DS3800NPSK1D1B - Power Supply Board

SPECIFICATIONS

Part Number: DS3800NPSK1D1B
Manufacturer: General Electric
Series: Mark IV
Product type: Power Supply Board
Availability: In Stock
Country of Manufacture: United States (USA)

Functional Description

DS3800NPSK1D1B is a Power Supply Board designed and developed by GE. It is a part of the Mark IV control system. The function of the board is to supply consistent and regulated power to various components and modules within the system, ensuring uninterrupted operation and performance. The board maintains precise voltage levels to meet the stringent requirements of the control system, enhancing system stability and reliability. Incorporates redundancy features to mitigate the risk of power supply failures. Redundant power supply units ensure continuity of operations even in the event of a single unit malfunction.

Features

• Protection Mechanisms: Built-in protection mechanisms safeguard the board and connected components against voltage spikes, overcurrent conditions, and other potential electrical anomalies, extending the lifespan of the equipment and enhancing system reliability.
• Compatibility: The board is meticulously designed to seamlessly integrate with other components of the Mark IV control system, ensuring compatibility and interoperability across the entire system architecture.
• Compact Design: With a compact form factor, the board optimizes space utilization within control system enclosures, allowing for efficient installation and maintenance procedures.
• Reliability and Durability: Engineered to meet rigorous performance standards, the board exemplifies GE's commitment to reliability, durability, and quality craftsmanship. Rigorous testing and quality assurance protocols ensure that the board meets or exceeds industry standards for performance and reliability.

Hardware Features

• The primary objective was to establish a base hardware design capable of accommodating approximately 95% of customer panel requirements without necessitating hardware modifications. This universal design approach aimed to streamline the panel manufacturing process and reduce lead times by minimizing the need for custom hardware configurations.
• The hardware architecture was designed to support seamless integration of optional cards, modules, and cables to address specific customer requirements. By offering modular expansion options, the Mark IV panel could easily adapt to evolving customer needs and technological advancements without requiring substantial hardware changes.
• While the hardware provided a solid foundation, the true flexibility and customization capabilities were unlocked through software configuration. The software architecture was engineered to accommodate a wide range of customer-specific requirements, allowing for tailored configurations to suit unique operational environments and
• preferences.
  The hardware design underwent rigorous testing and validation procedures to ensure compliance with historical requirements and performance benchmarks. By subjecting the design to comprehensive testing protocols, engineers verified its reliability, robustness, and compatibility with existing systems.
• While the hardware design successfully met current customer requirements and passed initial testing, its true measure of success lies in its ability to evolve and adapt to future needs. As industrial processes, technologies, and customer demands continue to evolve, the Mark IV panel's hardware design remains poised to accommodate future requirements through software updates, modular expansions, and ongoing refinements.

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FREQUENTLY ASKED QUESTIONS

What is DS3800NPSK1D1B?
It is a Power Supply Board designed and developed by GE

How flexible is the hardware design in accommodating customer-specific requirements?
The hardware design offers a high degree of flexibility by allowing the integration of optional cards, modules, and cables to address specific customer needs. This modularity ensures that the panel can adapt to evolving requirements without extensive hardware changes.

How was the hardware design validated for reliability and performance?
The design underwent rigorous testing and validation procedures to ensure compliance with historical requirements and performance benchmarks. Engineers subjected the hardware to comprehensive testing protocols to verify its reliability, robustness, and compatibility with existing systems.

How does the hardware design anticipate future needs and advancements?
While meeting current requirements, the hardware design remains adaptable to future needs through software updates, modular expansions, and ongoing refinements. Its versatility and scalability lay the groundwork for accommodating future technological advancements and customer demands.