AWL6951RM22P8

Series:	*
Part Status:	Obsolete

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Introduction to RF Amplifiers

Radio frequency (RF) Amplifiers are devices designed to amplify signals through the radio bands - typically in the range of 1 MHz to 6GHz - for extended transmission distance, increased reception sensitivity, and/or improved signal-to-noise ratio. These amplifiers are one of the most important RF components in almost every basic telecommunication networks, including wireless communication,Wi-Fi, and radio systems such as FM and AM radio, limiting its application to almost all forms of communication.

Overview of the AWL6951RM22P8

The AWL6951RM22P8 is a high-power RF Amplifier from Analog Wireless Labs. It’s a Frequency flattening, wideband,high efficiency amplifier intended for applications in 2.45GHz to 5.825GHz ISM bands.The amplifier features an easy-to-use digitally-controlled input drive level to provide flat gain and group delay in any environment. Its design offers 33W maximum output power with 2W input power at around 20 dB gain across the band. The amplifier features a low-noisem, low-power supply, as well as a built-in temperature sensor and humidity monitor.

Application Field

The AWL6951RM22P8 RF Amplifier is a multi-purpose device designed for a range of applications in the radio-frequency bands. It’s widely used in wireless routers, Wi-Fi repeaters, point-to-point microwave links, and satellite communication systems. The amplifier is optimized for digital communication systems such as 802.11 b/g/n/ac networks and satellite receivers such as direct-broadcast satellite. It is also ideal for cellular base stations and distributed antenna systems (DAS).

Working Principle

The AWL6951RM22P8 RF Amplifier utilizes an input power level control mechanism to adjust the amplifier’s gain across its wide frequency band. It’s designed to reduce group delay distortion, with exceptionally low distortions of 1.5%or less. The amplifier also uses an integrated temperature sensor and humidity monitor to ensure reliable operation under extreme environmental conditions. The amplifier achieves its low noise figure of 1.2 dB typ and 1.5 dB max, by utilizing a high power-added efficiency cascode design.

Conclusion

The AWL6951RM22P8 RF Amplifier is a versatile device designed for extended transmission distance, increased reception sensitivity, and signal-to-noise ratio in radio-frequency bands. Its application field ranges from cellular base stations to distributed antenna systems and satellite receivers. The amplifier is optimized for 802.11 b/g/n/ac networks and offers an easy-to-use input drive level control mechanism to reduce group delay distortion. With its low-noise, low-power supply, and its integrated temperature and humidity monitor, the AWL6951RM22P8 is an ideal choice for any application in the 2.45-5.825 GHz ISM band.

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