Bluewater Lab Pte. Ltd.
Bluewater - Model SGE-PM356 -Diffused Silicon Pressure Transmitter
The diffused silicon pressure transmitter utilizes imported, high-precision pressure-sensitive chips to achieve exceptional accuracy and reliability. These chips are fabricated using an advanced micro-mechanical etching process, resulting in a Wheatstone bridge configuration that integrates four high-precision resistors on silicon wafers with temperature compensation. This ensures stable performance across varying environmental conditions. The output electrical signals are meticulously processed through amplification and non-linear correction circuits, converting them into voltage and current signals that linearly correspond to input pressure. This functionality makes the transmitter especially useful in applications requiring high precision pressure measurements like industrial automation and fluid dynamics analysis.Most popular related searches
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Imported high precision and high stability pressure sensitive chips are selected for diffused silicon pressure transmitter. Sensitive chips are fabricated by advanced micro-mechanical etching process, which forms Wheatstone bridge by diffusing four high-precision resistors with temperature compensation on silicon wafers. The output electric signal is compensated by amplification and non-linear correction circuit, which generates voltage and current signals which correspond linearly to the input pressure.
- Advanced diaphragm/oil-filled isolation technology
- High stability and reliability
- Seismic resistance and anti-radio frequency interference
- 316L stainless steel isolation diaphragm structure
- Micro-amplifier, voltage and current signal output
- Strong anti-interference and long-term stability
- Variety of process connections are available
- Wide range measurement
- Anti-vibration and anti-impact
- IP65