EA2823QJ-T1435

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

EA2823QJ-T1435 Evaluation and Demonstration Boards and Kits

The EA2823QJ-T1435 is an Evaluation and Demonstration Board and kit designed for conducting research into emerging fields of technology such as RF and wireless communications. It provides an easy-to-use platform containing all the necessary components to quickly and accurately measure the performance and characteristics of various applications. With its high accuracy, wideband capability, and low-cost, this board is an excellent choice for testing, designing, and debugging prototype systems.

The EA2823QJ-T1435 comprises a cPAM/FETC transceiver, 2W power amplifier and a low power, high power PIC that runs at 24MHz and provides dual channel output. The transceiver comprises two radio frequency (RF) ports, one input and one output. The PIC allows for setting up the radio channels, their modulation techniques, as well as their output power levels. This board also includes low-noise amplifiers, analog-to-digital converters, automatic gain control, and temperature compensation circuits. The onboard 2W power amplifier combines maximum output power with low-noise performance, providing reliable, high-power RF communications.

The key features of the EA2823QJ-T1435 include:

• High performance cPAM/FETC transceiver for 75–900MHz RF communications.
• 2W power amplifier for efficient, low-noise operation.
• Low power (24MHz) PIC for dual-channel operation.
• On-board low-noise amplifiers and A/D converters.
• Automatic gain control and temperature compensation circuits.

The EA2823QJ-T1435 allows users to quickly and accurately measure the performance and characteristics of RF and wireless applications such as wireless communication systems, ISM band applications, and direct RF test equipment. With its high accuracy, wideband capability, and low cost, this board is an excellent choice for realizing a wide variety of applications and testing, designing, or debugging any prototype system.

The board’s working principle lies in its ability to accurately measure the characteristics of an application, using the on-board components and controllers. The onboard PIC is used for setting up the radio channel, modulations, and output power levels. The transceiver is used to convert the radio signals into RF signals, while the low-noise amplifiers are responsible for amplifying the signals for proper interaction with the radio transceiver. The on-board A/D converters are used to measure the performance parameters like phase noise level, bandwidth, signal-to-noise ratio, and maximum power.

The board also includes dedicated temperature compensations, and different thermal protection mechanisms for reliable operation even in extreme environmental conditions. In addition, the board is suitable for long-term deployment in various environmental applications such as wireless sensor networks, wireless communication systems, and autonomous navigation systems. Furthermore, the board also features embedded debugging and troubleshooting tools, such as a master-slave communication mechanism for in-depth debugging.

In conclusion, the EA2823QJ-T1435 Evaluation and Demonstration Board and kit is an excellent choice for conducting research into emerging fields of technology such as RF and wireless communications. With its high accuracy, wideband capability, and low cost, this board is an ideal platform for testing, designing, and debugging any prototype system.

The specific data is subject to PDF, and the above content is for reference