MAS1000H
Capacitive
Analog Output
1 or 3
Low Noise: 2.5ug
IP44
ISO
Non-Customized
Voltage
7~24V or 5V+-3%
-40~+85degree Celsius
SkyMEMS
Carton
37*30*25mm
China
9014100000
Product Description
MAS1000H Triaxial Mems Capacitive Accelerometer
Main Features
-Single/Dual/Triaxial MEMS Capacitive Accelerometer
-Range:±2g/±3g, Excellent Bias Stability
-Output: Differential Output / Single-Ended Output
-Dynamic Range: ≥110dB, Bandwidth (-3dB): 200Hz
-Low Noise: ≤2.5μgrms/√Hz
-Non-linearity: 0.1%FS (Full Range)
-Extremely Reliable in Harsh Environment
-Wide Operating Temperature Range: -40~+85°C
Brief Introduction
MAS1000H single/dual/triaxialMEMS capacitiveaccelerometeris one type of high performance vibration monitoring sensor based on MEMS technologies. It adopts7~24V or 5V±3% power supply, and integrates X-Y-Z trial axes (or single axis) and self test function, it adopts high performance accelerometer, the dynamic range can reach 110dB.
MAS1000H accelerometer has passed the strictest tests, it enjoys excellent performance in noise, dynamic range, non-linearity, repeatability, temperature drift, shock proof, etc. this product is an ideal option for seismic monitor,vibration monitoring, high speed train/metro train, test platform of vibration and shocking, machine health monitoring, etc.
Technical Specifications
Typical Applications
- Seismic Monitor
- Micro-vibration Monitoring
- Inertial Navigation
- Structure/Building Monitoring
- Platform Stability
Heart and Fast Service
Main Features
-Single/Dual/Triaxial MEMS Capacitive Accelerometer
-Range:±2g/±3g, Excellent Bias Stability
-Output: Differential Output / Single-Ended Output
-Dynamic Range: ≥110dB, Bandwidth (-3dB): 200Hz
-Low Noise: ≤2.5μgrms/√Hz
-Non-linearity: 0.1%FS (Full Range)
-Extremely Reliable in Harsh Environment
-Wide Operating Temperature Range: -40~+85°C
Brief Introduction
MAS1000H single/dual/triaxialMEMS capacitiveaccelerometeris one type of high performance vibration monitoring sensor based on MEMS technologies. It adopts7~24V or 5V±3% power supply, and integrates X-Y-Z trial axes (or single axis) and self test function, it adopts high performance accelerometer, the dynamic range can reach 110dB.
MAS1000H accelerometer has passed the strictest tests, it enjoys excellent performance in noise, dynamic range, non-linearity, repeatability, temperature drift, shock proof, etc. this product is an ideal option for seismic monitor,vibration monitoring, high speed train/metro train, test platform of vibration and shocking, machine health monitoring, etc.
Technical Specifications
| Parameter | MAS1000H-2 | MAS1000H-3 | Remarks |
| Axis number | 1-2-3 | 1-2-3 | |
| Range | ±2g | ±3g | |
| Zero bias | ±100mV | ±100mV | |
| Scale factor sensitivity (differential output ) | 1800±20mV/g | 1200±20mV/g | |
| Scale factor sensitivity (Single port output ) | 900±20mV/g | 600±20mV/g | |
| Bandwidth (-3dB) | 200Hz | 200Hz | (adjustable) |
| Output noise | 2.5μg/√Hz | 2.5μg/√Hz | |
| Non linearity | 0.1%F.R | 0.1%F.R | |
| Bias temperature coefficient | ±0.2mg/°C | ±0.2mg/°C | |
| Cross-axes influence | 0.03 | 0.03 | |
| Scale factor temperature coefficient | 120ppm/°C | 120ppm/°C | |
| Accelerometer Output | |||
| Output voltage (differential output ) | 0~ ±3.6V OutP :0.5~4.5V OutN: 0.5~4.5V | OutP, OutN full range output | |
| Output voltage (Single port output ) | 2.5±1.8V | full range output | |
| Self test function | |||
| Frequency | 19Hz | square wave output | |
| Duty ratio | 0.5 | ||
| Amplitude | 0.8g | peak value | |
| Self test threshold voltage | 4Vmin 5Vmax | High level is valid | |
| Electrical Specs | |||
| Working voltage | 7~24V or 5V±3% | ||
| Working current | ≤25mA | ||
| Start up time | 20ms | ||
| Environment Performance | |||
| Operating temperature | -40~+85°C | ||
| Storage temperature | -55~+125°C | ||
| Shock resistance | 6000g | ||
| Physical Specs | |||
| Dimensions (mm) | 37×30×25mm | ||
| Casing | aluminum alloy | ||
| Weight | 30grams (without lines), 76 grams (with lines) | ||
Typical Applications
- Seismic Monitor
- Micro-vibration Monitoring
- Inertial Navigation
- Structure/Building Monitoring
- Platform Stability
Heart and Fast Service
