Data Device Corporation
- 105 Wilbur Place,
Bohemia,
NY
11716-2482
United States of America - 1-631-567-5700
- http://www.ddc-web.com
Data Device Corporation Articles
DDC announce high-performance 3-phase DC motor torque controller
Data Device Corporation has today announced a new 3-Phase DC motor torque controller. The PW-82530N0 is a high performance and low cost torque loop controller designed to precisely regulate the current in the motor windings of 3-phase brushless DC motors. The controller provides complementary four-quadrant operation making it ideal for applications requiring precise current regulation and/or holding torque at zero input command.
28V 16-Channel Line Replaceable Module Solid-State Power Controller
Data Device Corporation announce a new 16-Channel, Line Replaceable Module Solid-State Power Controller. The RP-26231000N1 provides a total continuous current output of 250 amps, and includes 16 channels with 10 amp and 25 amp maximum capacities. The card is packaged in a VITA 48/REDI compatible form factor that enables cost-effective, two level maintenance operations, along with fast and easy field replacement in deployed vehicles, minimizing do...
DDC launches the 28V, 32-Channel, Light-Weight Solid-State Power Controller
Data Device Corporation launches the RP-2032151XD0, a 32-Channel, Light-Weight Solid-State Power Controller. The RP-2032151XD0 provides a total continuous current output capacity of 120 amps at 28Vdc in a 3-lb box, along with a high channel count and advanced programmability. The RP-2032 product family offers users significant Size, Weight, Power and Cost (SWaP-C) savings in addition to improved reliability and smart power control.
Advanced Triggering Capability Added to Test Card
Data Device Corporation (DDC) has added enhanced test and simulation functionality to the BU-67210T cPCI/PXI MIL-STD-1553 test card. In addition to variable output voltage, variable intermessage gap time, and error injection, it now offers enhanced triggering capability that can be used to trigger external devices in real time based on user defined events, making it a highly adaptable solution for production test labs.
Next Generation Solid-State Power Controllers!
Data Device Corporation introduces its latest and most advanced generation of solid-state power controllers featuring on-board DC-to-DC converters to simplify power supply requirements, a new command interface to reduce bus traffic, and enhanced digital discrete control capability designed to improve system integration.
8-Channel MIL-STD-1553 XMC Card Delivers Maximum Performance and Reliability
Data Device Corporation introduces the BU-67112 MIL-STD-1553 XMC card designed to meet the data demands of mission critical military aerospace applications. The card’s advanced I/O incorporates DDC’s Total-AceXtreme fully integrated MIL-STD-1553 component with unique low-power ASIC design.
Mil-Temp Micro-ACE TE and Total-ACE MIL-STD-1553 BGA’s Minimize Size, Weight, and Power
Data Device Corporation introduces Mil-Temp versions of its field-proven and highly efficient Micro-ACE TE and Total-ACE MIL-STD-1553 BGA packages for use in extended temperature applications.
Variable Voltage Enhancement Creates a Dynamic and Powerful MIL-STD-1553 Test and Simulation Tool!
Data Device Corporation adds variable voltage programmability to the BU-67210F/I/T one to four channel MIL-STD-1553 AceXtreme PMC, PCI, and cPCI/PXI Card family to create a feature-rich and highly dynamic test, simulation, and verification tool. Each MIL-STD-1553 channel can be independently programmed for transmitter amplitudes ranging from 0V to 20.5V in order to fully ensure DUT out-of-bounds electrical functionality and compliance.
Rugged PDU Provides 300 Amps of Intelligent Solid-State Power Control
DDC has unveiled its first PDUs in the RP-20S1X family of stackable, configurable devices for 28 VDC systems. The High Power Solid-State Power Controllers provide four independent 75 Amp load channels (300 Amp total current capability) to distribute and control power to four independent subsystems.