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NPC-1220-005G-3-L is listed in the Pressure Sensors Transducers range at ChipApex. The manufacturer field lists Amphenol Advanced Sensors (NovaSensor). Its product description is SENSOR 5PSIG 0.12" .05V. Review the specifications below when checking this part for your BOM.
The NPC-1220-005G-3-L is a solid-state gauge pressure sensor from the NPC-1220 series by Amphenol Advanced Sensors. It features a 5 PSI (34.47 kPa) working pressure range with a maximum pressure of 15 PSI (103.42 kPa). The device provides an analog output of 0 mV to 50 mV and operates on a supply voltage up to 5 V. It utilizes a through-hole DIP-8 package with PC pin termination and dual axial barbless ports. The sensor offers ±0.1% accuracy and functions within a temperature range of -40°C to +125°C.
Verify the specific port configuration and lead orientation against the mechanical drawing before integration. Confirm that the 50 mV output signal matches the input requirements of the downstream conditioning circuitry. Ensure the through-hole mounting footprint aligns with the PCB layout specifications to guarantee proper physical installation and electrical connectivity.
Select this component when high accuracy is required for low-pressure gauge applications. The 50 mV output necessitates external amplification, making it suitable for designs where signal conditioning flexibility is prioritized over direct digital interface. Consider the through-hole form factor if board space allows for larger packages compared to surface-mount alternatives.
This part belongs to the NPC-1220 series of medium pressure sensors designed for cost-effective solutions. It shares the series' core technology but differs in pressure rating and output characteristics from other variants like the 50 PSI or 100 PSI models. The specific suffix indicates the gauge pressure type, output level, and mechanical port style unique to this configuration.
Direct substitutes include NPC-1220-005G-3-N and NPC-1220-005G-3-S. Verify compatibility regarding port style (barbless vs. barbed) and lead direction (down vs. up) as these mechanical differences affect PCB mounting and tubing connection requirements.
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