11 Way Power Dividers／ Combiners

The structure of a power divider is generally composed of input end, output end, reflection end, resonant cavity, and electromagnetic components. The basic working principle of a power divider is to divide an input signal into two or more output signals, with each output signal having equal power. The reflector reflects the input signal into a resonant cavity, which divides the input signal into two or more output signals, each with equal power.
The 11 channel power divider/combiner can meet the specified requirements for separating or combining data signals between 11 inputs or outputs.
The key indicators of a power divider include impedance matching, insertion loss, isolation degree, etc.

1. Impedance matching: By distributing parameter components (microstrip lines), the problem of impedance mismatch during power transmission is solved, so that the input and output impedance values of the power divider/combiner should be as close as possible to reduce signal distortion.
2. Low insertion loss: By screening the materials of the power divider, optimizing the manufacturing process, and reducing the inherent loss of the power divider; By selecting reasonable network structure and circuit parameters, the power division loss of the power divider can be reduced. Thus achieving uniform power distribution and minimum common loss.
3. High isolation: By increasing isolation resistance, the reflected signals between output ports are absorbed, and the signal suppression between output ports is increased, resulting in high isolation.

Application:

Qualwave inc. provides 11-Way power divider/combiner in the frequency range of DC to 1GHz, with a power of up to 2W.