MSA-0736-BLKG

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The MSA-0736-BLKG is a RF Amplifier in communication technology applications. It features a broadband RF amplifier with high gain, low noise, and wide bandwidth. Its main features are its wide gain over frequency coverage, low insertion-loss, high IP3, temperature drift, low RF leakage, and other features. In addition, it also offers a low input third order intermodulation distortion performance.

The MSA-0736-BLKG is ideal for CATV, SMATV, and direct-to-home applications. It is suitable for use in base station and cable distributions. It is also suitable for directional applications and for multi-mode antennas. There are also several applications that can benefit from its low noise figure, gain, and linearity.

The working principle of the MSA-0736-BLKG is based on a combination of passive components and active integrated circuits. The amplifiers come with RF coaxial connectors, input and output matching circuits, and variable gain settings. The control system is designed to provide accurate gain and loss control and to maintain stability.

The MSA-0736-BLKG provides the user with a wide frequency coverage from 6 to 1500 MHz. The effective gain of the amplifier is about 25 dB with a maximum output power of +21.5 dBm. The amplifier is capable of linear, non-linear amplification with gain control range adjustable from -20 dBm to +21.5 dBm. The intermodulation distortion performance is about -51 dBc with a typical noise figure of 4.2dB.

The MSA-0736-BLKG is suitable for robust broadcasting in numerous applications. It is able to maintain gain, stability, and noise figure over its wide frequency range. With variable gain, the user can configure the amplifier settings to suit their requirements. It is designed to be highly reliable due to its temperature compensation capability, low noise, and high linearity.

In summary, the MSA-0736-BLKG RF amplifier is suitable for a wide range of applications. It is designed for robust broadcasting with high gain, low noise, and wide frequency range. It is highly reliable due to its temperature compensation capability, low noise, and high linearity. The amplifier is capable of both linear and non-linear amplification. Its main features are its wide gain over frequency coverage, low insertion-loss, high IP3, temperature drift, and low RF leakage.

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