FBO16-12N

Diodes - Bridge Rectifiers are very important in various types of electrical systems. FBO16-12N is one of the most commonly used bridge rectifiers, with a wide range of applications and great performance. FBO16-12N is made of four diodes which form a single stage full-wave rectifier. Let us take a closer look at the application field and working principle of FBO16-12N.Firstly, the most common application field of FBO16-12N is in switching power supplies. Because FBO16-12N are compact, require less cooling and create less heat, the switching power supplies cannot be complete without them. Most importantly, FBO16-12N\'s excellent performance makes them ideal for use in switching power supplies.In addition, FBO16-12N is also widely used in battery charging systems, DC power supplies, and other AC-to-DC or DC-to-DC conversion circuits. The superior performance of the FBO16-12N makes it ideal for use in these types of applications.Finally, it should be noted that the FBO16-12N is not limited to these applications. In fact, it has a wide range of applications in other fields, such as telecommunications and digital signal processing, as well as in industrial control systems and robotics.Now let us turn to the working principle of FBO16-12N. In essence, the FBO16-12N is made up of four diodes which form a single-stage full-wave rectifier. That is, the four diodes act as a full-wave rectifier, allowing only positive or negative half-cycles of an AC voltage to be passed. In order to understand the working principle of FBO16-12N in more detail, let us consider an example. Let us assume that we have a simple AC Voltage source, with a peak voltage amplitude of Vp. For the sake of simplicity, we can assume that the AC voltage is sinusoidal.Now, when the AC voltage reaches its peak voltage amplitude (Vp), the four diodes in the FBO16-12N will conduct in a particular manner. Specifically, the anode of the first diode will be connected to the positive peak of the AC voltage, while the cathode of the fourth diode will be connected to the negative peak of the AC voltage. The remaining two diodes will be connected in a "parallel" manner, with the anode of one connected to the cathode of the other. This arrangement allows the FBO16-12N to pass the positive or negative half cycles of the AC voltage, depending on its polarity.When the AC voltage passes through the FBO16-12N, the resulting output signal is a DC voltage. This DC voltage also increases in magnitude with each successive peak voltage amplitude of the AC voltage. However, the amount of increase in the output voltage is not equal to the peak voltage of the AC signal, since some of the AC voltage is lost due to the diode\'s voltage drop.Finally, it should be noted that the FBO16-12N also have the ability to handle higher voltages and current levels, although this is more suited to industrial applications.In summary, FBO16-12N are bridge rectifiers which are made up of four diodes and have a wide range of applications. They are particularly useful in switching power supplies, battery charging systems, and DC power supplies. The working principle of the FBO16-12N is based on the single-stage full-wave rectification of AC voltages, resulting in a DC voltage at its output. In addition, the FBO16-12N can also handle higher voltages and current levels, which makes it ideal for industrial applications.

FBO16-12N

IXYS

3.62 $

1000

DIODE BRIDGE 1PHASE I4-PA...