Used TEKTRONIX TDS 1001B #9022825 for sale

TEKTRONIX TDS 1001B is an electronic test and measurement equipment designed to provide accurate control and monitoring of electronic signals in a laboratory setting. The device combines oscilloscope-like waveform viewing capabilities as well as a dual-trace capability to allow for comparison between multiple signals. With its 1 MHz bandwidth, TDS 1001B excels at accurately measuring sine waveforms, such as those used in digital communications. TEKTRONIX TDS 1001B is a digital oscilloscope, controlling signals through 1 GS/s single-shot sample rate. The single-shot capability allows for accurate reproduction of repetitive signals. Samples are stored in 1 M word/channel memory. The unit measures in both vertical (Volts) and horizontal (Time) axes. Both axes can be set by selecting one of twelve trigger levels, as well as setting a cursor/readout position which is displayed on an LCD screen. Cursors can also be used to measure the period, frequency, and maximum and minimum peak-to-peak measurements of sine waves. In addition to a time base and cursor readouts, TDS 1001B has several signal processing features such as low-pass and high-pass filters, line selectable thresholds, adjustable hysteresis, and a dynamic filter. This helps to provide accurate and adjustable waveform analysis. Other signal processing features included automatic positioning, peak detect, noise rejection, peak-to-peak measurements, and zoom functions. TEKTRONIX TDS 1001B also excels at providing automatic measurement capabilities. Size can easily be measured for components such as resistors and conductors. Other measurements, such as capacitance and inductance, may also be performed using a device, or with an optional LCR meter. TDS 1001B is noteworthy for its ability to control measurements of complex waveforms. This is possible due to its scalable graticule and Hi-Z probe, which can also help to protect the equipment from short circuits. The larger color LCD screen also makes it easier to view multiple waveforms at once, while the automatic measurements, cursors, and signal processing features make this device highly desirable in professional circuit design and measurement situations.