Used HIOKI 3193 #9198090 for sale

HIOKI 3193 is a digital storage oscilloscope, which has a wide range of features for the measurement and analysis of electrical signals. It is designed for use in the laboratory or industrial environment and is able to capture, view, measure and analyze high-speed electrical signals with a maximum sampling rate of 20 GS/s. 3193 is equipped with a 200 MHz, 4-channel measurement equipment with a 12.5 GS/s sampling rate on all channels, making this instrument able to accurately measure short signal pulses up to 500 ns with no more than 1% error. Its large 12.1 inch XGA LCD display gives the user excellent visualization and control of the signal data on the oscilloscope. This display can be easily switched between single and dual views, allowing the user to easily monitor multiple signals at once. In order to make the process easier for the user, HIOKI 3193 comes with an advanced triggering system. This triggering unit has a 10 MHz peak or level triggering machine, enabling the user to set the trigger level and channel according to the signal shape and waveform. In addition, this model also has auto-analysis functions that allow the user to quickly measure frequency, noise and more in real-time. The oscilloscope also has several measurement and analysis functions such as FFT (Fast Fourier Transform) spectrum analysis, RMS (Root Mean Square) amplitude and more. With this type of oscilloscope, the user is able to quickly identify frequencies, shapes of waves and noise levels present in electrical signals. It has a built-in USB port for saving and storing data, so that the user can easily transfer and print data onto other computers or printers when needed. Furthermore, this model supports remote analysis via Remote Analysis Software, which is included in the package. 3193 is an ideal oscilloscope for those seeking an advanced model with a great selection of features that offer high-performance analysis. It can easily be used in laboratory or industrial environment for analyzing signals.