Used ANRITSU ML2407A #9104046 for sale

ANRITSU ML2407A is a high-performance electronic test equipment (ETE) designed to meet the rigorous requirements of the most demanding test applications. This device guarantees accurate and repeatable testing results for a variety of digital and analog test measurements. ML2407A is a microwave distance-to-fault locator that combines the features of apertures for precise frequency-domain measurements with a continuously swept source for precise frequency-domain measurements. Its fast sweep speed enables the user to complete more tests in a single operating sequence than with any other conventional ETE, while maintaining accuracy from 500 kHz to 40 GHz. ANRITSU ML2407A allows the user to make various precision measurements quickly and effortlessly. Its built-in display offers a real-time view of the source and test information, giving users unparalleled insight into the test environment. The device also features built-in sweep speed control and an intuitive menu-driven user interface, making the operation more efficient and intuitive for the user. Other features of ML2407A include an optimized, proprietary noise-reduction system to eliminate noise artifacts during tests and unique beam focal technology to display precise location of the test area. The unique combination of optimized digital and analog circuitry along with its 3-in-1 design enables ANRITSU ML2407A to perform multiple tests concurrently from multiple locations simultaneously, thus reducing the overall cost of ownership. ML2407A is fully compliant with the applicable international standards such as MIL-STD-461F and CISPR 16-1-3, providing reliable performance in tough environments. It is also a high-performance instrument that has been designed for demanding field testing applications. In conclusion, ANRITSU ML2407A is an advanced, precision ETE with a high level of accuracy. This device is reliable, efficient, and capable of multitasking up to 40 GHz, making it an ideal choice for high-performance test solutions. The design allows users to optimize the testing environment to ensure the most accurate and repeatable results.