A battery's voltage naturally drops as it discharges. To get a stable voltage out of it, you want a voltage regulator. Voltage regulators come in two flavors, linear and switching.
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AI Customer ServiceAssuming the 12v battery never goes beyond 12.7v (typical max charge of a 12v battery), the only way to go is down. A Boost converter with passthrough
AI Customer ServiceThe experimental results shown in Fig. 6 reveal that the battery regulated by VAVS can supply a stable average output voltage of about 12.1 V. This value is the standard
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AI Customer ServiceA battery''s voltage naturally drops as it discharges. To get a stable voltage out of it, you want a voltage regulator. Voltage regulators come in two flavors, linear and switching.
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AI Customer ServiceThen, by varying the engine rotation speed of vehicle, VAVS applied in vehicle battery supplies a constant voltage of about 12.1 V. The lowest line regulation analysis reveals a regulated voltage fluctuation of 0.17%/V.
Ditch your system designer! Instead use an accu with a higher voltage than the motors, and use a PWM to get constant motor power. Batteries are very well self-regulated. Their voltage will only change according to the load, and will steadily decline as power is removed. Are you sure you need to "regulate" the voltage at all?
One important characterization to determine the performance of an automatic voltage stabilizer is the Line Regulation which determines the ability of a device to maintain a constant output voltage despite changes to the input voltage.
By considering Al electrolytic capacitor, type of diode, resistor, and transistor, the VAVS device stabilizes the input voltage from 10-15V to obtain an output voltage of 12V. Then, by varying the engine rotation speed of vehicle, VAVS applied in vehicle battery supplies a constant voltage of about 12.1 V.
Based on Line Regulation analysis, the lowest line regulation of the regulated battery variation is 0.17%/V with an average of 0.54%/V, showing that the VAVS device works very well and complies with the standard rule of voltage stabilizers.
It can be concluded that through a correct arrangement of the components and compositions, the VAVS device can overcome the voltage fluctuations in the battery caused by changes in engine speed.
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