How do digital pressure gauges fundamentally differ from Bourdon mechanical gauges in terms of output?
Answer
Digital gauges rely on electronic transducers converting changes into an electrical signal for numerical display.
Mechanical gauges provide a direct reading through physical linkage to a needle, whereas digital gauges rely on electronic transducers that convert physical changes into an electrical signal which is then processed and displayed numerically.
Related Questions
Who is most widely credited with inventing the recognizable pressure gauge utilizing the curved tube principle?Around what year did Eugène Bourdon develop and patent his breakthrough pressure gauge design?What shape is the hollow, flattened metal tube that forms the heart of the Bourdon gauge mechanism?When pressure is introduced into the Bourdon tube, what action causes the mechanism to move?How is the small straightening motion of the Bourdon tube translated into a readable indication?What major technological feedback loop did the Bourdon gauge provide for steam engine management?Besides the Bourdon tube, what alternative mechanical assemblies are mentioned for sensing pressure changes?What capability did the Bourdon gauge enable that was vital for the scaling of industrial processes?How do digital pressure gauges fundamentally differ from Bourdon mechanical gauges in terms of output?What advantage of the fundamental Bourdon gauge contributes to its enduring presence in harsh industrial environments over some modern instruments?