MAGX-001214-SB3PPR

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RF Evaluation and Development Kits, Boards

RF Evaluation and Development Kits and Boards (EDKs) are used to evaluate and develop RFICs (Radio Frequency Integrated Circuits). The basic function of EDKs is to create and optimize performance characteristics of RFICs. In order to meet the requirements of specific applications, EDKs are usually configured by a user and configured as necessary.

The MAGX-001214-SB3PPR is one of the most advanced EDKs on the market. It is a comprehensive RF evaluation and development board with a wide range of features for a variety of applications. It includes a 3G/4G baseband module, a power amplifier, a low-noise amplifier, and the controller module.

The MAGX-001214-SB3PPR can be used in various applications including flexible base station, wireless communication systems, small cells, and various other applications. The baseband module of the MAGX-001214-SB3PPR has a wide frequency range from 460 MHz up to 6 GHz with a maximum input level of 90 dBm. The power amplifier can provide a maximum gain of 36 dBm and a maximum output power of 32 watts.

The low-noise amplifier of the MAGX-001214-SB3PPR has a wide frequency range of 230 MHz to 4.93 GHz with a maximum gain of 43 dB and a maximum noise figure of 3 dB. The controller module uses a Cortex-M4 processor to control the RF functions and parameters. The controller module also includes the MAGX Control Software Suite which provides a comprehensive set of GUI-based tools needed for efficient RF system development and monitoring.

In addition to the features for a variety of applications, the MAGX-001214-SB3PPR also comes with a number of built-in self-test functions for testing and optimization during the development of RFICs. The self-test functions include gain and noise measurement, temperature measurement, channel characterization, and impedance control. These self-test functions can be used to ensure the performance of the RFICs meets the desired specification.

The MAGX-001214-SB3PPR also provides a wide range of active and passive components for efficient design and optimization. The components include power splitting, power combining, impedance matching networks, baluns, and directional couplers. These components can be used to optimize the design of the RFICs and ensure that the characteristics meet the requirements of the system.

Overall, the MAGX-001214-SB3PPR provides an advanced and comprehensive RF evaluation and development board which comes with all the features needed for efficient RFIC design and optimization. The board supports a wide range of applications, and it includes a number of self-test functions and active and passive components to ensure the best performance for the system.

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