PicoScope 5462E+ 8-16-Bit 4-Ch 200/60MHz Oscilloscope (PQ415)

The PicoScope 5000E Series is the first four-channel oscilloscope to offer 16-bit resolution with a low noise floor and high dynamic range to measure low-level signals other oscilloscopes miss.

With a noise floor as low as 22 µV RMS, the PicoScope 5000E Series ensures even the smallest amplitude signals remain measurable and clear. When paired with 16-bit verticalresolution, the superior signal-to-noise ratio makes it an essential tool for high-precision signal analysis.

Trust the data that you see with more than 73 dB of SFDR, exceptional crosstalk rejection and superior bandwidth flatness. This wide dynamic range means complex signals can be captured with precision. When paired with the powerful features of our PicoScope 7 software, it uncovers hidden signals with ease.

Featuring switchable resolution, bandwidths up to 500 MHz, sampling rate up to 5 GS/s and deep memory of 2 GS, our PicoScope 5000E Plus offers two scopes in one.

FlexRes technology 

For applications that demand precision or speed, the PicoScope 5000E Plus features switchable 16-bit or 8-bit resolution. 16-bit mode increases vertical precision for detailed voltage readings. 8-bit mode boosts bandwidth and sampling rates to capture fast edges and digital signals without aliasing. 

PicoScope 5000E Plus models feature up to 500 MHz bandwidth in 8-bit mode. This accurately captures fast digital edges and high-frequency switching transients, resolving fast waveform details like ringing and overshoot that slower scopes miss.

In 8-bit mode, the PicoScope 5000E Plus increases the sampling rate to 5 GS/s, enabling precise timing verification. Capture high-speed digital signals with time resolution down to 200 ps and analyze them with the powerful PicoScope 7 software.

The 8-bit mode on the PicoScope 5000E Plus doubles the memory to 2 GS, so you can capture long data packets with high time resolution. Memory segmentation provides multi-capture waveform analysis for in-depth mask limit testing, waveform averaging and persistence display.