410-302

The 410-302 is the latest evaluation kit released by Paracom Technologies and is designed for the development of radio frequency (RF) applications. The kit provides an easy-to-use platform for designers of RF applications to evaluate the performance of their designs in real-world operating conditions.

The 410-302 was designed to support a wide range of frequency bands from 4 GHz to 13 GHz, making it well suited for applications in Radar, Radio astronomy, Satellite communications, and many other fields. The kit ships with two receiver modules, one transmit module and a host PC, which allow users to develop and test a variety of different RF applications.

The 410-302 is designed with several features to make it as easy to use as possible. The kit includes a USB-to-serial cable, which allows users to access the kit directly from any computer. Additionally, the kit comes with a suite of software utilities and documentation to get users up and running quickly.

The kit operates by using the RF signal generated by the transmitter module to stimulate the receiver module. By properly setting up the transmission and reception parameters, users can measure the performance of their RF designs, including signal-to-noise ratio, gain, and other parameters. The kit also provides users with a range of tools to help analyze and optimize their designs.

In addition to the evaluation kit, Paracom also provides compatibility with a range of development boards to facilitate easy integration of the 410-302 into existing systems. These development boards are designed to be compatible with the signal routing and communications protocols used by the 410-302, making it easy for users to port their designs from the evaluation kit onto the boards.

Paracom’s 410-302 evaluation kit is an ideal platform for designers of RF applications who wish to quickly evaluate their designs in real-world environments. The easy-to-use software, range of features, and compatibility with development boards make it an excellent choice for any RF application.