DC-110Ghz 2 Way 0 ° Resistance Power Divider combiner

LEADER-MW DC to 110 GHz 2-Way 0° Resistive Power Divider/Combiner is a critical passive component for ultra-broadband millimeter-wave (mmWave) systems. Its defining feature is the ability to operate from DC all the way to 110 GHz, making it indispensable for high-speed test and measurement, as well as next-generation communications .

A DC to 110 GHz 2-Way 0° Resistive Power Divider/Combiner is a critical passive component for ultra-broadband millimeter-wave (mmWave) systems. Its defining feature is the ability to operate from DC all the way to 110 GHz, making it indispensable for high-speed test and measurement, as well as next-generation communications .

As a 2-way, 0° device, it equally splits an input signal into two output signals with equal amplitude and identical phase (0° phase shift) . It utilizes a resistive design, which, unlike resonant Wilkinson dividers, ensures a flat frequency response from DC to 110 GHz . However, this comes with the trade-off of higher insertion loss, typically between 7 to 9 dB, and lower isolation between output ports . It is rated for a low input power of approximately 0.2 Watts (CW) .

For connectivity, these modules are equipped with precision 1.0 mm (W1) connectors to maintain signal integrity at these extreme frequencies . While its reciprocal nature allows it to function as a combiner, resistive designs are generally not recommended for combining high-power signals due to their lack of internal isolation .

device, it equally splits an input signal into two output signals with equal amplitude and identical phase (0° phase shift) . It utilizes a resistive design, which, unlike resonant Wilkinson dividers, ensures a flat frequency response from DC to 110 GHz . However, this comes with the trade-off of higher insertion loss, typically between 7 to 9 dB, and lower isolation between output ports . It is rated for a low input power of approximately 0.2 Watts (CW) .

For connectivity, these modules are equipped with precision 1.0 mm (W1) connectors to maintain signal integrity at these extreme frequencies . While its reciprocal nature allows it to function as a combiner, resistive designs are generally not recommended for combining high-power signals due to their lack of internal isolation .