MLA-01122B-C4EVB

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The MLAS-01122B-C4EVB is a reference design and evaluation board designed specifically for testing and optimizing the performance of the Maxim DS-2512B series of RF wireless transceivers. It includes everything needed to evaluate frequency, modulation, and power requirements for the DS-2512B. The evaluation board is especially suited for universities and other research institutes, as well as commercial wireless applications.

The MLAS-01122B-C4EVB evaluation board features an on-board controller and integrated RF transceivers, as well as passive components such as RF level convertors and filters. The board also includes an antenna port, an SMA type connector, LEDs, and a jumper for test point access.

In order to evaluate the DS-2512B\'s performance, the board provides the necessary external components for the transceiver. The components are organized in two major areas: the RF section and the controller section. In the RF section, there are components including antenna port, antenna connector, along with the diversity switch for up to four different antenna ports. There are also off-chip RCA and SMA connectors available for the external antennas. The on-chip RJ-45 port is used for communication between the host PC and the board, allowing for easy programming, debugging, and data acquisition.

In the controller section, the board includes a Maxim DS-520V controller. The controller is capable of driving up to four external drivers, allowing for the connection of multiple antenna systems. The controller also includes a timer, a real time clock, a 1 kbit EEPROM, and temperature and voltage sensing. The board also provides external power supply capability, allowing for the flexible implementation of any power management schemes.

For those at universities and research institutes, the MLAS-01122B-C4EVB is an ideal reference design and evaluation board. It has all the necessary components for testing and evaluating the Maxim DS-2512B series of RF transceivers. The board also supplies the requirements of a RF evaluation and development kit for students, researchers, and commercial wireless applications.

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