ADL5331ACPZ-R7

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RF Amplifiers

ADL5331ACPZ-R7 is an RF Amplifier that provides an ultra-broad bandwidth and high linearity in a wide variety of applications. It has a high current gain, excellent noise and distortion performance, and a wide dynamic range. It is suitable for applications such as wireless communications, cellular base station routers, and satellite receivers. This amplifier is designed to work with both bipolar and CMOS components.

Application Field

The ADL5331ACPZ-R7 is a great choice for applications such as Wi-Fi, cellular, satellite communications, radio, and wireless communication systems. Thanks to its ultra-broad bandwidth, it can be used in applications requiring data rates far exceeding those of traditional amplifiers. It is also well suited to applications that need excellent linearity and noise performance such as RF point-to-point links, base station routers, and high power wireless applications.

Working Principle

The ADL5331ACPZ-R7 amplifier is a two-stage design with a common emitter output stage. The first stage provides a gain of approximately 18 dB, while the second stage adds a further 10 dB of gain. This amp has a high input third-order intercept point (IP3) of 23.8 dBm, and a differential output fourth-order intercept point (IOIP) of 23.9 dBm. It can operate up to a frequency of 2.5 GHz, with a typical efficiency of 81%.

The amplifier features a differential output stage, and is designed to provide excellent linearity, as well as low distortion and noise performance. The amplifier has a low gate capacitance of 2 pF, which makes it well suited for high frequency, wideband applications. It also has excellent thermal stability, with a thermal resistance of 0.2degC/W.

Conclusion

The ADL5331ACPZ-R7 is an ideal RF amplifier for applications that require excellent linearity, low distortion and noise performance, and a wide bandwidth. The amplifier is suitable for use in Wi-Fi, cellular, satellite communications, and high power wireless applications. It offers a gain of 28 dB, and a third-order intercept point of 23.8 dBm. Its differential output stage provides a fourth-order intercept point of 23.9 dbM, and it can operate up to 2.5 GHz with a typical efficiency of 81%.

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