Used HITACHI V1060 #9149029 for sale

HITACHI V1060 is a high-performance digital oscilloscope designed to meet the needs of scientific research and development, as well as the testing of electronic circuits and systems. With its dual-channel and high-gain/low-impedance input capabilities, it delivers accurate signal measurements for both AC and DC levels. Additionally, it features advanced signal analysis functions that allow users to obtain precise results from their test and measurement data. V1060 has a 1 GHz bandwidth, allowing users to capture detailed waveforms with up to 1 M sample/s maximum sampling speed. Its voltage ranges can be set from 500 mV to 10 V in 1-2-5 steps, making it suitable for several applications. Additionally, its dual-channel architecture gives it a high level of flexibility so that users can select the ideal balance of sensitivity and common-mode rejection. HITACHI V1060 also features a digital switching system that can operate in either manual or automatic mode. In manual mode, users can adjust the sampling frequency and sampling points while also controlling the input and output parameter settings. This allows for more precise control over system parameters while obtaining accurate results. V1060 also includes a range of advanced measurement and signal analyze functions such as harmonic analysis, FFT, and auto correlation, as well as wide dynamic range and distortion measurement functions. It also supports both math and logic operations so that users can perform a variety of tests and measurements. HITACHI V1060 comes with a color LCD for easy viewing of results or tests, an intuitive user interface for simple navigation, and a variety of connectors including BNC, LF3000, F/NPRO, and GPIB. Additionally, it is equipped with an external printer port, allowing users to print out results. V1060 is a highly flexible and reliable oscilloscope ideal for a wide range of applications. With its powerful signal analysis functions and intuitive user interface, it allows users to accurately measure and analyze signals with ease. Its reliable performance allows users to obtain accurate results even in the most demanding test conditions.