What is a diode bridge?

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LED bridge is a set of four diodes interconnected in such a way that the remaining two to the remaining two creates a direct current output (DC) to the remaining two. The diode bridge or diode bridge rectifier, as they are also known, is an electrical part of the smoothing or axle of the AC power supply for DC production. A very good example of a diode bridge at work is the AC mobile phone charger, which, when connected to the AC socket, adds a DC current to charge the phone.

In order to understand the operation of the diode bridge, it is necessary to know the basic differences between AC and DC power and how diodes work. Most people are well familiar with the use of batteries in homes, toys, cameras and phones. The battery is a good example of the DC power supply that has a set polarity, ie a positive and negative terminal that will never change. The AC power source meets Vmestic Power Socket has AC polarity that reverses approximately 50 to 60 times per SEKundu.

When using AC power to control the DC device, this alternating or reverse alternating polarity must be smoothed or remedied to form a stable, unchanging polarity that characterizes the DC power supply. Without this repair, the power of the AC would damage or destroy the device. In most applications, this smoothing is achieved using a bridge rectifier or diode bridge.

LEDs are electronic components that allow power flow in only one direction. When the four diodes are connected in rectification configuration, they effectively cut one half of the alternating cycle and leave half to pass the bridge. The force that can pass through the bridge bridge is not a particularly smooth current of DC, but at least the stable polarity or positive negative relationship is manifested. This is known as the rectification of half the wave, because half of the AC wool cycle is removed or blocked. For smoothing the remaining ripple of the AC current from the inlet, the capacitors can be inserted into positive and negative outputs.

LED bridges are used to produce DC power in a number of different applications from small power sources on electronic boards to huge industrial examples capable of supplying large DC electromagnets and engines. The physical size of the diode bridge is everything that changes in these applications; The basic bridge construction remains the same. Although there are other ways to produce DC power from AC van, the diode bridge remains the cheapest and most comfortable method.