
正確完成模組化 DC-DC 系統設計
您將瞭解輸入輸出濾波、保護、與電源的相容性以及負載動態等主題
Knowing exactly how power components will behave is crucial if engineers are to be able to develop power systems that work as intended on the first revision. Our online simulator tool provides precision modeling of electrical and thermal behavior for a range of our products, enabling engineers to understand exactly how they will operate in a real application.
This online simulator tool allows the user to define the operating and environmental conditions: in addition to setting the basic Line and Load conditions, the user can also adjust input and output impedance and filter conditions. A range of products are supported by the simulator, including DCMs, BCMs, PRMs, PFMs and Intermediate Bus Converters (IBCs). Currently over 50 standard Vicor power components are supported. The tool will simulate input voltage startup, EN startup, steady state operation, EN shutdown, a step change in the load and a step change in input voltage. This allows power system designers to understand the operation of the component in a wide range of different situations. The simulator allows the values of filter and other peripheral components to be modified, and the user can select the duration of the simulation. When the simulation is run, the tool produces detailed voltage and current waveforms to show the behavior at various points in the circuit that are selectable by the user.
The Vicor online simulator tool is a valuable tool that provides a detailed analysis of the operation of many of the Vicor power components, making it easy to model the performance of your system.
正確完成模組化 DC-DC 系統設計
您將瞭解輸入輸出濾波、保護、與電源的相容性以及負載動態等主題
在電氣化的時代,12V 電池仍然是必要的嗎?
目前的純電動汽車由 400V 或 800V 的電池供電。 那麼還需要 12V 的電池嗎? 瞭解小巧的電源模組如何取代 12V 電池
High-density power modules boost performance for a new generation of mobile robots
Minimizing size and weight are important in robotics design, but increasing power is essential for supporting new sensors, peripherals and features.
MOSA 電源、定制組件、工程人才:與 Vicor 的 John Sturm 的問答
SOSA 提供了一定程度的標準化。 MOSA 從系統的角度能够確保硬體與軟體發展的相容性和互操作性