About the DS3800NUVA1B1B
This DS3800NUVA1B1B printed circuit board product offering is a General Electric product originally designed and manufactured specifically for placement in the Mark IV Turbine Control System Series, as revealed in the DS3800NUVA1B1B introductory paragraph. The Mark IV Series that this DS3800NUVA1B1B device belongs to has to be described as something of an obsolete General Electric product series, given the fact that its original GE production was actually discontinued due to a retailer-identified full-series functional obsolescence at some point within the many years following this DS3800NUVA1B1B device original Mark Series product series rollout. With this being the case, the Mark IV Series retains a number of crucial applications in the management systems and control systems of General Electric-accepting gas and steam turbine automated drive assemblies, and is still considered an attractive prospect within the greater automated industrial promotional community given its status as one of the lastly-developed GE Mark produt series to incorporate the patented Speedtronic control system technology into many of its offerings.
Hardware Tips and Specifications
The DS3800NUVA1B1B is a UV relay card by General Electric featured in the Mark IV Speedtronic turbine series. The DS3800NUVA1B1B has sixteen integrated circuits. The integrated circuits hold all the programming for the DS3800NUVA1B1B to operate properly. The DS3800NUVA1B1B has four large yellow capacitors, three small yellow capacitors, two small silver capacitors, two large silver capacitors, a red circular capacitor, and a large black capacitor. Capacitors are used to store extra energy in an electrical field. The DS3800NUVA1B1B has four crystal oscillators which create a precise frequency. The DS3800NUVA1B1B has six small black transistors and one small circular silver transistor. The transistors amplify or switch electrical power and electronic signals. The DS3800NUVA1B1B has one hundred and thirty-five resistors of various sizes and colors. A resistor restricts the energy flow around the board. A resistor can be identified by the colored bands around the outside of the resistor. Resistors can have up to five different colored rings, these rings have a corresponding code to identify how much energy the resistor can restrict.
The DS3800NUVA1B1B connects to surrounding circuit boards with a feminine terminal port on one edge of the board and a masculine terminal port on the other edge. The DS3800NUVA1B1B also has two clasps and a few places to put bolts to secure the board into place. The DS3800NUVA1B1B has nineteen green bead like diodes, three brown diodes, eight teal diodes, nine large light blue diodes, and six small light blue diodes. Diodes only allow energy to flow in one direction through them. The DS3800NUVA1B1B has ten red LEDs. An LED is a diode that lights up as energy flows through it. Any diode, capacitors, resistors, transistor, or even specialized integrated circuit available to the normal Mark IV Turbine Control System Series assembly of this DS3800NUVA1B1B product should exist as part of a broader voltage regulation and suppression strategy standardized to the rest of this DS3800NUVA1B1B product's Mark IV Series. Given this DS3800NUVA1B1B product's attribution to a now-obsolete legacy General Electric product series, as discussed just above, the DS3800NUVA1B1B functional product number can be introduced as a decent supplementary source of DS3800NUVA1B1B Board hardware component and component specification information, as it codes for a set of relevant DS3800NUVA1B1B Board details through a characteristic series of General Electric-designed functional naming components. For instance, this DS3800NUVA1B1B functional product number is started off with the dual-functional DS3800 series tag indirectly highlighting this DS3800NUVA1B1B product's normal Mark IV Series assembly on top of its domestic original manufacture location. Some of the other relevant hardware details revealed in this manner include the DS3800NUVA1B1B device's NUVA functional product abbreviation as well as its group one Mark IV Series product grouping and its unique revision history. If you want more information, please contact the knowledgeable team at AX Control.
