The 3225F7 is an ultra miniature, high sensitivity charge mode device designed for high temperature operation up to 350°F. The sensor is hermetically sealed with a high sensitivity 50 g range. It has a 3 foot removable cable. It was designed for vibration testing and modal analysis on PC Boards, cell phones, and other very light objects.
The Dytran series 3225F is a miniature IEPE accelerometer with sensitivities ranging from 1–100 mV/g, designed to adhesively mount in spaces typically inaccessible to other types of accelerometers. The series includes TEDS, Charge mode, low outgassing, tear drop design, ultra miniature, triaxial, adhesive mount assemblies, integral cable assemblies, and high temperature options.
Featuring a quartz shear sensing element in a lightweight titanium housing, series 3225F is uniquely capable of operation in high vacuum vibration levels typically found in space related applications.
Features:
Titanium
Miniature and ultra miniature tear drop designs
High temp options
Low outgassing options
TEDS options
Charge mode options
Applications:
Environmental Stress Screening (ESS)
General purpose vibration measurements where space is at a premium
mechanical shock
PC board vibration measurements
Product response testing
Space related applications
Thermal vacuum vibration testing
The 3225F7 is an ultra miniature, high sensitivity charge mode device designed for high temperature operation up to 350°F. The sensor is hermetically sealed with a high sensitivity 50 g range. It has a 3 foot removable cable. It was designed for vibration testing and modal analysis on PC Boards, cell phones, and other very light objects.
The Dytran series 3225F is a miniature IEPE accelerometer with sensitivities ranging from 1–100 mV/g, designed to adhesively mount in spaces typically inaccessible to other types of accelerometers. The series includes TEDS, Charge mode, low outgassing, tear drop design, ultra miniature, triaxial, adhesive mount assemblies, integral cable assemblies, and high temperature options.
Featuring a quartz shear sensing element in a lightweight titanium housing, series 3225F is uniquely capable of operation in high vacuum vibration levels typically found in space related applications.
Features:
- Titanium
- Miniature and ultra miniature tear drop designs
- High temp options
- Low outgassing options
- TEDS options
- Charge mode options
Applications:
- Environmental Stress Screening (ESS)
- General purpose vibration measurements where space is at a premium
- mechanical shock
- PC board vibration measurements
- Product response testing
- Space related applications
- Thermal vacuum vibration testing
