MAX2689EWS+T RF/IF and RFID

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Radio Frequency (RF) amplifiers drive a variety of applications, from military and medical to consumer electronics and commercial. Demand is growing for more powerful and energy efficient RF amplifiers for those applications, and, fortunately, the MAX2689EWS+T delivers.

The MAX268EWS+T is a dual-stage, wideband RF amplifier designed for recievers and transmitters applications. It features a frequency range of 860MHz to 500MHz, and delivers 16dB maximum gain and 4dBc typical second harmonic distortion. It also supports up to 20dBm of in-band gain and 19dBm of out of band gain, providing more power than ever before. The power supply and power amplifier stages are optimized for best-in-class performance, consuming only 12mA of current while providing excellent RF performance.

The MAX268EWS+T is ideal for applications requiring higher power levels, such as cellular base stations, point-to-point radios, high-end radar systems, and high-power wireless communications. It is designed to provide the highest performance available in a highly efficient RF amplifier.

The MAX268EWS+T utilizes a proven Class-AB architecture with a push-pull stage to deliver its high levels of performance. This architecture provides balanced power delivery, reduces noise, and ensures the device remains stable under extreme temperature conditions. The input and output stages are optimized to work together, thereby reducing distortion and decreasing power consumption.

The MAX268EWS+T is available in an 8-lead, 4mmx4mm, surface mount package and is well-suited for circuit boards with tight space constraints. It is also ESD tolerant and features extremely low transmission loss. The amplifier also features an integrated bias circuit for added convenience.

The MAX268EWS+T is a great choice for many RF applications. Its dual-stage, wideband design, low-power consumption, and superior performance make it ideal for high-power applications. Its RF performance and ease of use make it a great choice for designers looking to drive their applications even further.

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