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  • Control Panel UPS: Battery Selection Considerations
    When a control system requires battery backup, several factors drive the selection for the uninterruptible power supply (UPS) battery. Designers must understand the temperature range for the application, voltage, current, and back-up time requirements for the load. These requirements will determine
  • Calculating Battery Capacity
    There is an on-going debate within the battery industry today regarding the correct method for calculating the capacity of a battery in a high-rate discharge application, such as an Uninterruptible Power Supply (UPS) battery plant. The contention is that the end-of-life requirement
  • UPS-Genset Compatibility
    of critical loads. A UPS provides quality power and isolates loads from upstream disturbances, in addition to supplying battery backup power that can last from a few minutes up to several hours. Beyond the battery backup time, the genset steps in to provide long protection. Note however
  • Best Practices for 24 V DC-UPS Installations
    Selecting the proper battery for an uninterruptible power supply (UPS) system can be a complicated process in any application. Designers must understand several factors to make the proper decision: voltage, current, and back-up. requirements for the load. When the system also requires Class I
  • Offline UPS Reference Design Using the dsPIC DSC (.pdf)
    The reference design in this application note describes the design of an Offline Uninterruptible Power Supply (UPS) using a Switch Mode Power Supply (SMPS) dsPIC (R) Digital Signal Controller (DSC). The Offline UPS Reference Design consists of three major UPS topology blocks: 1)Push-Pull Converter
  • Low-Voltage Power Design: Control Panel Battery Backup
    When a control system requires battery backup, several. factors drive the design for the uninterruptible power. supply (UPS) section. First and foremost, the designer. must understand the voltage, current, and back-up. time requirements for the load. Depending on these. requirements, the designer
  • Ultra-Capacitor DC UPS: Your Best Choice to Ensure that Critical Information and Functions Remain Available When Supply Voltage Drops Out
    batteries also have been developed for single use or rechargeable UPS applications, but they typically require minutes to discharge, not seconds. Unlike a battery, an ultra-capacitor doesn't depend on a chemical reaction to charge or discharge so it's capable of fast response and the charge-discharge
  • Developing An Advanced, Predictive Battery Health Monitoring Solution With A Low-cost Microcontroller Solution
    uninterruptable power supplies (UPS) for server and telecom applications and even hybrid automotive designs - predicting the failure point, available capacity or lifespan of battery back-up and power delivery systems is becoming more challenging for power electronics system designers. Especially

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