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Everything is built into benchtop oscilloscopes. Front-panel control knobs and buttons, an embedded processor, a dedicated display, and a functional but largely immutable GUI are all present. Benchtop oscilloscopes have existed for as long as oscilloscopes themselves.
Benchtop oscilloscopes are typically more effective. Although space is always an issue for equipment, benchtop oscilloscopes have a more lenient space requirement. Benchtop oscilloscopes can be made bigger because this is “legal,” which allows the producers to incorporate more features.
The Global Benchtop Oscilloscope market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
The portable oscilloscope from Tektronix, which boasts benchtop performance, has just been launched. The 2 Series MSO is less than four pounds in weight and only 1.5 inches thick, and it has a modern appearance that is unusual for scopes.
Users can either use the standard control knobs, which are illuminated by colored LED ring lights to signify active sources, or familiar touch movements to drag and zoom signals.
The new oscilloscope can accept inputs from two or four analog channels, and it will eventually accommodate 16 digital channels with the release of updated software. It can measure bandwidths between 70 MHz and 500 MHz at a maximum sampling rate of 2.5 GS/s.
A built-in pattern generator, voltmeter, and frequency counter are also available as options for the 2 Series MSO, along with a 50MHz arbitrary function generator. The scope can run for up to eight hours on an optional hot-swappable battery pack.To fully comprehend their special needs, their team collaborated closely with engineers.
