PWD-5514-T2-SMA-79

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The PWD-5514-T2-SMA-79 RF power divider/splitter is a top choice for those looking for superior performance in RF signal splitting applications. It is a high performance two-way Wilkinson splitter/divider which can be used in a wide range of applications, from Wi-Fi networks to satellite communications. This device is designed to divide signals up to 30 GHz into two independent outputs, while keeping its input signal power constant.

The PWD-5514-T2-SMA-79 offers great performance characteristics. It has excellent isolation between its two outputs, at more than 20 dB. Its port-to-port phase tracking is also excellent, with a variation of less than 10 degree over the entire frequency range. It also has a low loss of 1.3 dB at 13.5 GHz. The device has a 50 ohm characteristic impedance, and has an input power capability of up to 20 Watts.

The PWD-5514-T2-SMA-79 finds use in a wide range of applications, from military and aerospace markets to cellular and wireless communications. It is ideally suited for application in test and laboratory environments where precise signal division is required. It is also widely used in high frequency signal routing and microwave system components.

The working principle of this device lies in the use of two dual-section Wilkinson power dividers. These dividers divide the input signal into its two components. The two dual-section power dividers provide a signal tap at the output, which can be used to measure the power of each of the two outputs. This signal tap also serves to adjust the power levels between the two outputs, thus providing good isolation between the two output ports.

The PWD-5514-T2-SMA-79 is a highly versatile device which offers superior performance in splitting RF signals up to 30 GHz. Its excellent isolation between the two ports, combined with its port-to-port phase tracking and low loss characteristics make it an ideal choice for applications in test and laboratory environments, high frequency signal routing, and microwave system components.

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