Used TEKTRONIX TDS7154/1M #107177 for sale

TEKTRONIX TDS7154/1M is a sophisticated electronic test and measurement equipment. This instrument provides one-channel and four-channel, extended bandwidth digital phosphor oscilloscopes (DPO) with a minimum 4 GS/s throughput and a 10 Mpts/ch memory. It offers a combination of sampling rate, resolution, and input transformers to the measurement application with 1 MOhm/1 pF input and 50 to 1000 MHz bandwidth. Additionally, the TDS7154/1M offers 11 noise filters and a built-in waveform math with 104 functions for noise reduction. The TDS7154/1M features a 12.1-inch LCD display with a 8x5 division display grid, an iconic interface, and selectable USB memory export options. This oscilloscope can be connected to a PC or laptop and operated with the included PC control software In addition, the TDS7154/1M offers a variety of advanced debugging options. It includes a deep memory and maximum sampling rate capabilities, allowing non-intrusive debugging of intricate systems. It also offers a large complex waveform record length of up to several megabytes, allowing users to capture and analyze very long waveforms. The TDS7154/1M is equipped with an automated measurement and limit testing feature that helps determine if a signal is within a given tolerance for accurate results. It also has various measurements such as Glitch Capture and Timing parameters, which are especially useful in digital and complex event analysis. In addition, the TDS7154/1M is designed to save the time of debug measurement. It has up to 100 waveforms/measurements stored for later review, and an optional cursor tracking function for ease of analysis. Further features include waveform tools such as cursors, markers, and search/sequence functions, an FFT analysis, MSO/DPO digital triggering, and counters for more accurate measurements. The TDS7154/1M is the ideal oscilloscope for applications requiring high sampling rate, memory depth, resolution, and a wide dynamic range. This instrument has a modern graphical user interface, powerful waveform capture, analysis, and automated measurement, making it an ideal oscilloscope for engineers, technicians and scientists.