SKY65360-11

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RF amplifiers are the bread and butter of the wireless industry; they provide power amplification for signals traveling through the air and are essential for any wireless communication. The SKY65360-11 is an up-down wavelength division multiplexing (WDM) amplifier specifically designed for applications such as point-to-point WiMAX and WLAN systems, as well as other applications requiring high linearity and excellent noise performance. This article will explore the application field and working principle of the SKY65360-11.

What sets the SKY65360-11 amplifier apart is its Multi-Purpose Block (MPB) design; this enables it to amplify both receiving (Rx) and transmitting (Tx) signals simultaneously. Additionally, the amplifier features a large dynamic range of over 60 dB, enabling it to handle extreme signal levels with low distortion. Furthermore, an embedded Gaussian-filtered temperature compensated Automatic Gain Control (AGC) circuit maximizes the gain of the amplifier over a wide dynamic range.

The SKY65360-11 amplifier can be used in a variety of application fields. It is amenable to high-speed data transmissions, ensuring a consistent and reliable connection. Further, for mission-critical applications, this amplifier is capable of effectively reducing interference due to its integrated low-noise amplifier (LNA) and its adjustable gain and noise figure. This allows users to further optimize their systems for maximum performance.

The SKY65360-11’s working principle is that of up-down wavelength division multiplexing (WDM). In this system, separate optical signals are sent simultaneously to a single output fiber. The signals are amplified using the WDM amplifier and then sent out on one fiber. The amplifier divides the signals into multiple channels based on wavelength, amplifies them, and then recombines them back together before being transmitted out on one fiber.

The first step in this process is the input signal conditioning section; here, the signal is downconverted into the IF range, which is between 250 and 1000 MHz. The signal is conditioned to ensure it is properly tuned for amplification. From here, the signal travels to the band splitting circuit, where the signal is split into its two sub-bands, using high-order filters. These filters separate the two signals based on their respective frequencies and direct them to the amplification circuit.

The SKY65360-11 amplifier uses a pair of high power power amplifiers to amplify each of the two signals to their respective required levels. The amplifiers provide uniform gain across the full range of frequencies. Finally, the amplifiers re-combine the two signals using a balanced combiner circuit and transmit the combined signal out.

The SKY65360-11 amplifier is an ideal solution for a variety of wireless applications; it provides high linearity, great noise performance, and supports simultaneous Rx and Tx signals. Additionally, its Multi-Purpose Block (MPB) design enables it to amplify both receiving (Rx) and transmitting (Tx) signals simultaneously, maximizing its efficiency and performance. Furthermore, the amplifier features a large dynamic range of over 60 dB, enabling it to handle extreme signal levels with low distortion. Most importantly, its up-down WDM design provides superior performance in high-speed data transmissions. The SKY65360-11 amplifier is an invaluable tool for any RF amplifier applications.

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