Used TEKTRONIX DTGM 30 #293620762 for sale

TEKTRONIX DTGM 30 is an electrical test device designed for use in production, servicing and R&D laboratories. TEKTRONIX DTG M30 features 4 channels of differential input, 1 channel of single ended input, and analysis of differential and single ended signals. It is designed to operate from 400 kHz to 30 MHz, with sampling rates of up to 100 Msps. It also features variable offset range of ± 10V, variable offset frequency and variable delay. DTGM 30 is designed to measure both dc characteristics and response of research components and systems. DTG M30 provides a high degree of accuracy, repeatability and ease of use. The instrument has a 6-inch display, allowing the user to quickly scan multiple channels and make spot measurements with a single glance. Its menu driven operation and intuitive user interface allow it to be quickly used in a production environment. Its 4-channel differential inputs enable measurements of different types of signals. TEKTRONIX DTGM 30 includes a wide range of measurements, such as transient response, frequency response and rise/fall time. Additionally, its frequency scanning capabilities enable users to quickly scan a wide range of frequencies. With a small input probe width, TEKTRONIX DTG M30 allows effective measurement of electronic transients. It also offers the ability to capture data in real-time, giving users the ability to visualize and analyze the transient event. To make use of DTGM 30's features, it is connected to a standard PC. The instrument is provided with software driver for both Windows and Linux. The software provides for typical plotting functions, including curves and XY graphs. Additionally, a built-in oscilloscope and data logger functionality allows users to measure and save the result of the test. DTG M30 is a versatile and powerful electronic test equipment. With its 4-channel differential inputs, wide measurements range and a high degree of accuracy, it is suitable for a wide range of applications. Test engineers and technicians can quickly and efficiently measure transients, as well as complex analog and digital signals.