Marki Microwave Signal Conditioning

Signal Conditioning A resistive 2-way power divider that features broadband operation from DC to 40 GHz. Resistive power dividers offer 6 dB nominal insertion loss and excellent amplitude and phase balance.

Signal Conditioning 2-Way Wilkinson power dividers can be used for both in-phase power splitting and power combining applications.

Signal Conditioning 2-Way Wilkinson power dividers can be used for both in-phase power splitting and power combining applications.

Signal Conditioning 2-Way Wilkinson power dividers can be used for both in-phase power splitting and power combining applications.

Signal Conditioning 2-Way Wilkinson power dividers can be used for both in-phase power splitting and power combining applications.

Signal Conditioning 2-Way Wilkinson power dividers can be used for both in-phase power splitting and power combining applications.

Signal Conditioning 2-Way Wilkinson power dividers can be used for both in-phase power splitting and power combining applications.

Signal Conditioning 2-Way Wilkinson power dividers can be used for both in-phase power splitting and power combining applications.

Signal Conditioning 3-Way Wilkinson power dividers can be used for both in-phase power splitting and power combining applications, featuring the lowest insertion loss (ideally 4.77 dB 3-way splitting loss), excellent amplitude and phase balance, and high isolation.

Signal Conditioning 3-Way Wilkinson power dividers can be used for both in-phase power splitting and power combining applications, featuring the lowest insertion loss (ideally 4.77 dB 3-way splitting loss), excellent amplitude and phase balance, and high isolation.

Signal Conditioning 4-Way Wilkinson power dividers can be used for both in-phase power splitting and power combining applications. These power dividers are realized as a cascade of two 1:2 Wilkinson power dividers integrated into a single package.

Signal Conditioning 4-Way Wilkinson power dividers can be used for both in-phase power splitting and power combining applications. These power dividers are realized as a cascade of two 1:2 Wilkinson power dividers integrated into a single package.