Free giveaway! Packed with basic knowledge and usage examples, "Accelerometer Handbook."
You can clearly understand the types of accelerometers, such as "MEMS bridge type" and "piezoelectric type"!
We are offering a "Accelerometer Handbook" (excerpt version) as a gift from our company, which develops numerous products that contribute to improving automobile safety, including accelerometers for collision experiments, various sensors, and data recording devices! This handbook covers the advantages and disadvantages of three commonly used types of accelerometers: "MEMS bridge type," "piezoelectric type," and "amplified piezoelectric type," as well as optimal application examples, ranging from basic knowledge to practical content! After reading it, you will understand which accelerometer is perfect for your application. [Contents] ■ Types and characteristics of accelerometers ■ Characteristics and usage environment of MEMS bridge type ■ Characteristics and usage environment of piezoelectric type ■ Characteristics and usage environment of amplified piezoelectric type (IEPE) ■ Application example 1 – Ride comfort vibration testing – *For more details, please download the catalog or contact us.
basic information
**Types and Features of Accelerometers** ◎ MEMS Bridge Type - Responds from DC (0Hz) - Suitable for both static and dynamic testing - Velocity and displacement can be derived from acceleration ◎ Piezoelectric Type - Capable of measurement in high-temperature areas ◎ Amplified Built-in Piezoelectric Type - No need for expensive charge amplifiers - Coaxial cables can be used *For more details, please download the catalog or contact us.*
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For more details, please refer to the catalog or feel free to contact us.
