Honeywell 164PC01D37 MEMS Pressure Sensor Guide
The Honeywell 164PC01D37 MEMS pressure sensor is a compact differential pressure component created for board-mount applications that need repeatable analog output and stable compensated sensing. As part of the Honeywell 160PC series, the Honeywell 164PC01D37 pressure sensor is widely recognized in designs that rely on dependable low-pressure measurement rather than high-pressure industrial transducers.
What Is the 164PC01D37?
The Honeywell 164PC01D37 differential pressure sensor is designed to detect pressure difference between two ports and convert that change into an analog voltage output. Because of its amplified and temperature-compensated structure, it is particularly useful in instrumentation systems where signal consistency is important across varying operating conditions.
Compared with generic low-pressure components, the Honeywell 164PC01D37 MEMS pressure transducer stands out for its familiar integration profile. Engineers who maintain legacy boards or service validated assemblies often search for this exact Honeywell MEMS pressure sensor to preserve fit, expected signal behavior, and application-level reliability.
Technical Features of Honeywell 164PC01D37
The Honeywell 164PC01D37 MEMS pressure sensor is a differential pressure device with an operating pressure of 0.36 psi, equivalent to 2.49 kPa. It produces an analog output from 1 V to 7 V and works with a 6 V to 16 V supply. The part is specified at ±2% accuracy and includes amplified output and temperature compensation. It uses dual male 0.2 inch ports, PC pin termination, through-hole mounting, and a compact 3-SIP module package. The operating temperature range is -40°C to 85°C.
Where 164PC01D37 Is Used
The Honeywell 164PC01D37 pressure sensor is relevant in systems that monitor airflow, pneumatic balance, gas movement, or low-pressure differential conditions inside controlled equipment. It can also support filter monitoring, chamber pressure comparison, and sensing stages where a conditioned analog signal is preferred over a raw bridge output.
In engineering environments, the practical value of a Honeywell 164PC01D37 differential pressure sensor often comes from consistency. When documentation, calibration routines, and board layouts already align with this part, using the same Honeywell pressure sensor code helps reduce uncertainty during maintenance or replacement.
Why the Exact Part Number Matters
Even within the same product family, output span, pressure range, and performance characteristics can vary. That is why selecting the exact Honeywell 164PC01D37 MEMS pressure sensor matters. A close alternative may fit physically but still change system response, scaling, or expected voltage behavior. For repair teams and engineers, matching the original specification is often the safer technical decision.
For more information about Honeywell, it helps to compare this part with other Honeywell pressure sensor options in the same family.