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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 sensor is ideal for Raspberry Pi , Arduino and Embedded systems.
View the Ratiometric pressure sensor Article post for examples and further information on the Ratiometric Pressure sensor
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 sensor is ideal for Raspberry Pi , Arduino and Embedded systems.
View the Ratiometric pressure sensor Article post for examples and further information on the Ratiometric Pressure sensor
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
