A digital real-time oscilloscope is a type of digital oscilloscope (DSO), also known as a “single-shot” oscilloscope, which captures signals in real-time at a sampling rate far exceeding the signal bandwidth (generally over 2 times, ideally over 5 times), making it easy to observe high-speed single-shot signals. There are three important technical specifications that define real-time oscilloscopes: bandwidth, sampling rate, and memory depth.
The Pico 5000D series high-sensitivity flexible hardware adjustable vertical resolution USB digital real-time oscilloscopes: six models available, with adjustable hardware resolution from 8 bits to 16 bits.
The 5000D series high-speed USB oscilloscopes are flexible in resolution, high-performance, and high-speed computer oscilloscopes. When used in conjunction with PicoScope 6 software, they provide an ideal and cost-effective solution for various applications. The 5000D series high-speed USB oscilloscopes are suitable for many fields: design, R&D, testing, education, service, and maintenance.
Flexible vertical resolution: The 5000D series high-speed USB oscilloscopes have a significantly different architecture that accommodates multiple high-resolution ADCs in various serial and parallel combinations, thereby improving sampling rate or vertical resolution. In serial mode, interleaved ADCs can achieve a sampling rate of 1GS/s at 8-bit resolution; a sampling rate of up to 500MS/s at 12-bit resolution; and a sampling rate of up to 62.5MS/s at 16-bit resolution. One instrument achieves high-speed acquisition of digital signals and precise acquisition of analog signals through variable resolution.
Standard features include various advanced functions: resolution enhancement, template tolerance testing, segmented memory, 18 types of protocol serial decoding, advanced triggering, spectrum analyzer, math channels, XY mode, automatic measurements, function and arbitrary waveform generators, etc., all included at no extra cost, featuring the DeepMeasure depth measurement analysis tool.
The 5000D series oscilloscopes have waveform capture memory ranging from 128 to 512 million samples – much larger than many competing products. The large memory allows for long-term capture of waveforms at maximum sampling rates. In fact, the 5000D series oscilloscopes can capture waveforms longer than 500 milliseconds at 1ns resolution. In contrast, an oscilloscope with 10 million samples of memory would only achieve a resolution of 50ns for the same 500-millisecond waveform.
All PicoScope 5000D devices come with a built-in 14-bit 200MS/s arbitrary waveform generator (AWG). You can create or modify arbitrary waveforms using the built-in editor, import them from existing oscilloscope traces, or load them from spreadsheets.
The AWG can also function as a function generator, offering a range of standard output signals, including sine, square, triangle, DC level, white noise, and PRBS.
In addition to basic controls for setting levels, offsets, and frequencies, more advanced controls allow you to scan a range of frequencies. When combined with the spectrum peak hold option, this can become a powerful tool for testing amplifier and filter responses.
The triggering tool allows you to output one or more waveform cycles when certain conditions are met (such as oscilloscope triggers or mask tolerance test failures).
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