RF Microstrip Power Dividers/Combiners
RF Microstrip Power Divider/Combiner is a device which divides one input signal energy into two or more equal or unequal energy ways. Alternatively, multiple signal energy can be combined into one output, which is also called a combiner.
RF microstrip power combiners and RF splitters are the same items. The same circuit can be used to combine and split RF power, with the difference that RF power is applied to one port and extracted from another port in the case of an RF splitter, whereas with an RF combiner, the power is applied in the opposite direction.
XINQY RF Microstrip Power Dividers/Combiners are available in N-Type,SMA,TNC,2.92mm connectors,etc. Frequency ratings for XINQY RF Microstrip Power Dividers/Combiners range from 1MHz to 40GHz.
XINQY RF Power Dividers/Combiners are offered in the popular 2 way/4 way/6 way/8 way/10 way/16 way/24 way/32 way/64 way configurations. And the product features of XINQY RF Microstrip Power Dividers/Combiners are low insertion loss,low vswr,high isolation, excellent amplitude balance.
XINQY Enterprise can be contacted through e-mail at [email protected], if you have any enquiries.
RF Resistive Power Divider/Combiner
RF Coaxial Adapter Same Series
RF Coaxial Adapter Between Series
Microstrip power dividers are electronic devices that split a signal into multiple output signals with a specific power ratio. They are used in various applications:
1. Wireless communication systems: Microstrip power divider is used in wireless communication systems to split a high-power signal into multiple signals that are then transmitted to different antennas.
2. Radar systems: In radar systems, microstrip power dividers are used to split a high-power signal into multiple signals that are then transmitted to multiple antennas, allowing the radar to scan a wider area.
3. Test and measurement equipment: Microstrip power splitter is used in test and measurement equipment to split a signal into multiple signals that can be measured simultaneously.
4. Medical imaging: Medical imaging microstrip power combiners can split a high-power signal into multiple signals that are then transmitted to different parts of the body.
5. Satellite communication: To split a high-power signal into multiple signals that are then transmitted to different satellite antennas.
6. Broadcasting: To split a signal into multiple signals that are then transmitted to different broadcast towers.
