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The 54501A is a digital oscilloscope with 100Mhz bandwidth and 4 channels. The device is quite feature rich for its era have dedicated measurement functionality for frequency and amplitude analysis. Up to three measurements can be active at any given time. Other notable features include the ability to store four waveforms in nonvolatile memory, autoscaling and averaging using up to 2038 samples
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The Hameg HM1005 is a dual channel analog oscilloscope with 50Mhz bandwidth. Notable features include a delay timebase and 10x horizontal zoom. Notably, the delay timebase offset is configured using a digital circuit with LED bubble display.
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A mainframe for HP series logic analyzers from the 1990s. Suitable for analyzing parallel data buses.
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The Philips PM3206 is a 15Mhz bandwidth dual trace oscilloscope using integrated circuits (ICs). The scope features an X * Y multiplication mode as well as 5x horizontal zoom. It is not to be confused with the Philips PM3206 oscilloscope released in 1964 that instead was entirely based on vacuum tubes.
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A 32 channel logic analyzer with 25Mhz state using the dreaded HP (not IBM compatible) floppy system to boot. Although utilities like lifutil exists by far the most complicated part of maintenance is the practice of restoring boot floppies and drives.
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A Philips PM3250 series oscilloscope with X*Y multiplication and analog storage features. These features are denoted by incrementing the part number by one and two respectively. This is why this model is known as the PM3253. Made in the early 1970's this was a very capable oscilloscope offering a 50Mhz input bandwidth and two individual time bases. As was typical for the era, these models are entirely build using discrete transistors each and every one on their own tiny standoff post.
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The Philips PM3250 X is a base model of the 1970's PM3250 series. This specific model has dedicated buttons for mains and video triggering which where features commonly used during television repair and maintenance. Like all PM3250 series the input bandwidth is 50Mhz and the device has two dedicated time bases. The internal construction is achieved using entirely discrete transistors each of them on a small plastic standoff.
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