MV60 Accelerometer
Overview
Honeywell’s MV60 Accelerometer is a single-axis, in-plane acceleration sensor, housed on a 1.085 inch square circuit board. The MV60 operates on less than 45 mW power, is rugged to 5000 g’s of shock, and features a high bandwidth > 300Hz.
The MV60 utilizes silicon-based Micro-Electro-Mechanical Systems (MEMS) technology in this high-performance accelerometer offering. Until now, MEMS technology has not crossed the threshold of high performance and has been reserved for lower performing markets. Leveraging over 50 years of inertial sensor and MEMS experience, Honeywell’s new MV60 breaks through this performance constraint to give the user the ability to address the most demanding trade-offs between size, weight, power (SWaP), cost and performance.
The MV60 utilizes silicon-based Micro-Electro-Mechanical Systems (MEMS) technology in this high-performance accelerometer offering. Until now, MEMS technology has not crossed the threshold of high performance and has been reserved for lower performing markets. Leveraging over 50 years of inertial sensor and MEMS experience, Honeywell’s new MV60 breaks through this performance constraint to give the user the ability to address the most demanding trade-offs between size, weight, power (SWaP), cost and performance.
Specifications
Key Benefits
- Cost-effective, high-performance MEMS inertial sensor
- Low power consumption
- Precision at an affordable price
Vibration Rectification
- 10 µg/g², 100 - 500 Hz (MV60-1)
- 5 µg/g², 100 - 500 Hz (MV60-3)
- 7 µg/g², 100 - 500 Hz (MV60-2)
Survivable Acceleration
- > 5,000 g
Shock
- 5000 g
Scale Factor - One-year Composite Repeatability
- 30 ppm (MV60-3)
- 50 ppm (MV60-2)
- 75 ppm (MV60-1)
Operating Range
- 60 g, min
Models
- MV60-1
- MV60-2
- MV60-3
Differential Frequency Scale Factor (F2 - F1)
- 90 Hz/g
Bias -One-year Composite Repeatability
- 1000 µg (MV60-1)
- 200 µg (MV60-3)
- 500 µg (MV60-2)
Bandwidth
- > 300 Hz
Weight
- 6.5 gm
Dimensions
- 1.085 in square circuit board
Power
- 45 mW Watt
Input Voltage
- +5 V +20 V (bias voltage, < 1 mA) voltage alternating current
Operating Temperature
- -55°C to 95°C
Frequency Output (F1, F2)
- 26 - 29 kHz (nominal) square wave (0 to +3.3 V)
Certification
- ISO-9001
