RFTYT 12 Way Power Divider

The power divider is a common microwave device used to distribute input RF signals to multiple output ports in a certain power ratio. The 12 ways power divider can equally divide the input signal into 12 wayss and output them to the corresponding ports.

The 12 ways power divider operates based on the principle of electromagnetic field distribution, usually using structures such as microstrip lines, H-shaped lines, or planar transmission lines to ensure the transmission effect and distribution uniformity of high-frequency signals.

The basic principle of a 12 ways power divider is that the input end can be connected to 12 output ports through a power divider network, and the distribution network in the power divider network distributes the input signal to each output port according to certain design requirements; The impedance matching network in the distribution network is used to adjust the impedance matching of the signal to improve the bandwidth and overall performance of the power divider; The phase control structure in the allocation network is used to ensure the phase relationship between various output ports, in order to ensure the phase consistency of the RF power divider output.

The power divider has the characteristic of multi port allocation, and the 12 ways power divider can evenly allocate input signals to 12 output ports, meeting the allocation requirements of multiple signals. At the same time, it also has a wide operating frequency band, which can meet the transmission requirements of high-frequency signals. The phase consistency between the output ports of the power divider is good, suitable for application scenarios that require phase synchronization, such as interference source arrays, phased arrays, etc. The 12 ways power divider is also widely used in radio frequency communication systems, radar systems, satellite communication systems, radio equipment, etc., for distributing signals, improving system performance and flexibility.

The production of 12 ways power splitters usually uses high-quality dielectric materials, which can meet the transmission and distribution requirements of high-frequency signals. Design different structures based on different operating frequency bands and performance requirements, and optimize and adjust them to achieve low loss and uniform power sharing effect. Its precise processing technology ensures the accuracy and stability of the device.