Used VALHALLA 2500EP #9108021 for sale

VALHALLA 2500EP is an electronic test equipment designed and manufactured by VALHALLA Technologies, Inc. to measure, characterize, and test high frequency electronic components. The device incorporates a high performance switching matrix to provide enhanced accuracy and speed of data acquisition. It enables efficient and accurate measurement of the performance parameters of active RF components such as amplifiers, oscillators, mixers, and filters. 2500EP is a versatile, user-friendly device that has two dedicated channels for measurement, signal and control steps, decoupling/shielding, and frequency stepping. It is designed with a durable frame and housing to ensure its performance in demanding environments. The instrument employs a 19-digit LCD digital display with all the controls conveniently located on its face. The device incorporates a number of features that include power measurement (mA or Watts), harmonic distortion, linear dynamic range (dB), phase angle (degree) and pulse quality (quality factor). It also has a high input impedance at 50 Ohm as well as a number of multiplexed inputs and outputs to enable testing of multiple components simultaneously. The system offers a number of automated calibration processes including auto-calibration and auto-settling which expedites the testing process. VALHALLA 2500EP can generate multiple test waves, such as sine, triangle, and impulse, up to 2GHz and utilizes a laser-based two-wire transmission line setup. 2500EP supports a variety of interface options, such as Ethernet, USB, and GPIB, to enable integration with other test equipment in an automated manufacturing and test environment. The device's software platform allows users to access graphic displays of parameters, historical record statistics, and a variety of other data and graphical functions for a comprehensive monitoring and analysis of electronic components. VALHALLA 2500EP is suitable for testing and analyzing a wide range of today's electronic components used in a variety of applications. Its high performance specifications and automation capabilities make it an attractive choice for testing high frequency components used in aerospace, telecommunications, and industrial electronics systems.