PicoScope 9400A Series

PICO

A new class of sampling scope

The PicoScope 9400A Series combines the huge analog bandwidth of sampling oscilloscopes with the triggering architecture of real-time oscilloscopes to create a whole new type of oscilloscope - the Sampler-Extended Real-Time Oscilloscope (SXRTO). The PicoScope 9400A Series random equivalent-time sampling architecture is ideal for measuring high speed interfaces, such as gigabit digital systems, with repetitive signals or clock streams. Unlike a traditional sampling oscilloscope, an SXRTO can capture the trigger event itself and the waveform immediately before it. With four channels available, the PicoScope 9400A Series is invaluable for validating Signal Integrity (SI) in electronics and telecoms systems designs.

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Specification

PicoScope 9400A

Analog Bandwidth (–3 dB)
Full bandwidth:
• DC to 6 GHz
• DC to 16 GHz
• DC to 25 GHz
• DC to 33 GHz
Middle bandwidth:
• DC to 500 MHz (hanya model 6 GHz)
Narrow bandwidth:
• DC to 100 MHz (6 GHz & 16 GHz)
• DC to 18 GHz (25 GHz)
Passband Flatness (±1 dB, typical)
• ±1 dB to 3 GHz (6 GHz)
• ±1 dB to 12 GHz (16 GHz)
• ±1 dB to 4 GHz (25 GHz)
• ±1 dB to 8 GHz (33 GHz)
Calculated Rise Time (Tr, typical)
Full bandwidth:
• 6 GHz → 10–90%: ≤ 58.3 ps, 20–80%: ≤ 41.7 ps
• 16 GHz → 10–90%: ≤ 21.9 ps, 20–80%: ≤ 15.6 ps
• 25 GHz → 10–90%: ≤ 14 ps, 20–80%: ≤ 10 ps
• 33 GHz → 10–90%: ≤ 10.6 ps, 20–80%: ≤ 7.6 ps
Middle bandwidth (500 MHz, 6 GHz):
• 10–90%: ≤ 700 ps, 20–80%: ≤ 500 ps
Narrow bandwidth:
• 100 MHz (6 GHz) → 10–90%: ≤ 3.5 ns, 20–80%: ≤ 2.5 ns
• 18 GHz (25 GHz) → 10–90%: ≤ 19.4 ps, 20–80%: ≤ 13.9 ps
RMS Noise
Full bandwidth:
• 6 GHz → 1.8 mV max, 1.6 mV typ.
• 16 GHz → 2.4 mV max, 2.2 mV typ.
• 25 GHz → 2.8 mV max, 2.7 mV typ.
• 33 GHz → 2.9 mV max, 2.8 mV typ.
Middle bandwidth (500 MHz, 6 GHz):
• 0.9 mV max, 0.8 mV typ.
Narrow bandwidth:
• 100 MHz (6 GHz) → 0.7 mV max, 0.6 mV typ.
• 18 GHz (25 GHz) → 2.5 mV max, 2.3 mV typ.