AMGP-6551-BLKG

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AMGP-6551-BLKG is an RF mixer based unit designed for use in applications requiring wideband, low noise, and low distortion. It functions by the means of mixing, or combining, two input signals to generate an output signal. Its primary application field is RF up-conversion, which is the process of converting an input signal of a given frequency to a higher frequency using a local oscillator (LO) signal. It is commonly used in radio receivers and transmitters, where its wideband signals allow for high fidelity audio frequencies.

The AMGP-6551-BLKG is an active mixer, meaning that it requires power to work, which makes it highly energy efficient. It has an LO frequency range of 500MHz-2.4GHz, with an LO drive level of +10 dBm. The input frequency range is 50MHz-1000MHz, with an input signal level of -60 dBm, and a noise figure of 4.8 dB. The output frequency range is 500MHz-2.4GHz, with an output power level of +17 dBm. It also has a high linearity, with an image rejection ratio of 55 dBc at 950MHz.

The AMGP-6551-BLKG operates within a frequency band between 50MHz and 2.4GHz. It does this by combining two input signals to generate a third signal at an output frequency that is the difference of the two input signals. This difference is the intermediate frequency (IF), and is controlled by the frequency of the LO signal.

The AMGP-6551-BLKG has a wide bandwidth, allowing it to mix signals over a wide range of frequencies. This makes it ideal for applications such as radio receivers, which require wide frequency support. Its low noise and distortion figure allows for high fidelity audio. Its low power consumption ensures that it is an energy-efficient solution.

In conclusion, the AMGP-6551-BLKG is an active RF mixer designed for use in wideband applications requiring low noise and low distortion. It works by combining two input signals to generate an output signal at the intermediate frequency. It has an LO frequency range of 500MHz-2.4GHz, with an LO drive level of +10 dBm. The input frequency range is 50MHz-1000MHz, with an input signal level of -60 dBm, and a noise figure of 4.8 dB. The output frequency range is 500MHz-2.4GHz, with an output power level of +17 dBm. Its high linearity and image rejection ratio of 55 dBc at 950MHz make it especially suitable for radio receivers and transmitters. Its low power consumption ensures energy efficiency for many applications.

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