It is a super small, high-response accelerometer transducer for measuring the drop and impact of standalone devices and mobile phones.
It is a super small, charge-type transducer. Φ3.5, approximately 2g. Shock resistance of 100,000 (m/s²), frequency response fc to 20,000Hz, compensation temperature range -50℃ to 160℃. It is ideal for measuring shock in standalone devices and mobile phones. A waterproof version is also available.
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basic information
Model number: 611 Sensitivity (pC/m/s²): approximately 0.035±20% Lateral sensitivity (max): 5% Capacitance: 580pF±20% (with 3m cable) Compensation temperature range: -50℃ to 160℃ Frequency response (±3dB): fc to 20,000Hz Resonant frequency: approximately 60kHz Maximum acceleration (m/s²): ±100,000 Shock resistance (peak) (m/s²): 100,000 Ground: case ground Cable: 3m direct output Connector: miniature connector (10-32UNF screw) Case material: titanium Dimensions (mm): Φ3.5×2.5H (excluding connector) Weight: approximately 0.2g (excluding cable) Remarks: ultra-compact
Price information
The price varies depending on the quantity, so please feel free to contact us.
Price range
P2
Delivery Time
Applications/Examples of results
Shock, fatigue, and durability testing. For research evaluation.
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Company information
TEAC provides total system support from transducers and amplifiers to recorders and analysis. Since its establishment, TEAC has developed various types of data recorders based on the recording technology it has cultivated. With the mission of data recorders to "accurately record phenomena and faithfully reproduce them according to their intended use," TEAC has consistently contributed to the development and evolution of data recorders with a sense of leadership and unwavering effort. Furthermore, in response to the expanding systematization of measurement, TEAC has expanded its product lineup to include transducers and computers. Moving forward, TEAC will continue to provide advanced total system support with its extensive experience and advanced technology to promote future research and development.