MAX2171ETL+T

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MAX2171ETL+T radio frequency (RF) Miscellaneous IC and Module is an integrated, differential linear power amplifier designed for a wide range of commercial, medical, industrial and military applications from 2.7 GHz to 4.2 GHz.

The MAX2171ETL+T RF miscellaneous IC and module include a wide range of features such as a high IIP3 (Input Third-Order Intercept Point) of +34.5 dBm, a single 5 V supply design, a wide output power range of +40 dBm, a differential 3 dB output power back-off point of +44 dBm, and a DC offset reduction circuit. This device also includes a linear power amplifier, low noise amplifier, low-voltage regulator, and a driver stage. It also features integrated power control for automatic gain and output power control.

The MAX2171ETL+T RF miscellaneous IC and module includes multiple option settings such as a single-ended or differential inputs, and a single-ended or differential outputs. The device also provides a wide range of selectable impedances to maintain impedance matching, power level balance, and heat dissipation. Additionally, the device offers a wide range of gain levels, including +111 dBm for Pin 1 and +95 dBm for Pin 2.

The MAX2171ETL+T RF miscellaneous IC and module is also designed for low noise applications with its wide dynamic range and low Noise Figure (NF) of less than 5.0 dB.

The main application fields of MAX2171ETL+T RF miscellaneous IC and module are Wi-Fi, wireless communication systems, 3G/4G, CDMA, GSM and other wireless networks. In addition, the device is suitable for a variety of industrial applications such as RF sensors, laser communication, point-to-point communication, medical imaging, automotive sensors, test equipment, GPS, and other wireless technologies.

The working principle behind the MAX2171ETL+T RF miscellaneous IC and module is an integrated RF linear amplifier that converts a low-level DC bias voltage to a corresponding large AC voltage. This AC voltage is then amplified to the desired output. The entire process requires a supply voltage and a system bias to operate correctly, which is usually supplied by a voltage regulator or an on-board battery. The amplifier has an input stage, which is typically low-noise, and an output stage, which can provide up to +40 dBm of output power. The amplifier is protected against thermal runaway and can handle high supply voltages and negative voltages.

The MAX2171ETL+T RF miscellaneous IC and module is a powerful RF device that can be used in a variety of applications, ranging from commercial, medical, industrial, and military systems. The device\'s features make it an ideal choice for low noise, high power and high linearity applications. It is easy to integrate into existing systems and provides superior performance.

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