3 resistor power dividers and 2 resistor power splitters do, however, have similar components. But the differences between rf power dividers and its opposing splitters could not have been any further apart. Both exhume completely different characteristics. Suitable for different and numerous purposes, dividers and splitters are not interchangeable either. By dint of its very name, the power divider divides equally the power of an input signal amongst numerous output signals.
The power divider is used as part of test and measurement risk management exercises. But the power divider can also be utilized as a power combiner. A 2 resistor power splitter, on the other hand, is used in leveling out loop measurement applications. It is also used for source leveling and subsequently achieves improved source matching for the user. 3 resistor power dividers are being used to distribute signals to two different antennae. A single power divider can be used to perform what are known as intermodulation distortion, or IMD, measurements.
But in this case, the power divider is essentially being used as power combiner. Two signals arise from two different sources. They are combined and then applied to what is termed as a device under test, or DUT. A spectrum analyzer will then be applied to measure the output of this DUT. And another use for the 2 resistor power splitter, not divider, is for the method of gain and power testing.
Whether you have intentions towards elevating the level of your prowess in a hobby of interest or whether there is space for its use in your commercial processing or manufacturing capacity, even for the purposes of general repair and maintenance work, it should go without saying that you should note in full the essential differences between power dividers and power splitters.