AN26025A-EVB-0

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RF Evaluation and Development Kits, Boards refer to integrated boards or system tools specially designed for the application and development of RF systems. AN26025A-EVB-0 is an evaluation board designed for Ultra-Scalable Cellular RF Transceiver (csMxRF3M) testing. It is capable of providing a platform for electrical parameter verification, functional verification, and system development. This evaluation board enables users to easily and quickly evaluate the RF link performance of a complete wireless system including transmitter and receiver.

Application Field of AN26025A-EVB-0:

AN26025A-EVB-0 can be used in many application fields, such as remote monitoring, home and building automation (HBA), and Internet of Things (IoT). It is particularly suitable for applications that require low power consumption and high integration. For example, it can be used in applications that require wireless communication such as ZigBee and Wi-Fi. It is also almost seamlessly integrated into a range of ultra-low power sensor nodes, allowing existing devices to have remote capabilities.

Working Principle of AN26025A-EVB-0:

The AN26025A-EVB-0 consists of several main components: the System-on-Chip (SoC), the Transmitter Radio Frequency (TRF) Evaluation Board, the Receiver Radio Frequency (RRF) Evaluation Board, and an RF transceiver chip from Anritsu. The SoC contains a network processor, a memory, and a digital signal processor (DSP). The purpose of the SoC is to process data from various sensors and perform various functions. The TRF and RRF boards each contain an RF transceiver, a power amplifier, and various other analog and digital components. The RF transceiver chip from Anritsu is used to control the RF transceivers on the TRF and RRF boards, as well as perform various other essential functions. All of these components are linked together with a serial connection, allowing for efficient communication.

Once all of the components are connected, power is supplied to the SoC, which then begins to process data from various sensors. The SoC then sends data to the RF transceiver chip, which processes the data and sends instructions to the RF transceivers on the TRF and RRF boards. The RF transceivers then send and receive signals in the form of radio frequency (RF) waves. The signals are then processed on the DSP and sent back to the SoC, which then passes the processed data to various applications.

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