Omron D6F-PH thermal flow-type MEMS differential pressure sensor
Omron has introduced its D6F-PH MEMS thermal flow sensor chip, which is a thermal flow-type sensor. This ensures it is capable of measuring with superior sensitivity and reproducibility in low pressure environments and with a wider pressure range than the commonly-used capacitance-type and piezoelectric-type differential pressure sensors.
- High precision measurement
- High-flow impedance to reduce the influence of bypass configuration
- Reduced size increases installation flexibility
- Anomaly detection
Product Description
Omron's newly developed MEMS thermal flow sensor chip, the D6F-PH, is a thermal flow-type sensor.
This ensures it is capable of measuring with superior sensitivity and reproducibility in low pressure environments and with a wider pressure range than the commonly-used capacitance-type and piezoelectric-type differential pressure sensors.
Embedded ASICs carry out digital correction (linearity and temperature correction), making the D6F-PH more precise and less influenced by temperature than conventional analogue output sensors.
The D6F-PH will make it possible to optimise business and household air conditioning and ventilation control in order to maximise energy efficiency, and also increase the accuracy of gas flow control and monitoring in digital medical equipment such as anaesthetic machines and respirators.
Precise measurement
The D6F-PH features a new digital correction algorithm that achieves 3% RD precision, contributing to optimisation of control efficiency.
High-flow impedance
By increasing the sensor's flow resistance, the influence of bypass pipe length and diameter has been reduced, leading to more stable measurement.
Reduced size
The sensor's dimensions were reduced to 26mm x 22mm x 18mm thanks to a new flow channel design that makes full use of the latest flow analysis technology. The reduction of the circuit board footprint will contribute to the reduction of system sizes.
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| Manufacturer Part No | Order Code | Manufacturer / Description | Availability | Price For | Price | Quantity | Pressure Type | Operating Pressure Min | Operating Pressure Max | Pressure Measurement Type | Supply Voltage Min | Supply Voltage Max | Port Style | Supply Current | Sensor Case / Package | No. of Pins | Sensor Output Type | Accuracy | Pressure Port Type | Sensor Mounting | Output Interface | Media Type | Operating Temperature Min | Operating Temperature Max | Product Range | Qualification | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
D6F-PH0025AD1
|
2354009 |
Pressure Sensor, Differential, 0 Pa, 250 Pa, 2.3 VDC, 3.6 VDC, SIP OMRON ELECTRONIC COMPONENTS
You previously purchased this product.
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|
No Longer Manufactured |
Each
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null | Differential | 0Pa | 250Pa | Differential | 2.3VDC | 3.6VDC | Dual Radial Barbed | - | SIP | 4Pins | Digital | ± 3% | Dual Axial Barbed, Same Side | Through Hole | I2C | Air | -20°C | 80°C | D6F Series | - | ||
|
D6F-PH0505AD3
|
2354011 |
Pressure Sensor, Differential, -50 Pa, 50 Pa, 2.3 VDC, 3.6 VDC, SIP OMRON ELECTRONIC COMPONENTS
You previously purchased this product.
View in Order History
|
No Longer Manufactured |
Each
|
null | Differential | -50Pa | 50Pa | Differential | 2.3VDC | 3.6VDC | Dual Radial Barbed | - | SIP | 4Pins | Digital | ± 3% | Dual Axial Barbed, Same Side | Through Hole | I2C | Air | -20°C | 80°C | D6F Series | - |