Used GW INSTEK GFC-8131H #9103353 for sale

GW INSTEK GFC-8131H is a highly versatile and powerful electronic test equipment designed for a range of applications such as measurement and analysis of high-frequency and high-resolution signals. GFC-8131H features a frequency range of up to 200MHz, with a resolution down to 1Hz. It also offers high precision and accuracy with noise levels that are nearly ten times lower than those of its predecessor. GW INSTEK GFC-8131H is equipped with two independent channels, each with a dynamic range of 90 dB and a low-pass filter to ensure that high-frequency measurements are accurately measured. The device also offers a variety of signal analysis and data acquisition features, including a waveform parameter analysis mode which allows users to analyze signals in time domain. With its large color TFT touchscreen, users can quickly field-program, monitor, and control GFC-8131H. GW INSTEK GFC-8131H is designed with a built-in function generator which can be used to generate signals of various shapes and sizes, with a frequency range of up to 5 MHz. The device also offers a built-in dual channel digital storage oscilloscope operating at a sampling rate of up to 100MS/s and can display up to 8K of data points. Other features of the device include a wide range of math functions, automatic measurement and cursor, and a wide range of operation modes which are designed to make GFC-8131H an ideal choice for engineers and hobbyists. For more advanced users, GW INSTEK GFC-8131H offers multiple trigger options and signal analysis functions. The advanced trigger options allow users to zoom in and out of waveforms to take measurements at different parts of the waveform and to trigger events. The device also features a logic analyzer operating up to 1MHz, which is ideal for viewing logic states or performing debug functions. Overall, GFC-8131H is an ideal instrument for industrial, research, and hobbyist use. It provides highly accurate and precise measurements as well as advanced triggering and signal analysis functions for more in-depth study of signals.