MAX2613ETA/V+T

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Active
Frequency:	40MHz ~ 4GHz
P1dB:	15.5dBm
Gain:	18.6dB
Noise Figure:	2dB
RF Type:	General Purpose
Voltage - Supply:	3 V ~ 5.25 V
Current - Supply:	51.2mA
Test Frequency:	1GHz
Package / Case:	8-WFDFN Exposed Pad
Supplier Device Package:	8-TDFN (2x3)

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Introduction

RF amplifiers are commonly used in electronic devices in order to increase the power of the signal being transmitted or amplified. The MAX2613ETA/V+T is an example of a RF amplifier module. It is a high efficiency amplifier module designed to meet the needs of the expanding market for RF amplifiers. This module allows for the generation of high-gain throughput power for a wide range of frequencies. In this article, we will discuss the application field of the MAX2613ETA/V+T and its working principle.

Application Field of MAX2613ETA/V+T

The MAX2613ETA/V+T RF amplifier module is best suited for applications that require high efficiency, large area coverage, and high linearity performance. Applications include cellular repeaters, base stations, Wi-Fi access points, wireless infrastructure, vehicular communication systems, RF ID systems, and satellite navigation systems. The MAX2613ETA/V+T is also well-suited for applications which require a high level of efficiency and signal quality such as radio link systems and point-to-point wireless communication systems. The module can also be used in frequency range applications such as GPS, ISM, Bluetooth, cordless phone, and wireless local area networks (WLANs).

Working Principle of MAX2613ETA/V+T

The MAX2613ETA/V+T RF amplifier module is designed to operate in the frequency range from 500 MHz to 2.7 GHz. The module consists of three stages: a high gain, high output power amplifier stage, a low noise amplifier stage, and a power controller module. The high gain amplifier stage is comprised of two InGaP heterojunction bipolar transistors (HBTs) that are driven by the low noise amplifier in order to increase the RF power. The low noise amplifier frame is composed of high-performance low-noise FET which will ensure low noise figures and high gain. The power controller serves as the bridge between the power amplifier stage and the power supply. It will regulate the current and temperature to prevent supply exhaustion. The MAX2613ETA/V+T provides excellent efficiency in the form of a power output of 21 dBm (50 Ohm) with an input power of 5 dBm (50 Ohm). The module also has a typical gain of 130 dB, a gain flatness of 1 dB, and an upper/lower signal-to-noise ratio of 39/34 dB. The output power of the MAX2613ETA/V+T can be as high as 28 dBm (50 Ohm).

Conclusion

The MAX2613ETA/V+T is an ideal RF amplifier module for applications that require high efficiency, large area coverage, and a high level of linearity performance. The module operates in the frequency range from 500 MHz to 2.7 GHz, has a high gain of 130 dB, flat gain of 1 dB, and a power output of up to 28 dBm (50 Ohm). The three-stage module consists of an HBT power amplifier stage, a low noise amplifier frame, and a power controller module that regulates the current and temperature. With its wide range of features, the MAX2613ETA/V+T is an excellent choice for applications such as cellular repeaters, base stations, and many others.

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