About the DS200DSFBG1A
The DS200DSFBG1A functions within General Electric Mark V systems, exciters, and drives as a Driver Shunt Feedback Board. The DS200DSFBG1A board was designed and marketed by GE along with other Mark V components until the early 2010s when the system entered a post-production phase. While Mark V components may not be available from the OEM any longer, they are still available here from AX Control. The Mark V Series that this DS200DSFBG1A printed circuit board belongs to, while a now-obsolete legacy product series, also exists as one of the final-developed General Electric product series to feature the patented Speedtronic control system technology first seen alongside the roll out of the Mark I Series in the mid to later 1960s. This DS200DSFBG1A printed circuit board or PCB for short's Mark V Turbine Control System Series, as indicated by that full extended series name, has specific applications in the control and management systems of popular and compatible wind, steam, and gas turbine automated drive assemblies; something of an ironic turn given this DS200DSFBG1A product offering's legacy product series status. This DS200DSFBG1A Driver/Shunt Feedback Board is not the original product of its original Mark V Series functionality, as it edits the original DS200DSFBG1 printed circuit board through its possession of a singular, A-rated functional product revision.
Hardware Tips and Specifications
The DS200DSFBG1A is a square-shaped board, which, typically to any Mark V Series circuit board product, stores all of its hardware components by attaching them to its base circuit board. As a driver shunt card, the DS200DSFBG1A board can generate faults via the current feedback that it is designed to monitor. Two such faults are an IOC or Internal Overcurrent fault when current exceeds 250% of the rated current, and a DI/DT fault, which occurs when a step change of 100% or greater occurs in the rated shunt current. These are not the only functional fault applicable to this Mark V turbine control system series product, especially given the singular A-rated functional revision that may make great changes to the normative functionality of this General Electric product. This DS200DSFBG1A printed circuit board product offering from General Electric, as a legacy series product offering, is not offered online with a plethora of original instructional manual materials. With this being true, the DS200DSFBG1A functional product number itself can be considered a strong primary source of DS200DSFBG1A Board general hardware information, coding for various hardware components and specifications in a series of functional naming chunks. For example, the DS200DSFBG1A functional product number begins with the dual-functional DS200 series tag describing the DS200DSFBG1A PCB's normal Mark V Series assembly and its domestic original manufacture location. Some of the other relevant details revealed through the DS200DSFBG1A functional product number include this DS200DSFBG1A PCB's:
- DSFB functional product acronym
- Group one Mark V Series product grouping
- Normal PCB coating style
- A-rated functional product revision
The DS200DSFBG1A is built with a transformer near one edge. The board also has multiple transistors, vertical pin connectors, and stab-on connectors, as well as more than a dozen eyelets on the board that are ringed with a conductive material. These ringlets are used to connect device gates and emitters. Additional components of use on the base board of this DS200DSFBG1A model include integrated circuits, LED indicators, resistor network arrays, and varistors, as well as resistors and capacitors. The DS200DSFBG1Aboard is marked on two edges where stiffeners should be installed. Corners are drilled for mounting and installations purposes, with two edges being additionally marked to help with alignment during this process. While not a whole lot of original, factory-printed instructional manuals seem to be available online detailing this DS200DSFBG1A Driver/Shunt Feedback Board, its functional DS200DSFBG1A product number alone is source of a plethora of valuable information, including its Mark V Series assembly, its DSFB functional abbreviation, its normal style of printed circuit board coating, its group one Mark V Series grouping, and its singular, A-rated functional revision.
