DS3800NSCC General Electric Speed current regulator card

Part Number DS3800NSCC Manufacturer General Electric Country of Manufacture As Per GE Manufacturing Policy Series Mark VI/VIe Function Module Availability In StockDS3800NSCC is a Speed Current Regulator card developed by General Electric. It's from the Mark IV series. This series was created with triple-redundant backups on all essential parameters and controls and was designed for steam or gas turbine management. The DS3800NSCC is constructed with two PCB mating connectors on opposite sides of the board. A 218A4637P1 87936-1 connector is on the right, and a 218A4553-1A/mp 533002-1 connector is on the left. Behind this second connector, the board is numbered in tens (from ten to eighty). One Augat connector is also included. One amber LED, labeled "Imok," is included in the PCB. There are fourteen test spots on the board. Acom, Fcl, Sra, Tstn, Sp, Tstt, Out, Rcl, Fc1, Tstc, Sus, Rlt, Rla, and Sua are the labels for these. Polyester film capacitors, particularly 708D1 m/e.10 +/- 10% 80v, are used in the board. It also includes a number of smaller ceramic capacitors. Ceramic-covered metal film resistors make up the majority of the resistors on the board. Two edges of the card have been marked for alignment. It is equipped with extractor/inserter clips. Extractors aid professionals in installing or removing PCBs from tight spaces without damaging circuitry or components by providing a handle to grasp the board and a lever to pull the board out of place (by pushing the clips against the chassis frame.) Multiple circuits are used in the board, including quad 2-input exclusive-or gates and quadruple differential comparators.SPEED CURRENT REG

The characteristics of DS3800NSCC general electric speed and current regulator card mainly include: high integration, comprehensive functions, and suitability for various industrial environments. In detail:Highly integrated and fully functional: the card integrates the adjustment function of current and speed, and can process various analog signals, such as temperature and pressure, and convert them into digital signals for analysis by the control system. At the same time, it also has intelligent diagnosis function, which can monitor the working state of the module and the health of the input signal in real time.High precision and stability: advanced microprocessor technology is adopted to ensure the accuracy and reliability of the signal and meet the requirements of high precision control. Its resolution is usually between 12 bits and 16 bits, which can accurately distinguish small signal changes.Strong anti-interference ability: the module has good electrical isolation performance, which can effectively prevent signal interference and ensure the purity of signals and the stable operation of the system. At the same time, it also has strong anti-electromagnetic interference ability and is suitable for complex industrial environment.Flexible configuration and expansibility: It supports multiple communication protocols, and can seamlessly connect with the upper computer and other control devices to realize data exchange. Its modular design is also convenient for installation and maintenance, and the number of modules can be flexibly increased or decreased according to actual needs.