop compact and highly reliable Intelligent Power Modules (IPM). These modules are optimized for power converters and motor control within extreme environments, including aerospace, industrial, ground vehicles, automotive, and oil and gas. To meet the demanding environmental requirements, BETA developed high density transformer assemblies that combine multiple transformers into a single compact, rugged solution, with an extended temperature range of -55°C to +225°C. These compact transformer assemblies are ideal for board designs with limited space that are subjected to extreme thermal conditions. Furthermore, the transformers are optimized to provide the enhanced isolation, and extremely low parasitic capacitances associated with the fast switching SiC MOSFET transistors utilized.

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October 2016

Bohemia, New York (October 2016) Data Device Corporation (DDC) has been awarded a contract by Oshkosh Defense, LLC to supply Solid-State Power Control (SSPC) Power Distribution Units (PDUs) and modules for the Joint Light Tactical Vehicle (JLTV) program. The JLTV, a top priority for the Department of Defense, incorporates dramatic electrical power utilization improvements that are readily served by the advanced management capabilities and higher reliability provided by DDC’s battle proven Solid-State Power Control solutions.

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August 2016

Bohemia, New York (August 2016) Data Device Corporation (DDC) introduces a new Secure 1U Data Diode (BU-67127W), combined with Tresys’ industry leading secure filtering software, to provide an innovative approach to solving cross domain information transfer problems, that delivers unmatched flexibility, red/black hardware separation, and high performance at a low cost. Its secure yet flexible hardware architecture enables system integrators to easily develop secure information sharing applications to meet the unique requirements of their most advanced systems.

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August 2016

Bohemia, New York (August 2016) Data Device Corporation introduces a new ARINC 429 Line Receiver, in an 8-pin, SOIC (Small Outline Integrated Circuit) package. The DD-48588 Line Receivers translate incoming ARINC 429 data bus signals to a pair of TTL/CMOS outputs and are a direct drop-in replacement for Holt line receivers. The DD-48588 is engineered to provide maximum reliability, with inputs internally protected to lightning requirements of DO-160G Level A3, waveforms 3, 4, and 5 with no additional protection required. Furthermore, design engineers and system integrators can be confident in selecting DDC, whose commitment to product quality, on-time delivery and superior support has been recognized as best-in-class by the aerospace industry.

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June 2016

Bohemia, New York (June 2016) Beta Transformer Technology Corporation (Beta) introduces a new series of space qualified MIL-STD-1553 in-line couplers, offering the highest level of design integrity, build quality, and manufacturing excellence to ensure highly reliable operation and durability within the most extreme space environments. The ICS Series of in-line space couplers expands upon Beta’s embedded space application experience and proven dependability, with thousands of 1553 transformers, from our QPL line to our hermetic HLP series, in service on a multitude of satellites and launch vehicles. Additionally, Beta can offer customized variants, as well as tailored quality conformance testing, to meet every level of system specification and requirement.

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June 2016

Bohemia, New York (June 2016) Data Device Corporation (DDC) introduces a new high-reliability, 3-phase radiation tolerant motor drive, providing 100k Rad Total Dose protection, and advanced circuit and logic protection to ensure fail-safe operation. The new compact PW-82336 3-phase motor drive hybrid utilizes a high-efficiency, radiation tolerant MOSFET output stage with 100 VDC rating to deliver 5A continuous current (10A peak current) to the motor, along with flexible I/O, enabling a common design to be used across multiple applications.

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June 2016

Bohemia, New York (May 2016) Data Device Corporation (DDC) introduces a modular and scalable DSP-based, full featured motor controller that offers multi-interface position, torque and speed control, and is designed for demanding high reliability industrial, military, and aerospace applications. The new PW-87/88 series position, torque and speed motor controller is available with 600/1200VDC, up to 75A output current, and is easily configured for optimal motor performance utilizing the supplied Windows®-based Graphical User Interface (GUI), providing cost saving flexibility to support changing application requirements.

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May 2016

Bohemia, New York (May 2016) Data Device Corporation (DDC) introduces the next generation of rugged, improved throughput/latency performance FibreACCESS® Fibre Channel XMC Network Access Controllers, offering 1Gb/s or 2Gb/s operation via an x4 PCI Express (XMC) Initiator/Target host interface. The new FC-755XX boards, available with either 150 ohm differential or 75 coax (for MIL-STD-1760E) copper, or fiber optic physical layers, are based on DDC’s leading Fibre Channel technology, designed to meet the multi-decade life cycle demands of aerospace and defense programs. Utilizing DDC’s proven IP, integrated multi-chip modules, and advanced manufacturing capabilities, DDC can tailor the board for a wide range of Fibre Channel interfacing requirements.

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May 2016

Bohemia, New York (May 2016) Data Device Corporation (DDC) introduces a new high accuracy Synchro/Resolver input PCIe board offering an easy and flexible solution for angular measurement testing in production screening and prototype evaluation. The new SB-3625XKX board features a user-friendly Windows® Graphical User Interface (GUI) and a comprehensive Synchro/Resolver LabVIEW® support package, to support a wide range of applications and test requirements. The board delivers high accuracy resolution, up to 1 Arc minute based on DDC’s RD-19230 high-precision analog-to-digital converter technology, along with a high independent channel density. The SB-3625XKX Input PCIe Card is complimented by DDC’s SB-3623XKX Output PCIe Card, which is currently in production, with an instrument grade accuracy of 30 arc seconds.

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April 2016
April 2016
April 2016

Bohemia, New York (April 2016) Data Device Corporation (DDC) introduces two new +3.3V completely integrated radiation tolerant MIL-STD-1553 terminals that include transceivers, transformers, protocol and memory. Total-Space ACE offers full BC, RT, MT, and RT/MT functionality to interface directly to a host processor, while the Total-Space RT is an RT only terminal ideal for interfacing with systems without a host processor, such as FPGA and simple logic. Both versions feature an extended -55°C to +125°C temperature range, and 300 Krads TID (Total Ionizing Dose) and >85 MeV SEE (Single Event Effects) radiation hardening, required for the extreme environmental conditions encountered in mission critical space applications.

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March 2016

Bohemia, New York (March 2016) Data Device Corporation (DDC) introduces a new +3.3V version of our radiation tolerant SPACE-PHY Dual MIL-STD-1553 Transceiver/Transformer Device. SPACE-PHY, now vailable in both 3.3V and 5V versions, is a completely integrated MIL-STD-1553 physical layer in a single package, including dual transceivers and transformers, and is designed to connect with IP incorporated in an FPGA or custom MIL-STD-1553 protocol ASIC. The SPACE-PHY features an extended -55°C to +125°C temperature range, and 300 krads TID (Total Ionizing Dose) and >85 MeV SEE (Single Event Effects) radiation hardening, required for the extreme environmental conditions encountered in mission critical space applications.

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March 2016

Pascall Electronics Limited, a world-class supplier of high-reliability, power supply solutions, celebrates its 22nd anniversary of supporting the IFEC (Inflight Entertainment and Connectivity) and airborne power industry, having over 165,000 power systems installed in a multitude of commercial airframes.

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March 2016

Bohemia, New York (March 2016) Data Device Corporation (DDC) introduces the new BU-67125W Compact Avionics Interface Computer (AIC-RC), offering a completely customizable, off-the-shelf solution, that can be optimized for specific application requirements, and enable faster time to market. The AIC-RC combines best-in-class performance from Intel’s embedded computing architecture, with DDC’s avionics data networking expertise and custom I/O capabilities, to deliver unmatched avionics connectivity computing in a small form factor, deployable, rugged enclosure.

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March 2016

Bohemia, New York (March 2016) Beta Transformer Technology Corporation (Beta) introduces high-reliability, cost-optimized miniature Power Inductors (BPI series) and Common Mode Chokes (BCM series), that are a direct drop-in replacement for Pico Electronics power inductors and common mode chokes. Beta, a leader in aerospace and defense magnetics for more than 35 years, credits its optimized manufacturing facilities and focus on continuous process improvements, as its engine in delivering high performance and reliability, cost saving magnetic solutions.

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March 2016

Bohemia, New York (March 2016) Data Device Corporation (DDC) introduces the new DD-40002X high density 32-channel ARINC PMC and XMC boards, offering advanced functionality, with programmable and fixed I/O configurations. The DD-40002X is designed to support maximum data throughput on all channels, while also providing DMA for low CPU utilization, error detection, and label filtering per channel. These PMC/XMC boards are designed for rugged environments, and can be used in either conduction or air cooled applications, to serve both commercial and military aerospace requirements. Offering high MTBF reliability and performance, the board operates over the full -40°C to +85°C range, at the thermal rail, without any limitations on ARINC 429 transmitter duty cycles.

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January 2016

Bohemia, New York (January 2016) Data Device Corporation (DDC) introduces a new, low-cost BLDC motor controller for speed, torque and position control. The MC-5000 series BLDC motor controller provides a turnkey, plug-and-play solution, that is available in configurations to support motors that utilize Hall sensor or sensorless commutation for torque and speed control, or encoder feedback for position control or commutation. The device can be programmed, via an easy-to-use Graphical User Interface (GUI), enabling it to deliver optimal motor performance with a wide variety of brushless DC motors and loads. Additionally, ease of programmability reduces time-to-market costs and in-house development efforts by enabling key system parameters to be tuned to optimize performance during development, and then, if needed, reprogrammed for use with additional applications and motors. Beyond these cost and time saving benefits, the MC-5000’s compact, highly-efficient single-module design provides Size, Weight, Power and Cost (SWaP-C) savings, while ensuring precision motor control, making it an ideal solution for single axis, point-of-load industrial applications, including: pumps, fans, valve actuators, compressors, autonomous guided vehicles, industrial robotics and underwater ROV thrusters and fin controls. Pricing for the MC-5000 series BLDC motor controller starts at $249.00 USD.

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January 2016

Bohemia, New York (January 2016) Data Device Corporation (DDC) introduces a new 10-Channel, 120A, 115VAC Solid-State Power Controller (SSPC), offering advanced programmability, system health diagnostic and prognostic data, and high-power density in a compact and reliable board, certifiable to DO-160, making it ideal for use in mission system and non-flight critical applications onboard manned and unmanned aircraft. In addition to improved reliability and smart power control, the 10-Channel AC SSPC (RP-27001X) provides significant Size, Weight, Power and Cost (SWaP-C) savings, by replacing bulky circuit panels that consume valuable space within cabin systems and equipment racks.

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