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LT224 LeCroy Digital Oscilloscope
Additional Features: Bandwidth: 200 MHz 4 Channels Real Time Sample Rate: 200 MS/s Max. Record Length: 100 kpts/Ch User Interface: Full control via GPIB and RS-232-C Network Connection: 10BaseT (optional) Display: 8.4" Color TFT-LCD with VGA, 640x480 Resolution Advanced Display Analog Persistence Vertical Resolution: 8 bits Sensitivity: 2 mV – 10 V/div fully variable DC Gain Accuracy: ±(1.5% +0.5% of full scale) The LeCroy LT224 features a user interface that is simple to learn and use, making it easy to take advantage of the scope's unique capabilities. SMART Trigger and SMART Memory let you capture signals while maintaining the maximum resolution and accuracy. The large, crisp 8.4" TFT flat display with analog and color-graded persistence makes it easy to view and measure signals, as well as locate rare signal problems. The LT224 includes automatic measurements, waveform math functions, and analysis capabilities so you can average sweeps, enhance vertical resolution, and use FFT to view a signal's frequency spectrum.
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LT224 LeCroy Digital Oscilloscope
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Additional Features: Bandwidth: 200 MHz 4 Channels Real Time Sample Rate: 200 MS/s Max. Record Length: 100 kpts/Ch User Interface: Full control via GPIB and RS-232-C Network Connection: 10BaseT (optional) Display: 8.4" Color TFT-LCD with VGA, 640x480 Resolution Advanced Display Analog Persistence Vertical Resolution: 8 bits Sensitivity: 2 mV – 10 V/div fully variable DC Gain Accuracy: ±(1.5% +0.5% of full scale) The LeCroy LT224 features a user interface that is simple to learn and use, making it easy to take advantage of the scope's unique capabilities. SMART Trigger and SMART Memory let you capture signals while maintaining the maximum resolution and accuracy. The large, crisp 8.4" TFT flat display with analog and color-graded persistence makes it easy to view and measure signals, as well as locate rare signal problems. The LT224 includes automatic measurements, waveform math functions, and analysis capabilities so you can average sweeps, enhance vertical resolution, and use FFT to view a signal's frequency spectrum.
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