Call Us Now! (03) 9874 5777Contact Us
The Model 3038 is a hermetically sealed SMD accelerometer designed for high performance applications.
Description: The Model 3038 is a hermetically sealed SMD accelerometer designed for high performance applications. The accelerometer incorporates a 2nd generation piezoresistive MEMS sensing element providing outstanding long-term stability. The Model 3038 provides a millivolt output signal and features mechanical overload stops that provide shock protection to 10,000g. Contact Measurement Specialties for availability of custom g-ranges.
• Piezoresistive MEMS
• SMD accelerometer
• Hermetically sealed
• 10,000 shock protection
• Board mountable accelerometer
• Low power consumption
• mV output – uncompensated
• ±50g to ±6000g dynamic range
• Optional self-test feature
Range (g): ±50 ±100 ±200 ±500 ±2000 ±6000
Sensitivity (mV/g):1 1.0 0.50 0.40 0.20 0.08 0.05 @5Vdc Excitation
Frequency Response (Hz): 0-1000 0-1200 0-1400 0-2000 0-4500 0-5000 ±5%
Natural Frequency (Hz): 4000 6000 8000 15000 24000 26000
Non-Linearity (%FSO): ±1 ±1 ±1 ±1 ±1 ±2
Transverse Sensitivity (%): 100 @50Vdc
Residual Noise (µV RMS): 10 Maximum
Ground Isolation: Isolated from Mounting Surface
Thermal Zero Shift (%FSO/°C): -0.09
Typical Thermal Sensitivity Shift (%/°C): -0.15
Typical Operating Temperature (°C): -55 to 125
Compensated Temperature (°C): Uncompensated
Storage Temperature (°C): -55 to 125
Humidity: Hermetically Sealed
Case Material: Ceramic
Weight (grams): 0.6
1 Output is ratiometric to excitation voltage. 10Vdc excitation will increase output by a factor of 2x.
2 The maximum recommended soldering temperature is +260°C
3 10,000g shock limit in normal axis; 5,000g in transverse axes Calibration supplied: CS-SENS-0100 NIST Traceable Amplitude Calibration at 100Hz and 5Vdc Excitation
No Information Available.
Your Name (required)
Your Email (required)
Business Name (required)
Your Phone Number (required)
Since 1976, Applied Measurement
Australia Pty. Ltd. has taken pride in
providing innovative and effective
solutions for applications that involve
measurement of physical parameters.