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A fully labeled block diagram of an instrumentation system.
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So it typically consists of several functions blocks.
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So we are seeing the fully labeled diagram of an instrumental system.
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Now it's serving, we are seeing its functional blocks, several functional blocks and each serving a specific purpose in the overall system.
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Here is a breakdown of each block and its function within the system.
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So first is sensor which also can say is the transducer, can also say is transducer.
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So the sensor or transducer block is responsible for converting the physical parameter or we can say quantity being measured into an electrical signal.
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It could be a temperature sensor, pressure transducer, strain gauge or any other type of sensor depending on the application.
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So the output of the sensor is typically an analog, is a typically analog voltage, current or digital signal.
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Now its second part is signal conditioning.
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So it is the signal conditioning block processes the raw electrical signal.
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It processes the raw electrical signals from the sensor to make it suitable for further processing and analysis.
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So this block may include operations like amplification, filtering, offset, corrections and linearization.
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So the goal is improve the accuracy, reliability and resolution of the signal before it reaches the next stage.
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Next block of it is analog to digital converter.
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We can say it adc, analog to digital converter.
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The adc block convert the analog signal from the signal conditioning stage into a digital format.
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This is necessary for data processing, storage and analysis in digital system like it is also used in microcontrollers, computers and data loggers.
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The next part of it is dsp, the digital signal processing, dsp.
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So the dsp block performs various digital signal processing tasks on the digitalized signal.
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It may include the operations such as filtration, noise detection, averaging, fft, fft means fast fft that means fast fourier transfer and data comparison depending on the specific requirements of the instrumental system, instrumentation system.
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Next part of it is i am writing down here.
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The next part of it is microcontroller or you can say it is the microcontroller or processor block is the brain of the instrument, okay it is the brain of the instrumentation system.
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So, it receives the processed data from the dsp block, executes control algorithm and manage communication with other system components.
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So, the all the combination communication the data by this processor...