Sensors built for harsh environments

Consider your pressure range requirements, environmental conditions (temperature, vibration, media exposure), space constraints, output signal preferences and whether you need on-board amplification. Medical and portable applications often benefit from board-mount designs, while industrial process control, transportation hydraulics and factory automation typically require heavy-duty transducers.

Board-mount sensors provide compact solutions for space-constrained applications with pressure ranges typically from ±1.6 mbar to ±10 bar. They feature integrated ASIC signal conditioning with analog or digital outputs (I²C, SPI) and are ideal for medical devices, HVAC equipment and consumer electronics.

Heavy-duty transducers offer rugged stainless steel construction with media-resistant ports for harsh industrial environments. They handle higher burst pressures and broader temperature ranges. 

The HSC (High-accuracy Silicon Ceramic) Series delivers the highest accuracy with fully calibrated and temperature-compensated output, offering both ratiometric analog and digital interfaces with calibration data updated at approximately 1 kHz (analog) or 2 kHz (digital). 

The SSC (Standard Accuracy Silicon Ceramic) Series provides a balance of performance and cost with similar features at slightly lower accuracy specifications. 

The TSC Series offers unamplified ratiometric analog output for applications requiring custom signal processing. 

The RSC Series features 24-bit analog-to-digital conversion with integrated EEPROM and supports acquisition rates between 20 and 2000 samples per second over SPI. 

All families use piezoresistive silicon sensing elements on chemically etched diaphragms with pressure ranges from ±1.6 mbar to ±10 bar. Selection depends on required accuracy, output interface preferences, sampling rate needs and whether on-board amplification simplifies your design.