Used GAIN M50H13P #9232084 for sale

GAIN M50H13P is an electronic test equipment designed for laboratory and production applications. It is a versatile, multi-frequency, high-performance vector network analyzer with a frequency range of 10 Hz to 50 GHz. This equipment provides the convenience of having two separate modules measured simultaneously, each with its own independent input and output ports. M50H13P features a number of enhancements to the original M50H13, including a longer frequency range, enhanced calibration accuracy, higher immunity to common-mode interference, and improved dynamic range. It offers a wide range of features to aid in the testing and characterization of components and systems across various frequency bands. This includes the ability to measure scalar, S parameter, frequency response, time- and frequency-domain response, pulse amplitude, impulse response, and harmonic performance. It also offers frequency synthesizers, arbitrary waveform generators, signal sources, and power meters with a range of accuracy and sampling rates. GAIN M50H13P is also equipped with a range of automated control features, including automatic frequency scan, automatic dynamic range and level sweep, and automatic calibration. These features are designed to facilitate the setup and performance of tests, as well as to shorten the duration of the testing process. Additionally, the equipment also includes a variety of test functions for analyzing properties such as RF noise floor, harmonic performance, linearity, and stability. M50H13P is designed to be robust and reliable, with features such as built-in system diagnostics and fault detection measures. The equipment is also designed for low power consumption, allowing for easy operation in a wide variety of environmental conditions. The interface is designed to be intuitive and user friendly, making it easy to use for scientists and technicians from all levels. In conclusion, GAIN M50H13P is a versatile, high-performance multi-frequency vector network analyzer, with features and capabilities designed for both laboratory and production applications. It is equipped with an enhanced frequency range, improved performance and accuracy, and automated control and test functions for ease of use. The device is rugged and reliable, making it suitable for a wide range of environments. It is also designed for low power consumption, helping users to save money and resources.