Used TEKTRONIX DPO 4LMT #9120094 for sale

TEKTRONIX DPO 4LMT
ID: 9120094
Limit and mask test application module.
TEKTRONIX DPO 4LMT is a sophisticated electronic test equipment used to measure, troubleshoot and debug electrical circuits. It is a high performance oscilloscope that integrates with its own set of probes and software applications. DPO 4LMT is designed to provide the highest level of accuracy while operating with low noise. Its two-channel design makes it ideal for both laboratory and industrial applications. TEKTRONIX DPO 4LMT has a bandwidth of 1 GHz, with two independent analog channels and a built-in 25 MHz 14-bit A/D converter. It is designed to provide accurate measurements on both analog and digital signals in a wide range of noise environments. DPO 4LMT has a display resolution of 625 horizontal lines and provides excellent signal fidelity with up to 70MHz signal capture bandwidth. The scope enables the user to easily view and analyze waveforms with its advanced digital trigger capabilities. The Digital Persistence feature allows users to easily view and record low frequency waveforms. The scope also features advanced triggering options, which enables users to easily filter, zoom in, or adjust the waveform display for easy understanding. The Acquisition Mode, Memory Depth, and Reconstruct Mode features allow users to choose the most suitable settings or modes for the waveforms they are analyzing. The scope has a variety of probe options that are tailored to specific applications. This ensures accurate measurements in a wide range of environmental conditions and applications. Users can also use the Probe Calculator to calculate the correct probe and adjustment factors, based on their specific application. The scope's intuitive interface and expansive array of features makes it an ideal choice for both laboratory and industrial applications. Furthermore, the curve tracing, display memory, and extensive analysis tools make TEKTRONIX DPO 4LMT a powerful and convenient tool for troubleshooting issues within electrical circuits.
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