54500 Series

The HP Agilent 54500 Series of General-Purpose Digitizing Oscilloscopes are a cost-effective choice with the high performance every user wants. Autoscale, automatic measurements, nonvolatile setup and waveform memories, along with complete HPIB programmability, are only a few of the features this series can provide. Advanced logic triggering can be utilized on state, pattern, edge, or trigger after delay to catch hard to spot events, such as transient bus phenomena or timing violations. This series is ideal for hardware design and debug applications. Certain oscilloscopes in the 54500 Series have a glitch triggering capability to pinpoint and trigger on a glitch as thin as 1.75 ns as well.

If a user of the 54500 Digitizing Oscilloscopes would like to characterize more than one event separated in time, the sequential single-shot function is the feature they need. Sequential single-shot permits the user catch the pulses without dead time in between. Afterwards, the user can assess the pulses one at a time or all at once in envelope, averaged, or normal mode.

The 54500 Series of Oscilloscopes either have two or four channels, a bandwidth as high as 500 MHz, a sample rate up to 1 GSa/s, and 8001 samples of memory/channel at the most. 

54500 Series

The HP Agilent 54500 Series of General-Purpose Digitizing Oscilloscopes are a cost-effective choice with the high performance every user wants. Autoscale, automatic measurements, nonvolatile setup and waveform memories, along with complete HPIB programmability, are only a few of the features this series can provide. Advanced logic triggering can be utilized on state, pattern, edge, or trigger after delay to catch hard to spot events, such as transient bus phenomena or timing violations. This series is ideal for hardware design and debug applications. Certain oscilloscopes in the 54500 Series have a glitch triggering capability to pinpoint and trigger on a glitch as thin as 1.75 ns as well.

If a user of the 54500 Digitizing Oscilloscopes would like to characterize more than one event separated in time, the sequential single-shot function is the feature they need. Sequential single-shot permits the user catch the pulses without dead time in between. Afterwards, the user can assess the pulses one at a time or all at once in envelope, averaged, or normal mode.

The 54500 Series of Oscilloscopes either have two or four channels, a bandwidth as high as 500 MHz, a sample rate up to 1 GSa/s, and 8001 samples of memory/channel at the most. 

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