Used TEKTRONIX TDS540B/5/13/1F/1M/2F #107590 for sale

TEKTRONIX TDS540B Series digital real-time oscilloscopes are high-performance, low-cost oscilloscopes designed to provide superior results in electronic test and design. The oscilloscope is equipped with multiple input channels and is capable of sampling up to 500 million points per second. It supports a deep memory of up to 1 Gigabyte per channel and utilizes a high-speed Ethernet link for remote access and control as well as data storage. This allows for comprehensive measurement results via direct connection to a PC over a local area network. The oscilloscope features a high-resolution 4k x 4k color display, individual trigger zones for each input channel, and advanced triggering and analysis capabilities such as advanced segmented memory and serial data mask testing. This allows for efficient capture and analysis of serial protocols, commonly used in automotive and embedded systems. The oscilloscope is powered by a 5MB 14 bit ADAT, a high-end ADC based on SPIEE technology. This technology offers fast settling time, low noise and high resolution, with up to 40MHz sampling rate. TEKTRONIX unique TDS541base real-time sampling system supports data capture up to 2GS/s, delivering unprecedented sample rate and resolution. The TDS540B supports a large number of probes and accessories, including active voltage and current probes, sensors, device adapters, and power supplies. It also includes a high-resolution side-by-side display, allowing for comparison of multiple channels for analysis of complex waveforms. Furthermore, the TDS540B features a range of utility software, including an easy-to-use waveform editor, an auto-scaler, a FFT (Fast Fourier Transform) spectrum analyzer, an XY plotter, and an image capture utility. These allow for further analysis and manipulation of the results. In conclusion, TEKTRONIX TDS540B Digital Real-Time Oscilloscope is an excellent choice for those seeking a low-cost, high-performance test and design tool. Its high sampling rate and depth memory allow for superior results and its host of features provide greater insight into complex system behavior.