GE DS215MVMAH1AAA MV2000 T-Link Multiplexer Board

GE DS215MVMAH1AAA is a highly specialized printed circuit board module used in General Electric’s industrial control systems.1 It is identified as an MV2000 T-Link Multiplexer Board.2

This board is a critical component of the GE Speedtronic Mark V Turbine Control System.3

⚙️ Key Specifications and Function

Feature Specification/Description
Product Type MV2000 T-Link Multiplexer Assembly
Series/Family GE Speedtronic Mark V Turbine Control Systems
Core Function Signal Aggregation and Routing (Multiplexing). The primary role is to combine or share input signals from multiple devices (like sensors) through a single resource. This optimizes the use of high-value system resources, such as: * Analog-to-Digital Converters (ADCs). * Communication channels (buses).
“T-Link” Refers to a type of high-speed communication link or network architecture specific to the Mark V system, which the multiplexer manages to ensure efficient data transfer.
Architecture It is a complex printed circuit board designed to be integrated into the VME rack of the Mark V system, where it manages the flow of critical sensor data to the main control processors.
التصنيف:

الوصف

The GE DS215MVMAH1AAA is a highly specialized printed circuit board module used in General Electric’s industrial control systems.1 It is identified as an MV2000 T-Link Multiplexer Board.2

This board is a critical component of the GE Speedtronic Mark V Turbine Control System.3

⚙️ Key Specifications and Function

Feature Specification/Description
Product Type MV2000 T-Link Multiplexer Assembly
Series/Family GE Speedtronic Mark V Turbine Control Systems
Core Function Signal Aggregation and Routing (Multiplexing). The primary role is to combine or share input signals from multiple devices (like sensors) through a single resource. This optimizes the use of high-value system resources, such as: * Analog-to-Digital Converters (ADCs). * Communication channels (buses).
“T-Link” Refers to a type of high-speed communication link or network architecture specific to the Mark V system, which the multiplexer manages to ensure efficient data transfer.
Architecture It is a complex printed circuit board designed to be integrated into the VME rack of the Mark V system, where it manages the flow of critical sensor data to the main control processors.
Firmware Role The suffix H1AAA indicates a specific hardware and firmware configuration that defines the board’s exact operational logic and communication protocols.
Importance By consolidating signals, it reduces the need for separate input lines for every sensor, significantly optimizing resource usage and reducing the complexity of the wiring and control system.

In summary, the DS215MVMAH1AAA is essential for the efficient and reliable flow of data within the Mark V system, ensuring that the main controllers receive all necessary sensor readings in a timely manner for real-time control and monitoring.4