AD8364-EVALZ

The AD8364-EVALZ evaluation board is a complete solution for the evaluation of the AD8364 RF power, baseband detector with logarithmic ampifier. This board has been designed to provide an easy platform to gain the experience of different RF power levels, with a standard signal not exceeding 3Vp-p input level. The board contains a RF input range of -30dBm to +3dBm, and includes a logarithmic detector with on-board sample-and-hold functionality. The AD8364-EVALZ board also includes a DC power supply and a wide range of user interfaces such as GPIO, USB and HDMI.

The AD8364-EVALZ board provides a complete application field for various evaluation systems and test scenarios. It is ideal for demonstrating the advantages of the AD8364 logarithmic amplifier, with its ability to accurately measure large RF power levels. It is also suitable for various high-sensitivity, ultra-low power applications such as portable RF application (including low-power Wi-Fi and Bluetooth devices). The board also can be used for RF development and testing, radio communication analysis, and even as a diagnostics tool to detect difficult to detect RF interference.

The AD8364-EVALZ board is based on the AD8364 integrated circuit, a logarithmic amplifier with ultra-low power consumption. The circuit consists of two matched RF power amplifiers (PA) and associated logic cells. The PAs have gain control for improved linearity and maximum leakage suppression. The logic cells consist of a digital-to-analog converter, a sample-and-hold (S&H) circuit, an analog-to-digital converter (ADC) and a calibration circuit. This board is capable of working with input level between -30dBm and +3dBm, and produces logarithmic output with a wide bandwidth.

The AD8364-EVALZ is a great tool for professional RF designers and developers who are developing high-sensitivity, ultra-low power wireless applications. With its combination of low-power consumption, wide RF input range, and easy-to-use user interfaces, the AD8364-EVALZ board is the perfect tool for the development and evaluation of a wide range of wireless applications. With its design optimized for low-power, it is also ideal for applications such as low-power Wi-Fi and Bluetooth devices, as well as radio communication analysis and diagnostics.