TDS2014 – Tektronix

Product Description

Item #: TDS2014

Manufacturer: Tektronix
Series: TDS2000

TDS2014 by Tektronix is a Digital Storage Oscilloscope in the TDS2000 series. TDS2014 features 4 Channels and a Bandwidth of 100 MHz.

The Tektronix TDS2014 Digital Storage Oscilloscope is suitable for various applications, including: service and repair, design and debug, manufacturing tests and quality control, and education and training. This model comes equipped with features such as: 11 automatic measurements, FFT analysis capabilities, waveform and setup memories, a multi-language user interface, a dual time base, and an autoset menu with waveform selection. This oscilloscope has a minimal weight of only 4.9 pounds, including accessories, guaranteeing that it can easily be transported.

The TDS2014 Digital Storage Oscilloscope delivers precise real-time acquisition to the complete bandwidth. This model also has advanced triggers to pinpoint signals the user is interested in. Classic, analog-style controls ensure that the TDS2014 is simple to operate, minimizing learning time and boosting competency.

Groundbreaking features such as the probe check wizard, context-sensitive help menu, and color LCD display enhance the setup and functioning of this instrument. There is also OpenChoice Software installed on the oscilloscope. OpenChoice provides an effortless integration between the oscilloscope and a PC, giving the user numerous options to document and assess their measurement outcomes. Optional communication modules can be added for further features.

There are several acquisition modes on the Tektronix TDS2014: Average, Single Sequence, Peak Detect, and Sample. Average mode has the waveforms averaged, with choices of 4, 16, 64, and 128. Single Sequence mode utilizes the single sequence button to catch one triggered acquisition sequence at once. Peak Detect mode cat catch glitches as narrow as 12 ns by utilizing acquisition hardware at every time/div setting from 5 µs/div to 50 s/div. Lastly, Sample mode can only acquire sample information.

Specifications