HMC3587LP3BE

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The HMC3587LP3BE is a popular RF amplifier used in numerous commercial, industrial and military applications. In general, an RF amplifier is an electronic device used to amplify weak radio-frequency (RF) signals, making them strong enough to be further transmitted or detected. The HMC3587LP3BE is a wideband, low-noise, gallium arsenide based RF amplifier, and it is designed for use in applications requiring excellent amplifier linearity and gain accuracy over a wide range of frequencies.

Features

The HMC3587LP3BE has a wideband frequency range from 100MHz to 6GHz. It has excellent input and output return loss across the frequency range, and its noise figure usually ranges from 3 to 5dBMAX. The device features a linear gain of 27dB with a gain control range from 0dB to 27dB, allowing the user to adjust the output power level according to various application needs. The RF amplifier also has a high output IP3 of 33dBm, which makes it especially suited to applications requiring high linearity and sensitivity.

Applications

The HMC3587LP3BE is used in many commercial, industrial, and military applications. Some of the more popular applications in which it is used include cellular base stations, GPS systems, HF/VHF/UHF radios, satellite communications, cable TV systems, point-to-point radio links, and test equipment.

Working Principle

The HMC3587LP3BE operates on the principle of voltage and current amplification. It has an input impedance of 50 ohms, which allows a match between the RF signal source and its input. The amplifier then multiplies the incoming waveform by increasing its amplitude. The voltage of the input signal is multiplied by the amplifier’s gain, and the resulting output waveform is of higher power and stronger amplitude compared to the input waveform.

The HMC3587LP3BE operates on the principle of linear amplification, meaning that the output is subjected to very little distortion and is largely proportional to the input waveform. Furthermore, the amplifier’s output can also be adjusted by controlling the gain settings of the amplifier. By setting the gain to higher levels, the amplifier can boost weak signals for improved performance.

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