ACPM-9420-BLK

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RF amplifiers are essential building blocks in many wireless communication, video, and audio systems. ACPM-9420-BLK is a multi-output, low-noise RF power amplifier designed specifically for cellular handset applications. Due to its performance and power, ACPM-9420-BLK is ideal for use in both GSM/WHCDMA/CDMA/and WCDMA applications.

The ACPM-9420-BLK RF amplifier offers excellent linearity and high output power capability, up to +21 dBm in 700-960 MHz cellular bands. This amplifier is capable of providing up to +30 dBm of maximum output power at 960 MHz. The amplifier is equipped with both single-ended and differential input stages, providing high linearity, low noise figure, and power gain of 26 dB at 960 MHz. The current consumption of the amplifiers is low, making it ideal for mobile phone applications.

The working principle of the ACPM-9420-BLK RF amplifier is based on the well-known principle of RF amplification. An input signal is sent to the amplifier, which then amplifies the signal. The amplifier then sends the amplified signal to the output, resulting in an amplified version of the input. The output power of the amplifier is determined by the design of the amplifier, and is usually a function of the input signal power. Furthermore, the linearity of the amplifier is important in determining how well the amplifier can handle large amounts of signals.

The ACPM-9420-BLK can be used in a variety of applications in the RF domain, from cellular radio, public address systems, wireless base station transceivers, and satellite transceivers. It can also be used in both fixed and mobile applications. The amplifier features wideband performance, wide dynamic range, and low-noise characteristics that make it ideal for use in a variety of applications.

In summary, the ACPM-9420-BLK RF amplifier is a highly efficient, low noise, high-power amplifier designed specifically for mobile handset applications. It is capable of providing excellent linearity and high power output while simultaneously consuming low amounts of current. The amplifier is designed with both single-ended and differential input stages, providing high linearity and low noise figure. The amplifier is ideal for use in a variety of applications in the RF domain, from cellular radio, public address systems, wireless base station transceivers, and satellite transceivers.

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