HMC426MS8E

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HMC426MS8E is a high-performance RF power divider/splitter belonging to the family of RF power dividers/splitters. It operates within the frequency range of 4–8 GHz, has low insertion loss and is usable over all common impedance ranges. The low insertion loss allows for an easier insertion of signals into the system. It offers insertion loss of 0.4 dB at 4–8 GHz and isolation of 28 dB at 4–8 GHz. Additionally, it has >30 dB of return loss and input/output matching of 17 dB.

HMC426MS8E has a low intermodulation distortion, which reduces distortion caused by multiple frequencies present in the input. It is able to handle an input power up to 17 dBm, making it suitable for use in high-power applications. With an operating temperature range of -55℃ to +105℃, it is also suitable for use in a wide variety of environments. The surface mount package of this device is able to fit into small areas.

HMC426MS8E is ideal for use in wireless communication systems such as Wi-Fi, GSM/CDMA, and other cellular and broadcast systems, antenna and signal distribution networks, and military communication networks. It can be used to split signals into multiple branches or to combine multiple signals to create a single beam. It is also suitable for use in RF-over-fiber systems where it can be used to split multiple light signals into multiple optical signals.

HMC426MS8E operates on the principle of distributing a single RF signal into multiple signals of equal amplitude and power along two or more branches. It is a passive device, which means that no external power is required to operate it. This device is a four-way power splitter, meaning that it divides a single signal into four signals that are equally distributed. It also features a low intermodulation distortion and low insertion loss, enabling it to handle more input signals without distorting them.

HMC426MS8E is an ideal device for applications within the 4–8 GHz frequency range and which require signal splitting or combining. It provides excellent performance in a highly reliable surface mount package. It is able to handle high input power and has a low intermodulation distortion, making it suitable for use in high-power applications.

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