LeCroy - 9400 Oscilloscope - Multiple models

The LeCroy 9400 digital oscilloscope is a powerful universal instrument for recording and analyzing waveforms. Thanks to the combination of user-friendliness and a wide range of measurement and processing capabilities, it enables highly accurate measurements. The LeCroy 9400 offers a bandwidth of 125 MHz, 8-bit ADCs with a sampling rate of 100 megasamples/sec, a DC accuracy of ±2% (±1% optional), 32K memory per channel and up to 192K of waveform memory. It is fully programmable via RS-232-C or GPIB interface. Plotter drivers enable color archiving via a broad range of digital plotters. High bandwidth and precision - Two independent channels, each with a bandwidth of 125 MHz and a powerful 8-bit ADC, process input signals with a DC accuracy better than +2% (±1% optional). The 9400A has sampling rates of 100 megasamples/sec for transient events. With the long memories and the versatile cursor system (including voltage, time, and cross cursors) time measurements can be performed with an accuracy of ±0.02% of the set time base and a resolution of ±0.002% of full scale. The large display of the 9400 produces clear, stable, and razor-sharp images of your signal, regardless of the repetition frequency. Very accurate signal comparisons are possible, because up to four waveforms (live, extended, or edited) can be displayed simultaneously on the screen with high resolution (1024 x 1024 pixels). The long 32K acquisition memories of the 9400 digital oscilloscope capture waveforms with high fidelity. At comparable time-base settings, the long memories of the 9400 enable sampling rates that are up to 25 times faster than those of instruments with only 1K acquisition memory (see the graph below). Faster sampling rates provide higher bandwidth per measurement and reduce problems caused by under-sampling and significantly. The long memories of the 9400 make it possible to magnify displayed waveforms up to 100 times, so even the finest signal details become visible. Transient recording - With a sampling rate of 100 megasamples/sec, the 9400 is an exceptionally powerful transient recorder. Long memories for 32K data points, combined with a continuously adjustable trigger (from 100% pre-trigger to 10,000 divisions post-trigger at each time-base setting), ensure that rare events are not missed. Both channels are sampled simultaneously, preserving exact time correlation between the channels. Full programmability - All controls on the front panel of the 9400 are fully programmable via the two RS-232-C interface ports or the GPIB port. With the push of a button, a screen dump is made for accurate color prints of the display via a wide range of digital plotters. The GPIB port is supplied with LeCroy MASP software, providing computer control and mass storage on any PC compatible with the IBM standard. Signal processing - The waveform processing options extend the 9400’s applications to high-bandwidth signal characterization, as well as mathematical and spectral analysis. The routines include averaging (sum and continuous), smoothing, integration, differentiation, squaring, square root, full arithmetic, FFT spectral analysis, and extrema monitoring.