EXL30MX

EXL30MX Application Field and Working Principle

The EXL30MX is a Multi-Band, Multi-Mode swept RSSI receiver used for radio frequency (RF) antenna testing. It features the latest in digital signal processor (DSP) technology, providing decades of wideband scanning capability in a single compact unit. The EXL30MX is designed to help customers with radio frequency antenna development projects, such as in-house antenna research and development, field testing, and production quality assurance.

The EXL30MX enables the operator to accurately measure the forward and reverse transfer characteristics of an antenna. This can be done quickly, by sweeping the antenna under test in both forward and reverse directions. Furthermore, the EXL30MX allows for automatic testing, providing consistent results across multiple antennas.

The EXL30MX supports both linear and non-linear antennas, from 1 MHz to 18 GHz. The Model EXL30MX can be used with a range of antennas, including monopole, dipole, patch, and log-periodic antennas. It also supports multi-band and multi-mode antenna operation, including 2G, 3G, 4G, and Wi-Fi networks.

The EXL30MX is easy to use and requires minimal setup and calibration before it is ready to measure antenna performance. It features an intuitive graphical user interface (GUI) that makes setting up measurements and displaying results easy. The EXL30MX supports a range of popular antenna simulation tools, such as FEKO, VitBot, and Matrix. This allows the user to quickly compare simulated results with data gathered in the field.

The EXL30MX can be used to quickly identify mismatches between the antenna and the test instrumentation. This ensures that only well-matched antennas are measured, resulting in more accurate results. The EXL30MX additionally offers remote monitoring and control, allowing the user to monitor test results and control test parameters from any location.

Overall, the EXL30MX is an ideal choice for radio frequency antenna testing. It offers a wide range of capabilities, combined with a user-friendly GUI. This makes it easy to measure and compare antenna performance, helping to improve overall antenna performance and reliability.