PWD-5512-T2-NNN-79

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RF power dividers, also known as signal splitters, are essential components in many modern wireless communication networks. The PWD-5512-T2-NNN-79 is one such component, designed to distribute a single signal into multiple, equal strength signals. The device is widely used in process monitoring, data acquisition, and remote control applications because of its accuracy, reliable performance, and low cost.

The PWD-5512-T2-NNN-79 utilizes a low-noise, wideband design to deliver excellent signal-to-noise ratio. Operating in the frequency range of 0 – 500MHz, the device offers high isolation between ports enabling it to distribute RF signals with minimal power loss. The device also offers adjustable power output enabling it to meet the needs of various applications.

The PWD-5512-T2-NNN-79 is best used in applications that require precise and consistent power division. Its precision control enables it to evenly divide signal power regardless of power input, making it ideal for many precision RF measurements and control applications. The device also offers unmatched differential gain and phase performance making it suitable for links involving multiple signal sources.

The PWD-5512-T2-NNN-79 operates on the principle of impedance matching. The device consists of two distinct sections: an impedive division element and a noise reduction element. The impedive division element divides the input signal into two (or more) equal amplitude parts, while the noise reduction element improves the signal-to-noise ratio to ensure accurate measurements. The PWD-5512-t2-NNN-79 uses precision resistors, capacitors, and coils to isolate signal ports from each other, resulting in excellent accuracy and stability.

In summary, the PWD-5512-T2-NNN-79 is a reliable and accurate RF power divider that offers excellent performance and value. It is suitable for many process monitoring, data acquisition, and remote control applications, delivering precise and consistent power division with minimal power loss. More importantly, the device features adjustable power output, high isolation between ports, and excellent differential gain and phase performance, making it the ideal choice for many precision RF measurement and control applications.

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