About the DS200DENQF1
The DS200DENQF1 is an EPROM Device that was initially created by GE for its Speedtronic Mark V series of turbine control systems. This part is no longer being supported by GE and may be a little hard to locate now. AX Control does try to keep this device in stock but please contact us directly for its availability, price and shipping options. This DS200DENQF1 printed circuit board product offering is no longer supported by General Electric as it exists as a member of one of their legacy product series that have been discontinued due to obsolescence in one of the many years following its original GE product series release. With this being true, this DS200DENQF1 printed circuit board or PCB for short's greater Mark V Turbine Control System Series is quite the desirable General Electric product series, as it is one of the final-developed General Electric Mark product series to make use of their patented Speedtronic control system technology first adopted alongside the rollout of the Mark I Series in the mid to later 1960s. As evidenced by its full extended series name attached above, this DS200DENQF1 PCB's greater Mark V Series is additionally a desirable product series as it has specific application in the control and management systems of popular and compatible wind, gas, and steam turbine automated drive assemblies.
Hardware Tips and Specifications
The DS200DENQF1 is meant to be a replacement part for the Mark V system. The term EPROM is an acronym for erasable programmable read-only memory. This type of chip is normally a long, thin black microchip that has metallic spikes that attach it to a circuit board. This type of memory is very versatile. It has the ability to be erased multiple times and reused. EPROM memory can be erased by exposing their fused quartz window to ultraviolet light. It is also non-volatile memory, meaning that during a loss of power to the system, this chip has the ability to retain its stored data. EPROM chips are removable and can be transferred to other circuit boards. When they are removed, it is important to remember to use the proper tool to extract and insert them onto a new board. It is also important to make sure the EPROM is oriented the correct way before trying to insert it onto a new board. This DS200DENQF1 EEPROM Board is the originally-developed product of its specific Mark V Turbine Control System Series functionality, as proven by its DS200DENQF1 functional product number's absence of any trailing, revision-indicating alphanumeric digits.
The DS200DENQF1 functional product number can be considered a primary source of DS200DENQF1 Board hardware component and component specification information; coding for these details in a series of consecutive functional naming chunks. For instance, the DS200DENQF1 functional product number starts off with the dual-functional DS200 series tag describing this DS200DENQF1 Board's normal Mark V Series assembly version as well as its domestic original manufacture location. This dual-functional initial tag is followed in the DS200DENQF1 functional product number by an instance of the DENQ functional product abbreviation; which was created to exist as a functional promotional and conversational shorthand alternative to the DS200DENQF1 extended functional product number. This element is followed in the DS200DENQF1 functional product number by the final F1 series grouping tag delegating this DS200DENQF1 Board's Group one Mark V Series product grouping as well as its special F-style of PCB protective coating. Before making any final purchase decision on this DS200DENQF1 product offering, it is crucial to understand that its originally-introduced performance specifications and dimensions have not been altered from their original statuses, as this DS200DENQF1 PCB is the base-revised functional model. For more information about the DS200DENQF1 please consult GE tech support products like datasheets, user guides, and application manuals. When dealing with internal circuitry it is important to follow proper antistatic protocols to prevent any type of system damage.
