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As semiconductor technology advances, manufacturers require greater precision, stability, and control across equipment and processes. Accurate measurement data helps engineers improve performance, identify issues, and support long-term reliability.
Reliable data starts with selecting the right measurement technology. PCB® offers a broad portfolio of sensors designed to help semiconductor engineers monitor equipment performance, validate designs, troubleshoot issues, and improve process reliability across critical manufacturing environments.
PCB accelerometers and vibration sensors help engineers capture critical vibration data for semiconductor equipment testing, facility monitoring, and advanced manufacturing applications. Solutions support low-frequency vibration analysis, shock testing, equipment validation, and precision monitoring requirements.
PCB pressure sensors provide accurate dynamic measurements for semiconductor equipment development, process monitoring, and system testing applications. Designed for demanding environments, these sensors help engineers evaluate performance and capture fast-changing pressure events.
PCB force sensors support semiconductor manufacturing and equipment development by providing reliable force measurement data for assembly processes, component testing, product validation, and research applications.
PCB microphones and acoustic measurement solutions help engineers analyze noise, identify sound sources, and troubleshoot equipment performance. These solutions support research, development, and testing of advanced semiconductor technologies.
354A12 Triaxial Seismic Accelerometer
Ultra-low frequency response in a compact, hermetic design
393B03 Seismic ICP® Accelerometer
High-sensitivity (1 V/g) for micro-vibration measurement
393B05 Seismic ICP® Accelerometer
Miniature (50 g) high-sensitivity (10 V/g) model for micro-vibrations
393C31 Seismic ICP® Accelerometer
High-sensitivity (10 V/g) with extended low-frequency response
356B18 Triaxial Ceramic Shear ICP® Accelerometer
Very high-sensitivity (1000 mV/g) model for structural monitoring
356M98 Low Outgassing Triaxial ICP® Accelerometer
Optimized for vacuum and cleanroom environments
356A15 Triaxial ICP® Accelerometer
High-sensitivity (100 mV/g) in lightweight titanium housing
3741F12100G Differential VC Mems Accelerometer
Differential output (±100 g) with true DC response
3713F1110G Triaxial VC Mems Accelerometer
True DC response for low-frequency vibration (±10 g)
3711F1110G Single-axis VC Mems Accelerometer
211B Charge Output Force Rings
High-temperature charge output quartz force ring
202B ICP® Quartz Force Rings
ICP® quartz force ring for dynamic force monitoring
PCB application engineers can help identify the right measurement solution based on your specific application requirements, operating environment, and testing goals.
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Submit your details, and one of our application engineers will contact you shortly to discuss your unique requirements and recommend the best measurement solution.
PCB supports semiconductor customers worldwide with a global network of engineering, sales, and support locations.
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Semiconductor manufacturing relies on a variety of sensors to monitor equipment performance, validate processes, and capture critical measurement data. PCB provides vibration sensors, accelerometers, pressure sensors, force sensors, microphones, and acoustic measurement solutions for semiconductor manufacturing, equipment development, and testing applications.
As semiconductor processes become increasingly precise, even small vibrations can impact sensitive equipment and manufacturing environments. High-sensitivity accelerometers and seismic sensors help engineers measure low-frequency vibration, evaluate equipment performance, and identify potential sources of unwanted motion.
PCB sensors support a wide range of semiconductor applications including wafer manufacturing equipment, lithography systems, inspection tools, precision positioning systems, facility vibration monitoring, product development, reliability testing, and research applications.
Selecting the correct sensor depends on your measurement type, environment, frequency range, sensitivity requirements, and application goals. PCB application engineers can help recommend the right vibration, pressure, force, or acoustic measurement solution based on your specific requirements.
Semiconductor facilities often require high-sensitivity vibration sensors and seismic accelerometers to monitor cleanrooms, manufacturing floors, and vibration-sensitive equipment areas. These measurements help engineers understand environmental conditions that may affect precision processes.
Yes. PCB supports semiconductor customers worldwide through a global network of locations, representatives, and technical support teams. Our application engineers work with customers to provide measurement solutions for critical manufacturing, testing, and development applications.
Yes. Semiconductor applications often have unique measurement requirements. PCB application engineers can review your testing environment, measurement goals, and technical specifications to help identify a sensor solution that fits your application.