MC13851-1575EVK

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Today\'s RF technology is rapidly growing in terms of the communication industry. To meet the new demands, there are a variety of RF evaluation and development kits, boards and software available to support a growing number of applications. MC13851-1575EVK is one such product providing key functionalities and support for RF evaluation and development. This article provides an overview of its application fields and working principle.

Application Fields of MC13851-1575EVK

MC13851-1575EVK is a powerful evaluation and development platform designed specifically for applications in the field of radio frequency (RF) technology. Its wide range of features and flexible configuration options make it suitable for a variety of applications, including radio frequency identification (RFID), low-power wireless network design, cellular communications, wireless sensing systems, and satellite communications. With the help of MC13851-1575EVK, engineers can rapidly develop and evaluate RF solutions for these various applications.

Features of the System

MC13851-1575EVK provides an impressive range of features, including:

• RS232 serial communication interface
• USB, Ethernet, and CAN bus interface with integrated debugging
• On-board real-time oscilloscope with sweep control
• Flexible frequency-hopping transceiver with frequency tolerance of +/- 25 kHz
• 40 user-programmable FPGA logic blocks
• Integrated RF power amplifier and low-noise amplifier (LNA)
• Advanced multiband demodulator with capabilities for BPSK, QPSK, and 8-PSK modulation
• On-board dual-channel signal generator
• Integrated dual-channel signal switching system for testing and evaluating application-specific transceivers

Working Principle of MC13851-1575EVK

The MC13851-1575EVK system utilizes a flexible architecture that is comprised of three distinct components: a microcontroller unit (MCU), a field-programmable gate array (FPGA), and a dual-channel signal switching system. The MCU module is used for control and communication purposes, such as user interface, debugging, and RF configuration. The FPGA module is used to rapidly process the signals from the transceiver, as well as to provide flexible configuration and logic functions. Finally, the dual-channel signal switching system is used to route, switch, and route signals between the transceiver and the components of the system.

The MC13851-1575EVK is designed to provide an easy and fast way to prototype and evaluate new wireless applications. It can be programmed to meet the specific needs of each application, and its on-board oscilloscope and signal generator can be used to quickly test and evaluate the performance of a given RF design. Furthermore, its on-board dual-channel signal switching system provides an efficient way to test a variety of transceiver configurations.

Conclusion

MC13851-1575EVK is an advanced RF evaluation and development tool designed for a variety of wireless applications, including RFID, low-power wireless network design, cellular communications, wireless sensing systems, and satellite communications. It provides a wide range of features and a flexible configuration, as well as an on-board oscilloscope and signal generator for rapid RF design and testing. With the help of this powerful platform, engineers can rapidly develop and evaluate their RF solutions.

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