About the DS200UDSAG1ADD
This DS200UDSAG1ADD printed circuit board product offering from General Electric, as mentioned above, was originally designed and produced for placement specifically in the Mark V Turbine Control System Series. The Mark V Series that this DS200UDSAG1ADD printed circuit board or PCB for short is considered a member of has specific applications in the management and control systems of compatible, popular steam and gas turbine drive assemblies. With this being true, this DS200UDSAG1ADD device's greater Mark V Series has to deemed as obsolete as a whole, given the manufacturer-introduced functional series obsolescence and correspondent production discontinuation that happened in one of the many many years past its original rollout. This DS200UDSAG1ADD device's greater Mark V Series, while wholly obsolete, actually still attracts a decent amount of interest on the AX website and in the greater automated industrial community, as it is one of General Electric's lastly-produced series to make use of their patented Speedtronic control system technology.
Hardware Tips and Specifications
The GE Excitation Board DS200UDSAG1ADD is a critical component used in various industrial applications. It is designed to provide excitation control for generators, enabling stable and efficient power generation. Here is a detailed technical description of the DS200UDSAG1ADD board:
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Microprocessor: The board features a powerful 1 80196 microprocessor, which acts as the main control unit, executing instructions and managing the excitation process.
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EPROM Modules: Multiple erasable programmable read-only memory (EPROM) modules are integrated into the DS200UDSAG1ADD. These modules store essential program code and data, facilitating the proper functioning of the board.
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Displays: The board is equipped with 21 4-character displays, offering clear and concise visual feedback on various parameters and system statuses.
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LEDs: In addition to the displays, the DS200UDSAG1ADD incorporates 32 LEDs, providing additional visual indicators for quick status recognition.
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Jumpers: The board is populated with 14 3-pin jumpers. These jumpers are inserted over two of the three pins, allowing for different configurations and settings. The jumper positions determine specific operational behaviors and can be adjusted to customize the board's performance.
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Configuration: The installation instructions provided with the board contain detailed information about the jumpers and their configurations. It is essential to consult these instructions when setting up the DS200UDSAG1ADD to ensure optimal performance.
The GE Excitation Board DS200UDSAG1ADD combines advanced microprocessor technology, versatile display capabilities, and adjustable jumper configurations to deliver reliable excitation control for efficient power generation in industrial applications. Given this DS200UDSAG1ADD printed circuit board product offering's attribution to a now-obsolete General Electric legacy product series, the DS200UDSAG1ADD functional product number itself can actually be singled out as an important source of board hardware component and component specification details; coding for these in a GE-formulated consecutive collection of functional naming components. To demonstrate, the DS200UDSAG1ADD functional product number is actually started off by a dual-functional naming segment in the DS200 series tag dictating this DS200UDSAG1ADD PCB's normal Mark V Series assembly version as well as its domestic original location of manufacture. Some of the other relevant hardware details revealed by way of this DS200UDSAG1ADD product's functional product number include its UDSA functional product abbreviation, its normal PCB coating style, its group one Mark V Series product grouping, and finally its acceptance of a full, three-fold revision history with two different styles of Mark V Series product revisions.
