BB-DSLP-PCIE-100

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

BB-DSLP-PCIE-100, a power supply module, has been gaining a lot of attention lately as a reliable, cost-efficient choice for an extensive range of applications. This article will explore the many facets of the BB-DSLP-PCIE-100, discuss its use in various applications, and explain its underlying working principle.

BB-DSLP-PCIE-100: An Overview

The BB-DSLP-PCIE-100 is a bus-powered, modular power supply module designed for use in embedded platforms. It employs a fast signal system and features a maximum wattage of 100 watts. This capability makes it an ideal choice for a wide variety of applications, from powering motherboards and graphics cards to providing reliable power for storage devices. It also provides an energy-efficient option for cooling systems, as well as a reliable source of power for embedded controllers and other industrial equipment.

The BB-DSLP-PCIE-100 comes with a host of features, including an adjustable input voltage range of 3V-19V, an adjustable output of 0.7V-17V, and a robust thermal design that ensures maximum efficiency and reliability. It also features a comprehensive monitoring system, which allows users to monitor their system’s power draw and take appropriate measures when needed. This makes the BB-DSLP-PCIE-100 an invaluable tool in the maintenance of a system’s power.

Application Fields: Where the BB-DSLP-PCIE-100 Shines

The BB-DSLP-PCIE-100 is designed for use in a variety of applications. It is frequently deployed in cloud computing services, which benefit from its ease of scalability, high performance, and cost- effectiveness, as well as its environmental-efficiency. It is also commonly used in embedded systems, particularly those utilizing industrial-level components, where its superior thermal and electrical design provide a reliable power supply for large-scale operations. Additionally, the BB-DSLP-PCIE-100 is recommended for high-end gaming rigs and other platforms, thanks to its ample wattage and energy-efficiency.

The BB-DSLP-PCIE-100 is also an ideal choice for large-scale data centers, where its strict efficiency standards, scalability, and performance are invaluable. This makes it a preferred powering option for server racks, as it can provide a reliable, cost-effective, and energy-efficient solution for enterprises of various sizes. Finally, the BB-DSLP-PCIE-100 can be used for a variety of other applications, as it meets the necessary requirements for powering various industrial equipment and peripherals.

The Working Principle of the BB-DSLP-PCIE-100

At its core, the BB-DSLP-PCIE-100 works by leveraging a bus-powered input and a fast signal system. This allows the module to deliver up to 100 watts of power while maintaining an efficient and reliable signal throughout the entire system. This system is designed to effectively sense the level of power needed by the system at any given time, and adjust the output accordingly. This ensures that the user is always receiving the necessary power, while avoiding any type of wasteful energy.

The BB-DSLP-PCIE-100 also comes with a comprehensive monitoring system, designed to keep track of power draw and alert the user if any problems arise. This allows the user to quickly and efficiently troubleshoot and repair any issues, without having to search for the source. This monitoring system ensures that the user gets the reliable power they need, when they need it.

Conclusion

The BB-DSLP-PCIE-100 is a reliable and cost-effective module designed for a wide range of applications. Its fast signal system and adjustable input/output options make it an ideal choice for systems ranging from cloud computing to large-scale data centers, where its thermal efficiency and robust design can provide a reliable power source. Furthermore, its comprehensive monitoring system lets users know if there are any problems, allowing them to take immediate action. Therefore, the BB-DSLP-PCIE-100 is a great choice for many different applications.

The specific data is subject to PDF, and the above content is for reference