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3 Axis Accelerometer For Vibration Measurement Easy Operation MAS3200

Nanjing Sky MEMS Technology Co.,Ltd.
Nanjing Sky MEMS Technology Co.,Ltd.
City: Nanjing
Province/State: Jiangsu
Country/Region: China
Tel: +86-25-83356968
Contact Person:Mr David zhu

3 Axis Accelerometer For Vibration Measurement Easy Operation MAS3200

Brand Name : SkyMEMS
Model Number : MAS3200
Certification : CE, FCC, ROHS
Place of Origin : Nanjing, Jiangsu
MOQ : 1PCS
Price : discuss personally
Payment Terms : Western Union, MoneyGram, L/C, T/T, D/A, D/P
Supply Ability : 1000PCS for month
Delivery Time : 3-5 days after payment
Packaging Details : Strong cartn with PET strap for MAS3200 3 Axis Accelerometer
MEMS Capacitive Accelerometer : Yes
Range : ±200g
Axis Number : 3
Low Noise : ≤678μgrms/√Hz
Non-linearity : 0.1%FS (full range)
Zero Bias : ±100mV
Mode : Differential or Single Ended
Bias Temperature Coefficient : ±20mg/°C
Bandwidth(-3dB) : 7000Hz
Scale Factor Temperature Coefficient : 120ppm/°C
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3 Axis Capacitive Accelerometer High G MEMS Shock Sensor for Shock Monitor MAS3200


Product Description

MAS3200 is a triaxial capacitive Vibration Measurement Sensors, it is extremely small, easy to use, and provides a flexible interface to real-time acceleration data; its dynamic range can reach 90dB, and it is for use in low g and low frequency acceleration sensing applications. MAS3005 Vibration Measurement Sensors enjoys excellent performance in noise, dynamic range, non-linearity, repeatability, temperature drift, shock proof, etc. this product is an ideal option for auto measurement, high speed train/metro train, earthquake monitor, test platform of vibration and shocking, etc.


Main Features

Triaxial MEMS Capacitance Vibration Measurement Sensors, IP67 protection

Range: ±200g, excellent bias stability

Excellent Long Term Stability

Wide operating temperature range: -40du~+85℃

Small size, minimizes interference with natural motion

Accurate, general purpose accelerometer solution

Easy to use and integrate into your project or application

Differential or Single Ended Mode

Improved Scale Factor Stability

Overvoltage Protection

Aluminium Housing


Typical Application

MAS3200 3 Axis Accelerometer is adaptive for automotive and industrial applications. It has up to 90dB dynamic range, low noise performance, improved scale factor stability and temperature behavior due to drop in advanced SkyMEMS MEMS Technology. MAS3005 triaxial accelerometer is widely used in harsh industrial environments and for indoor and outdoor applications, such as:
- Vibration Monitoring
- Earthquake Monitoring
- Vehicle Dynamics
- Machine Control
- Helicopter Monitoring
- Railway Monitor


Technical Specifications

Technical Specs
Type MAS3200
Range (g)±200
Zero bias (mV)±100
Full scale output(V)0.5~4.5
Zero bias voltage (V)2.5±0.1
Scale factor sensitivity (differential output ) (mV/g)13.5±0.5
Scale factor sensitivity (single port output ) (mV/g)10±1
Bandwidth (-3dB) (Hz)7000
Output noise(ug/√Hz)678
Non linearity (%F.R)0.1
Bias temperature coefficient (mg/°C)±20
Cross-axes influence (%)3
Scale factor temperature coefficient (ppm/°C)120
Output voltage (differential output) (V)0.14~3.16 (OutP, OutN full range output)
Output voltage (single port output) (V)0.5~4.5 (full range output)
Resistance (MΩ)100
Start up time (ms)20
Power supply (Vdc)±12±5%
Input current (mA)<15
Operating temperature (°C)-40~+85
Storage temperature (°C)-55~+125
Shock resistance (g)6000
Dimensions (mm)37×25×20

Competitive Advantages

Advanced MEMS Technologies

- Improved sensitivity

- Improved stability

- Full tests and individual calibration from -40 to 85°C


FAQ

What is dynamic range?

The dynamic range of an accelerometer is the range between the smallest acceleration detectable by the accelerometer to the largest. A piezo-electric accelerometer produces a charge proportional the force applied to the crystal, which due to the seismic mass on the crystal is proportional to acceleration applied. The piezo electric effect can be detected for very small forces or accelerations all the way through to very large accelerations. In most cases the smallest acceleration is dictated by the amplifying electronics noise floor and for high g levels to the voltage rail used by the power supply. The design of the accelerometer will also play a part in what shock g levels an accelerometer can withstand before the crystal is irreparably damaged or the structure holding the crystal is distorted. Compression accelerometers are the most shock resistant design of accelerometer.

Accelerometers with integral electronics have a maximum output voltage determined by the circuit design and the input voltage. The maximum output for an IEPE accelerometer is typically 4-8 volts. An accelerometer with a sensitivity of 100mV/g with electronics that has a maximum output of 5V will obviously have a dynamic range of +/- 50g while an accelerometer of sensitivity of 10mV/g will have a dynamic range of +/- 500g.


Product Tags:

mems shock accelerometer

      

mechanical vibration sensor

      
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