Defence Wireless

A 4 Way Microstrip Power Splitter is an RF component that evenly divides one input signal into four output signals using microstrip technology on a printed circuit board. It offers compact design, low insertion loss, and good isolation, making it suitable for wireless communication, radar, and signal distribution in compact electronic devices.

A 2 Way Microstrip Power Splitter is an RF component that divides an input signal into two equal output signals using microstrip technology on a printed circuit board (PCB). It offers compact size, low insertion loss, and good isolation, making it suitable for wireless communication, radar, and signal distribution applications in compact electronic systems.

A 3 Way Cavity Power Splitter is an RF device that evenly splits one input signal into three output signals with minimal insertion loss. Utilizing cavity resonators, it offers high isolation and efficient power handling, making it ideal for applications in broadcasting, communication systems, and radar where precise signal distribution is essential.

A 3 Way Microstrip Power Splitter is an RF device that divides one input signal into three equal output signals using microstrip circuitry on a PCB. It provides compact size, low insertion loss, and good isolation, making it ideal for wireless communication, radar, and signal distribution in space-constrained electronic systems.

An 8 Way Microstrip Power Splitter is a compact RF device that divides an input signal evenly into eight output paths using microstrip technology. It features a printed circuit design on a dielectric substrate, offering low insertion loss, good isolation between outputs, and consistent phase and amplitude distribution. Commonly used in wireless communications, antenna arrays, and signal distribution networks where multiple simultaneous outputs are needed from a single RF source.