PWD-5530-08-TNC-79

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RF power dividers, or also known as RF splitters, are an essential component in many radio frequency (RF) applications. The PWD-5530-08-TNC-79 specifically is a passive four-way RF power divider that can be used in many different RF applications. This article will discuss the application field and working principle of the unit.

Application Field

The PWD-5530-08-TNC-79 can be used to split an RF signal into four parts with defined proportions. This unit performs well in various applications such as cellular repeaters, transmission networks, Wi-Fi networks, multi-band antenna applications, digital broadcasting systems, and many more. The device is suitable for a wide working frequency range from 0.8 to 6GHz, making it a versatile choice for different applications.

Working Principle

This device functions by dividing an RF signal from an input port to four output ports. The PWD-5530-08-TNC-79 is equipped with a high accuracy Wilkinson power divider comprising high-quality components, which ensures an optimal value of insertion loss. The powerful Wilkinson power divider divides the power without introducing any additional signals, allowing for high linearity across different frequencies.

In terms of performance, this unit demonstrates low VSWR across the operating frequency range, with a maximum return loss below 1.2 at 5GHz. The PWD-5530-08-TNC-79 is designed to support ACP tests as per TIA and 3GPP standards.

Due to its high power level, small size, and wide operating frequency range, the PWD-5530-08-TNC-79 is a great choice for multi-band antenna applications, Wi-Fi networks, or digital broadcasting systems. Its robust body ensures a long-term operational life and minimal performance changes without any external influence.

Conclusion

The PWD-5530-08-TNC-79 is a four-way passive RF power divider equipped with a high accuracy Wilkinson power divider that can be used in a variety of applications. Its wide working frequency range from 0.8 to 6GHz and low VSWR makes it a versatile choice for transmission networks, Wi-Fi networks, multi-band antenna applications, and digital broadcasting systems. Moreover, its rugged body ensures a robust and accurate performance over a long period of time.

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