The Fujikura FPM-10PG is a piezoresistive gauge pressure sensing element engineered for precise measurements of non-corrosive gases across a broad operating range. Packaged in Dual-In-Line format with through-hole mounting, it integrates directly into analog measurement systems requiring constant-current excitation and voltage output proportional to applied pressure. The sensor delivers fast response and minimal offset drift, making it suitable for laboratory, industrial, and research applications demanding reliable gauge pressure acquisition.
Technical Specifications
• Pressure Type: Gauge pressure
• Pressure Media: Non-corrosive gases only
• Measurable Pressure Range: −13.79 to 827.4 kPa (−2 to 120 PSI)
• Operating Temperature Range: 0 to 50 °C
• Storage Temperature Range: −40 to 120 °C
• Operating Humidity: 30 to 80 %RH (non-dew condition)
• Excitation Current: 1.5 mADC (nominal), 3.0 mADC (absolute maximum)
• Output Span Voltage: 60 to 140 mV (typical at 1.5 mA, 25 °C)
• Offset Voltage: ±20 mV (typical at 0 kPa, 25 °C)
• Bridge Resistance: 4000 to 6000 Ω
• Response Time: 2 ms
• Total Span Temperature Coefficient: ±2.5 %FS over 0–50 °C
• Temperature Sensitivity of Offset Voltage: ±5 %FS
• Linearity: ±0.5 %FS
– Key Features
• Constant-current excitation architecture with integrated Wheatstone bridge
• Zero-balancing trimmer (VR0) available for offset calibration
• Silver-plated DIP pins; store in sealed, static-shielding bags to prevent sulfuration
• Fast 2 ms settling time
• Low offset voltage drift across operating temperature range
• Analog voltage output scales linearly with gauge pressure
– Typical Applications
• Laboratory pressure measurement systems
• Industrial process monitoring
• Research instrumentation requiring non-corrosive gas measurements
– Compatibility & Integration
Designed for systems incorporating constant-current drive circuits, analog signal conditioning, zero-calibration adjustment, and temperature compensation. Part of the FPM Series family supporting various measurement architectures. Mechanical stress during installation may shift offset voltage; system-level zero calibration is recommended.
