Used TEKTRONIX TDS 3014C #9291537 for sale

TEKTRONIX TDS 3014C is an Electronic Test Equipment (ETE) designed to provide a wide range of diagnostics and measurements. It's a four channel digital oscilloscope with a sampling rate of 500 MS/s, 14-bit resolution, and 8K of memory. This test equipment has the capability to measure signals up to 150 MHz with a frequency span of 250 MHz. It has a noise floor of 20 μV/div and a maximum input voltage of 750V. It has a trigger signal of up to 10 Vpp and a sensitivity of 20 mV/div. It includes various built-in measurements, such as: time interval and delays, Fourier Transform spectra, peak-to-peak and dual minimal widths, frequency, duty cycle, slew rate, and burst decay times. TDS 3014C has a 12.1-inch LCD display with high resolution and low power consumption. It includes an internal computer control panel with various control knobs for quickly controlling the measurements and controlling the oscilloscope. Furthermore, it has a built-in math processor which can be used for calculating results in real-time. TEKTRONIX TDS 3014C also includes several features that are dedicated to helping its user. It has an AutoSet feature that allows users to quickly select the best measuring parameters. It has a quick-view feature which can be used to view signals in the most optimal way. The instrument also features a built-in probing systems that can detect the capability and critical parameters sensor used on the test setup. This oscilloscope is designed to be used in a wide variety of tasks, from basic troubleshooting to more complex tasks, such as Product Verification/Validation, Design Analysis, and Reliability Testing. It can be used for simulation studies, measurements and interpretations of dynamic signals, and automated testing of a variety of components and circuits. In summary, TDS 3014C is an excellent choice for anyone looking for a robust, easy to use Electronic Test Equipment with a variety of features and capabilities to best suit their individual needs. The robust features, low power consumption, and excellent performance make it an ideal choice for any diagnostic or measurement task.