Used HUGHES 8010H15F000 #109319 for sale

HUGHES 8010H15F000 electronic test equipment is a state-of-the-art equipment designed to meet the needs of electronics researchers. It combines power, speed, accuracy, and flexibility to achieve an unprecedented level of performance. The system consists of a main unit and two separate modules, providing integrated test and data acquisition capabilities. The main unit contains a 32-bit processor, 512MB of RAM and a 15" TFT touch-screen monitor. It provides the user with an intuitive, graphical interface to quickly and easily control the instrument. The two modules included with 8010H15F000 are the Digital Voltage Source Module and the Digital Timer Module. The Digital Voltage Source Module is designed for creating voltage waveforms for testing electrical circuits. It has the ability to create a DC voltage level, a sine-wave, triangle-wave, ramp, or square waveform. It also offers adjustable Pulse Width Modulation and arbitrary waveforms. The Digital Timer Module is designed for measuring time between two events or counting events. It is capable of measuring up to 10kHz with a 5 nanosecond resolution. It is also capable of converting event data from one form to another using trigger events. This includes frequency, period, duty cycle and so on. HUGHES 8010H15F000 also includes a variety of software tools that make use of the multidisciplinary capabilities of the unit. These include IV curve tracing, multiplexing, signal processing, data analysis, and automated circuit testing. The machine also includes a number of test utilities, such as stimulus and response, signal modulation, signal analysis, and rapid prototyping. 8010H15F000 is an extremely versatile tool, offering a wide range of features and options to meet the needs of virtually any electronics research need. By combining high speed and accuracy, HUGHES 8010H15F000 offers a complete solution for designers, laboratory professionals, and engineering professionals alike. With its intuitive user interface, 8010H15F000 is the perfect choice for an electronics research asset.