Final Answer:
The pressure measurement system using a Bellow sensor can be represented by a block diagram with key components including the bellow sensor, signal conditioning circuit, and output display.
Step-by-step explanation:
The pressure measurement system employing a Bellow sensor operates based on the principle that the bellow undergoes elastic deformation proportional to the applied pressure. The block diagram begins with the Bellow sensor, a crucial component designed to withstand the pressure variations. As pressure changes, the bellow deforms, and this deformation is translated into an electrical signal.
The signal from the Bellow sensor is then directed to the signal conditioning circuit. This circuit plays a pivotal role in amplifying, filtering, and sometimes compensating for environmental factors to ensure accurate and reliable pressure readings. Calibration adjustments may be incorporated to enhance precision. The conditioned signal is then sent to an output display, which could be a gauge, meter, or digital readout, providing a user-friendly representation of the measured pressure.
In summary, the block diagram illustrates a streamlined process in pressure measurement using a Bellow sensor. From the physical response of the bellow to the conditioned electrical signal and finally to the output display, each stage is crucial for obtaining precise and meaningful pressure readings in various industrial and scientific applications.