A1101R09A-EZ4E

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The A1101R09A-EZ4E evaluation and development board is a high performance, cost effective solution for testing and development of RF systems. It is an easy-to-use system with a wide range of applications, including radio frequency (RF) communication systems, RF devices, and other RF evaluation and development projects. This evaluation board is suitable for development across a variety of industries, from automotive to communications and from defense to medical.

The A1101R09A-EZ4E evaluation and development board features an integral RF evaluation circuit, an integrated EEPROM memory, and a high performance FPGA (field-programmable gate array). The FPGA enables the board to rapidly and accurately evaluate real-time and off-line signal performance of RF systems and devices.

The circuit is based around a high performance multi-stage RF amplifier, allowing the board to test and evaluate the performance of a wide range of receivers and transmitters. This amplifier includes a power meter that can measure transmit gain, receiver sensitivity, noise figure and linearity for both receivers and transmitters. The board also has multiple selectable IF frequency bands and supports the evaluation of up to 4 channels at once, allowing for the testing of multiple signals at the same time.

The EEPROM memory allows the board to store and replay settings, which simplify the development process and enable users to quickly establish and an accurate evaluation of their system. The ability to store settings means that users can quickly switch between different operational scenarios, testing multiple transmitter and receiver frequencies. This means that users don’t have to enter different settings each time they need to evaluate the performance of the system.

The A1101R09A-EZ4E evaluation board provides an easy to use solution for the evaluation and development of RF systems. It features an integral RF evaluation and programmable memory, an integrated EEPROM memory, and a high performance FPGA. The on-board FPGA enables fast and accurate evaluation of signal performance, while the EEPROM allows users to quickly store and replay settings. The integration of these features makes the board a powerful and cost effective solution for the development and testing of RF systems.

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