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The Ratiometric pressure sensor uses a voltage signal to represent the pressure. the output is a percentage of the supply voltage. This type of pressure sensoris ideal for Raspberry Pi , Arduino and Embedded systems.
Therefore integration is simplified by avoiding complex analogue circuitry.
for example a Ratiometric pressure sensor with a range of 0-10Bar and the supply
Ratiometric output if supply voltage is 5V
0Bar = 0.5V = 10%
10Bar=4.5V =90%
Ratiometric output if Supply voltage is 3V
0 Bar = 0.3V = 10%
10Bar = 2.7V=90%
Pressure Range
- 0-200 Bar
Ratiometric Pressure transducer overview
- 3.3-5Vdc.
- Low power consumption.
- 3 wires required VDD +, VSS - ,Signal
- Zero = 10% of supply voltage
- Full output = 90% of Supply Voltage
The Ratiometric pressure sensor uses a voltage signal to represent the pressure. the output is a percentage of the supply voltage. This type of pressure sensoris ideal for Raspberry Pi , Arduino and Embedded systems.
Therefore integration is simplified by avoiding complex analogue circuitry.
for example a Ratiometric pressure sensor with a range of 0-10Bar and the supply
Ratiometric output if supply voltage is 5V
0Bar = 0.5V = 10%
10Bar=4.5V =90%
Ratiometric output if Supply voltage is 3V
0 Bar = 0.3V = 10%
10Bar = 2.7V=90%
Pressure Range
- 0-200 Bar
Ratiometric Pressure transducer overview
- 3.3-5Vdc.
- Low power consumption.
- 3 wires required VDD +, VSS - ,Signal
- Zero = 10% of supply voltage
- Full output = 90% of Supply Voltage
- Regular price
- £105.55
