Product Description
This DS200UCIBG1A printed circuit board, as explained immediately above, exists as a member of General Electric's Mark V Turbine Control System Series. As you can probably tell by its full name, the Mark V Series has particular applications in the control and management systems of steam, wind, and gas turbine automated drive assemblies, and is considered a General Electric legacy series as its manufacture has been discontinued in the years following its initial release. This DS200UCIBG1A printed circuit board product offering's Mark V Series, while a legacy series, is also considered to be one of the final General Electric Mark Series to incorporate the patented Speedtronic control system technology into most of its products. This DS200UCIBG1A printed circuit board or PCB for short is truly better-definable by its official functional product description as an R Core Motherboard, as it appears in Mark V Turbine Control System Series instructional manuals. This DS200UCIBG1A PCB is not the original product with its intended functionality to exist within the Mark V Series, however; that would be the DS200UCIBG1 parent R Core Motherboard missing this DS200UCIBG1A daughter product's A-rated functional product revision.
Hardware Tips and Specifications
This DS200UCIBG1A PCB, as with any Mark V Series product, makes use of its own specific series of functionality-introducing hardware components. The GE UC2000 Motherboard DS200UCIBG1A features one microprocessor and multiple programmable read only memory (PROM) modules. It also contains 1 block of 10 LEDs and 1 50-pin connector. The GE UC2000 Motherboard DS200UCIBG1A also is populated with 1 connector to support the attachment of other boards and 2 3-pin connectors. The GE UC2000 Motherboard DS200UCIBG1A also supports a solid state drive (SSD) integrated on the board. It provides mass storage capabilities. The SDD provides the capacity to store a maximum of 21.4 MB of information. Solid state drives provide many advantages over other storage technologies, as they contain no moving parts so that break down is less common. This is important because of the heated environment found inside of a drive cabinet. Also if the SSD is defective, the DS200UCIBG1A board must be replaced. Another advantage is that they are smaller and require less voltage to power them. Another advantage is that access to them is faster. That is, they can be written to and read from quickly. When you are planning to install the replacement drive, you must download the information stored on the SSD drive on the defective board. Then, copy the contents to the SSD on the replacement board.
The PROM modules store the programming instructions and other firmware the microprocessor uses for processing information. The PROM modules are erasable and so if updates are available, the firmware can be updated. However, when you replace the board, you can simply remove the PROM modules from the sockets and install them in the sockets on the replacement board. This is not the only DS200UCIBG1A board specification geared towards its installation. As revealed in original Mark V Series instructional manual materials, installation of the DS200UCIBG1A PCB should always be done assisted by a standard wrist grounding strap, as this DS200UCIBG1A R Core Motherboard is a static-sensitive product offering. Several hardware components and component specifications in this DS200UCIBG1A printed circuit board's normal style of Mark V Series assembly attempt to lessen damage brought on by static electricity; including various capacitors, resistors, and integrated circuits. In addition to this, all of the factory-drilled installation holes made to this DS200UCIBG1A board's assembly are ringed with an insulated material in observance of these potentially-present damaging surface voltages. Before making a final purchase decision on this DS200UCIBG1A product offering, it is crucial to realize that its originally-introduced performance specifications and dimensions have almost certainly been impacted by its possession of an A-rated functional product revision.
