The most common solution to this problem is to enable the supply to measure the output voltage at the load instead of at the output terminals. This methodology is called “remote ...
Guide If the controller chip can''t get enough supply through the aux winding then the charge stored by the 22u capacitor will be consumed by the controller chip quickly. So the voltage across the
Guide This Measurement Tip describes how to improve power supply performance and safety using remote sensing and remote inhibit.
Guide Remote sense provides a straightforward way to correct them by letting the supply monitor the voltage at the load itself and adjust its output accordingly. Understanding how this mechanism
Guide When the device is operating in Constant Voltage mode, local sense forces the requested voltage at the output terminals of the device. The actual voltage at the DUT terminals is lower than the requested
Guide Probably the most common cause of an overvoltage condition is an operator adjusting the power supply output voltage too high. The remedy is to switch it off, turn the output adjustment
Guide At that time, telephone lines were used to transmit data from a number of electric power plants to a central office. It is likely this “supervisory” control was done to avoid having personnel stationed at
Guide The load stays in remote sense mode as long as the voltage difference between remote and local sense measurements is within ±5% of the MagnaDC power supply''s rated voltage. When the load fails to
Guide The available power planes can be used to reduce the DC voltage gradient to within regulation tolerance. The power plane helps with DC-regulation accuracy and improves system efficiency by
Guide Remote sense enables power supplies to overcome voltage drop caused by the supply leads. Learn more about remote sense and other power supply operations.
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