OVR

(redirected from Output Voltage Ripple)
AcronymDefinition
OVROver
OVROhio Valley Region
OVROpenbaar Vervoer Reisinformatie (Dutch: Public Transport Travel)
OVROverwrite
OVROffice of Vocational Rehabilitation
OVROverride
OVROvertype
OVROverlay File
OVROversize
OVROffice of Vital Records
OVROttawa Valley Railway
OVRFatherland-All Russia (Russia)
OVRProgram Overlay (File Name Extension)
OVROffice of Victims' Rights (Alaska)
OVROccurrence/Variance Report (various hospitals)
OVROutput Voltage Ripple
References in periodicals archive ?
We can find from (25) and (33) that the inductor current ripple and the output voltage ripple are closely related to the order of energy storage elements.
The proposed methods not only preserve the fast transient response characteristic of a self-oscillating controlled system, but also improve the steady state response by lowering the output voltage ripple.
It possesses inductors both in input and output sections, so that the output current ripples are very small, leading to low output voltage ripple around 300 mV.
5 percent output voltage accuracy over line, load, and temperature, Excellent load transient and output voltage ripple, Precision enable for sequencing, Full suite of protections, Low EMI, Programmable soft-start
The proposed Neuro Fuzzy controller for negative output KY boost converter modeled in this article demonstrate reduction in output voltage ripple from 60 mV to 3 mV with decrease in settling time and reduction in peak overshoot of the output when compared with the existing PI controlled system.
Previous hysteretic control devices required some output voltage ripple so that the comparator hysteresis is functioning properly.
By using a proprietary, high-speed, current-mode constant frequency PWM control scheme, the ADP2370/71 offer excellent stability and transient response to minimize the output voltage ripple.
The main switching converter must be designed to work in steady and a low output voltage ripple, but consequently with slow response.
Output voltage ripple is inversely proportional to the switching frequency and the inductor value.
Higher switching frequency decreases output voltage ripple and allows use of smaller, lower loss magnetic components.
With options for Burst Mode operation for the highest conversion efficiency at light load and pulse-skipping operation for lower output voltage ripple, gives users the option to personalize a circuit s performance.