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Resources>Technical Notes

Technical Notes

Vibration

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TN-3 - Testing the Gemini 8m Telescopes using PCB Accelerometers

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TN-4 - Using the Bias Voltage as a Diagnostic Tool

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TN-5 - Mounting Techniques

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TN-6 - Powering ICP® Sensors with Signal Conditioners

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TN-7 - Driving Long Cables

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TN-8 - Remote Electronic Condition Monitoring Utilizing PCB® Sanitary Dynamic Pressure Sensors

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TN-11 - Shock and Blast Measurement - Rise Time Capability of Measurement Systems?

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TN-16 - PLACEBO TRANSDUCERS: A TOOL FOR DATA VALIDATION

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TN-17 - ACCELEROMETER SELECTION CONSIDERATIONS: Charge and ICP® Integrated Circuit Piezoelectric

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TN-19 - The Shock Spectrum: What Is It?

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TN-20 - DATA VALIDATION: A PREREQUISITE TO PERFORMING DATA UNCERTAINTY ANALYSIS

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TN-23 - PYROSHOCK EXPLAINED

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TN-24 - Selecting Accelerometers for and Assessing Data from Mechanical Shock Measurements

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TN-25 - How High in Frequency Are Accelerometer Measurements Meaningful

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TN-26 - Why is MEMS the Preferred Technology for High Shock Measurement?

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TN-27 - Measuring Static Overpressures in Air Blast Environments

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TN-30 - What is wrong with my Piezoelectric Accelerometer?

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TN-32 - How Impedance Relationships Influence Measurements Results

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TN-33 - The Instrumentation Cable: Critical but Often Neglected

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TN-34 - Cause of and Solution for Cable Generated Noise in Accelerometer Signals

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TN-38 - Modal Testing to Improve Team Icewave's Battle Performance

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TN-39 - Handling Piezoresistive Shock Accelerometers

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TN-40 - Monitoring Structural Dynamics with A Microphone

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TN-42 - Load Cell & Torque Sensor Technical Information

Pressure

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TN-12 - Introduction to Air Blast Measurements Part I

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TN-13 - Introduction to Air Blast Measurements - Part II: Interfacing the Transducer

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TN-15 - DYNAMIC PRESSURE CALIBRATION

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TN-18 - Introduction to Air Blast Measurements Part III: Guaranteeing that Validated Pressure Measurements are Acquired

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TN-21 - Introduction to Air Blast Measurements - Part IV: Getting the Signal Down the Cable

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TN-22 - Introduction to Air Blast Measurements - Part V: Alternate Technologies?

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TN-28 - Measuring Underwater Explosions: Transducers and Their Application

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TN-29 - Guidance for the Filtering of Dynamic Force, Pressure, Acceleration (and Other) Signals

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TN-31 - Air Blast and the Science of Dynamic Pressure Measurements

Force

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TN-41 - PCB Series 240 Industrial Strain Sensors

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TN-9 - Shunt Calibration of a Strain Gage Sensor

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TN-37 - Static Preloading of 1-DOF & 3-DOF Force Ring Sensors

Legacy

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TN-15 - DYNAMIC PRESSURE CALIBRATION

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TN-36 - Why PCB for Strain Gage Load Cells?

About PCB^®

PCB^® manufactures sensors used by design engineers and predictive maintenance professionals to test and measure vibration, pressure, force, acoustics, load, and shock in research and development as well as industrial applications.

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3425 Walden Avenue
Depew, NY 14043

Sensorline^SM
+1 716-684-0001

+1 800-828-8840

3425 Walden Avenue
Depew, NY 14043

Sensorline^SM
716.684.0001

info@pcb.com

+1 800-828-8840

Careers

3425 Walden Avenue
Depew, NY 14043

Sensorline^SM
716.684.0001

info@pcb.com

+1 800-828-8840

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^© In the interest of constant product improvement, specifications are subject to change without notice. PCB®, ICP®, Swiveler®, Modally Tuned®, and IMI® with associated logo are registered trademarks of PCB Piezotronics, Inc. in the United States. ICP® is a registered trademark of PCB Piezotronics Europe GmbH in Germany and other countries. SensorLineSM is a service mark of PCB Piezotronics, Inc.