NESG2101M05-EVPW24

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RF Evaluation and Development Kits, Boards are instrumentation & equipment used to investigate and design wireless systems within the RF domain. The NESG2101M05-EVPW24 is a highly advanced and well-designed RF Evaluation and Development Kit, Board that is ideal for use in wireless systems research and development. It has been designed to be both versatile and easy to use with its integrated set of tools and features that enable users to quickly and effectively evaluate and develop their wireless systems.

The NESG2101M05-EVPW24 is a tightly integrated evaluation set that provides complete coverage for different types of modern wireless systems including WiMAX, 802.11a/b/g/n, and Bluetooth. It offers comprehensive coverage across all basic metrics for wireless system performance including power, sensitivity, and range. It is suitable for both low and high power applications, making it ideal for both laboratory and field testing. The board is comprised of two boards linked by a set of connectors; the transmitter board and the receiver board.

The heart of the transmitter board is the NESG2101M05-EVPW24 transceiver, which is a highly advanced and sophisticated RFIC designed to provide high performance and low power consumption. It features an integration phase-lock-loop (PLL) architecture, which enables it to provide superior signal stability, minimal drift, and extremely low noise performance. Its integrated-circuit (IC) design ensures high reliability and performance. The receiver board includes an integrated ADC, LNA, and IF filter to provide a complete receiver front-end solution.

The NESG2101M05-EVPW24 application field and working principle consists of the transmitter, receiver and the PLL circuit. The open-loop, lattice-impedance PLL circuit is provided with open-ended inverting inputs for user control of frequency. The transmitter consists of a frequency divider, sweep oscillator, GFSK modulator, a power amplifier, an antenna and a power supply. The receiver board includes an ADC, LNA and IF filter for signal conditioning. The signal is then processed through a Fuzzy logic algorithm to determine the RSSI value. The signal is then processed to obtain the signal quality information.

The key features of the NESG2101M05-EVPW24 application field and working principle are low power consumption, wide range coverage, high sensitivity, low noise, high linearity and wide bandwidth. The high performance and integrated tools provided by the board enable system designers to quickly and effectively evaluate and develop their wireless systems. The high integration and low-power characteristics of the board make it an ideal choice for applications in telemetry, remote control, process control, consumer electronics, security systems and other communication systems.

The proprietary design of the NESG2101M05-EVPW24 evaluation kit and board makes them highly reliable and resilient to harsh operation conditions. The set of integrated features provided by the board make it an attractive choice for system developers looking for an integrated and cost-effective solution for RF testing and development. With its comprehensive coverage and superior performance, the NESG2101M05-EVPW24 evaluation kit and board provide users with the ideal platform for developing and optimizing their wireless systems.

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