The tricycle DC converter measures 11cm in length, 5cm in width, and 5cm in height. It converts the battery’s voltage into the appropriate working voltage for the tricycle’s electrical components. This is done by using power switching devices to turn the input voltage into a high-frequency pulse, which is then filtered to produce a stable DC output. This stable voltage powers components such as lamps, speakers, and instrument panels.
Since tricycle batteries typically provide high voltage, while some devices (like lights and horns) require lower voltage, the converter ensures these devices receive the correct voltage for proper and safe operation. It protects sensitive equipment from voltage fluctuations, helping to prevent damage and extend their lifespan. Additionally, by supplying optimal voltage, the converter improves energy efficiency and reduces power loss.