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

RF Evaluation and Development Kits, Boards

900MHz AMP-EVK is a self-contained RF evaluation and development kit that provides engineers with a easily accessible and robust platform for testing the performance of their current or next-generation designs. It gives users the ability to develop, test, and deploy their RF system rapidly and in more efficient ways than if they had to fabricate their own custom boards. The kit contains various components which are necessary for the functionality of the board, such as an RF signal source, an RF transceiver, and a variety of modulators, amplifiers, and other devices.

Fields of Application

The 900MHz AMP-EVK can be used in a variety of applications and environments. It is well-suited for multiple low-power applications, such as cellular telecommunications, wireless communication networks, automotive communications, industrial communications, and medical communications. Additionally, it is suitable for both wired and wireless communication systems, allowing users to easily transition from one type of communication medium to another. With its range of features, the AMP-EVK is also suitable for prototyping and testing a variety of IoT designed.

Working Principle

The 900MHz AMP-EVK is a complete RF development board. It features a single-chip RF signal source, an RF transceiver, and a variety of modulators, amplifiers, and other devices that are necessary to operate the board reliably. When the RF signal is generated by the RF signal source, it passes through the transceiver, where it gets encoded, amplified, and modulated as needed. The signals are then sent through the antenna and received by the target receiver. The signals are then decoded by the target receiver and received by the transceiver. The transceiver then amplifies the signal as necessary and transmits it back to the receiver.

The 900MHz AMP-EVK also includes a wide range of general programmable function blocks designed to provide flexible solutions for various RF system requirements. The function blocks are connected via the user-defined control signals and enable the user to make a wide range of adjustments to the system operation from the control software. The result is that the 900MHz AMP-EVK board can serve as a flexible RF development platform that is capable of providing users with a powerful and easy-to-use platform for prototyping and testing the performance of their designs.

Benefits of AMP-EVK

The 900MHz AMP-EVK board is designed to save time and cost when prototyping and testing the performance of their designs. It is well-suited for multiple low-power applications, such as cellular telecommunications, wireless communication networks, automotive communications, industrial communications, and medical communications. With its range of advanced features, the board makes it easy for users to switch from one type of communication medium to another. Additionally, the board is designed with a comprehensive set of debugging features, and users can easily monitor and debug their RF system through the user-defined control signals.

The 900MHz AMP-EVK board also features an open source design, which simplifies the development and deployment of prototype systems. Additionally, the board can easily support a variety of wireless protocols and architectures. Finally, the board is designed with an efficient power consumption profile, which helps extend battery life and reduce both system costs and energy usage.

Conclusion

The 900MHz AMP-EVK is a complete RF evaluation and development kit that provides engineers with a powerful and easily accessible platform for testing the performance of their current or next-generation designs. It is well-suited for multiple low-power applications, including cellular telecommunications, wireless communication networks, automotive communications, industrial communications, and medical communications. Additionally, it provides users with the ability to quickly switch between various types of communication mediums. Finally, it features an open source design, which simplifies the development and deployment of prototype systems.

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