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TAS-M01 is an inclination sensor based on silicon-based MEMS technology

Short Description:

TAS-M01 is an inclination sensor based on silicon-based MEMS technology. It can measure the carrier tilt angle (two directions: pitch and roll). This model has the advantages of small volume, high precision, high response, low power consumption.

Product Detail


Product Tags

Product Features

Volume, high precision, high response, low power consumption.

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Product Performance Parameters

product Model MEMS inclination sensor
Product Model XC-TAS-M01
Metric Category Metric Name Performance Metric Remarks
Three -axis acceleration meter Rap (°) Pitch/roller -40°~ 40° (1sigma)
Angle accuracy Pitch/roller <0.01°
Zero position Pitch/roller <0.1°
Bandwidth (-3DB) (Hz) >50Hz
Start Time <1s
stable schedule ≤ 3s
Interface Characteristics
Interface type RS-485/RS422 Baud rate  19200bps(customizable)
Data Format 8 Data bit, 1 starting bit, 1 stop bit, no unprepared check(customizable)
Data update rate 25Hz(customizable)
Operating mode Active upload method
Environmental Adaptability
Operating temperature range -40℃~+70℃
Storage temperature range -40℃~+80℃
Vibration (g) 6.06gms,20Hz~2000Hz
Shock half sinusoid, 80g, 200ms
Electrical Characteristics
Input voltage (DC) +5V±0.5V
Input Current (mA) 40mA
Physical Characteristics
Size 38mm*38mm*15.5mm
Weight ≤ 30g

Product Introduction

With its high response rate, the TAS-M01 can detect small movements in real time, making it an ideal solution for navigation, robotics and automation systems. Ultra-sensitive sensors provide consistent and accurate measurements even under challenging conditions, giving you reliable data to optimize system performance.

One of the most notable advantages of the TAS-M01 is its small size. This compact design ensures that the sensor can be installed anywhere in the system without sacrificing valuable space. Additionally, its low profile and lightweight construction make it a suitable choice for drones, unmanned aerial vehicles, and other applications where size and weight are important.

The technology behind the TAS-M01 is also very advanced, using silicon-based MEMS (micro-electromechanical systems) technology. This technology enables more precise and accurate measurements than traditional electromechanical devices, making it ideal for applications requiring high precision.

In addition to precision and accuracy, the TAS-M01 is extremely reliable and robust. The sensor can withstand harsh conditions such as temperature fluctuations and vibrations, ensuring consistent and accurate results even in harsh environments. Its long service life further increases its reliability, making it ideal for applications requiring durability and long life.

Another advantage of TAS-M01 is low power consumption. This feature makes it ideal for battery-operated devices, drones, or portable devices that require long battery life. Its energy-efficient design ensures extended battery life and helps your system save energy and reduce costs.

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    • Indicators Cover the Whole Range from the Low to the High
    • Extremely Low Prices
    • Short Delivery Time and Timely Feedback
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