Ericco Inertial System’s Post

MEMS sensors - the "little heart" of inertial products   As a group company focusing on the research and development and manufacturing of inertial products, #ERICCO is based on #MEMS sensors and guided by user needs, and is committed to providing high-reliability, low-cost MEMS inertial products to global users. So far, the company's various products have been successfully popularized in more than 50 countries around the world, serving nearly 100 users and receiving good feedback.   #ERICCO's #MEMS sensors mainly include gyroscope and accelerometer. #Gyroscopes are the basic core components of inertial systems. Together with accelerometer, they can form IMU modules to measure the rotational angular velocity and acceleration in different directions. The direction and position information of the carrier is obtained through integral calculation, which is crucial for navigation, orientation, and stable platform systems. The company's #MEMS #IMU is mainly composed of navigation-grade ER-MG2-50/100, ER-MG2-300/400, tactical-grade ER-MG-056, ER-MG-067 gyroscopes and ER-MA-5 accelerometer. Users can choose high-precision navigation-grade MEMS IMU and cost-effective tactical-grade MEMS IMU according to their needs, or directly choose #MEMS gyroscope and accelerometer to assemble #IMU by themselves.   The #MEMS #IMU composed of the above-mentioned #MEMS #gyroscopes and accelerometer can be composed of #MEMS north finders by adding software, north-finding algorithms, etc. During the use of the north finder, #MEMS sensors can free it from the limitations of natural conditions, quickly achieve autonomous high-precision orientation, and can work continuously for a long time.   Inertial navigation algorithms can also be added to form #INS, relying on high-performance, high-reliability #MEMS #gyroscopes and accelerometer to provide accurate angular velocity and acceleration information, combined with navigation algorithms to output position, speed and motion information to improve the overall performance and reliability of #INS, so that INS can provide accurate navigation services in various environments.   #MEMS #gyroscope and accelerometer are core components of inertial products, and they are widely used and have great potential. At the same time, #ERICCO has developed a variety of #MEMS #gyroscopes with different precision for users to choose from according to different market demands. If you are interested in our products, please contact me via email: [email protected]. Follow me to learn more about our products!

MicroStrain by HBK inertial sensors set the bar with versatile parameters, extensive output options! #industrial #measurement #testandmeasurement #sensors #inertialsensors #accelerometers #gyroscopes #magnetometers #industrialgrade #tacticalgrade https://lnkd.in/dSrQ-WpU

MicroStrain by HBK inertial sensors: Setting the standard for MEMS for over 25 years! #industrial #sensors #inertialsensors #measurement #instruments #mems #industrialgrade #tacticalgrade #sensorcloud #accelerometers #gyroscopes #angularrate https://lnkd.in/gDakd2MZ

MEMS IMU：Can small size really achieve high performance? As a device used to measure the angular velocity and acceleration of an object, IMU can measure the acceleration and angular velocity of an object through built-in accelerometers and gyroscopes, and obtain the carrier's attitude, velocity and displacement information through analysis. Today, I will introduce a high-performance IMU product, the ER-MIMU-M02 series from ERICCO. Since the M02 series claims to be a high-performance product, let's take a look at where its high performance is reflected? ER-MI MU-M02 is an inertial measurement unit (IMU) based on micromechanical technology (MEMS). It has built-in high-performance three-axis MEMS gyroscopes and three-axis MEMS accelerometers, which enhances product reliability while also improving the product's adaptability to the environment, specifically in: Three-axis digital gyroscope: Dynamic measurement range ±450º/s Bias instability: 2 º/h (Allen variance) Angular random walk: 0.08º/√h Three-axis digital accelerometer: Dynamic measurement range: 16g Bias instability: 24μg (Allen variance) Speed Random Walk: 0.02m/s√h 2. With a three-axis magnetic sensor and a barometric pressure sensor, the magnetometer helps with orientation. It can be used to calibrate data and orient it to the correct position, and help determine the direction of the device by measuring the direction of the earth's magnetic field. Because the gyroscope will have cumulative errors when it is static, the magnetic sensor can confirm the direction in a horizontal position and provide more accurate data, which is very important for navigation, attitude control, and direction sensing. The barometer is used to measure atmospheric pressure. By measuring the changes in atmospheric pressure, it can help determine the altitude of the device and provide more accurate information about the height of the device. 3. For this product, it can achieve up to 120 hours of work while maintaining high-performance output. As long as the operating temperature range is kept between -40℃ and 80℃, the product can work normally. 4. The SPI communication method used by the product makes the data transmission rate higher, and can realize the sending and receiving of data at the same time. Only four wires need to be connected to realize the communication between the host and the slave. 5. It is worth noting that not only does the M02 series have excellent performance in all aspects, but its size is also very compact. For example, it is only 47×44×14 mm and weighs only 50 grams. If you have any questions about this product, or if you want to know anything about other products of our company, please feel free to contact me at any time, and you are also welcome to communicate with me in the comment area. You can also follow me and pay attention to my subsequent product recommendations. One day you will find the product you need here! [email protected] Wechat: 18992836912

Announcing an ultra-low cost SWIR>2 sensor. (SWIR out to 2 microns). https://lnkd.in/gTsfqXRq

New great #mems product having the capability to realize vibration analysis up to 2KHz with low noise level

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How to make a decision between MEMS and quartz accelerometer? Dive into this article to explore. https://lnkd.in/gimDhBwf #quartzaccelerometer #accelerometer #logging #oil #gas #drilling #aerospace #inertialnavigation #navigationsystem #positioning #MEMS #MEMSaccelerometer

♟Because customers need it, we create In recent years, with the advancement of theoretical research on #MEMS technology and the improvement of process levels, not only the cost of MEMS gyroscopes, MEMS accelerometers and MEMS IMUs have been greatly reduced, but there have also been significant improvements in testing accuracy and environmental adaptability. Improved and widely used. So with the increasing output of #MEMS #IMU, how can we better meet the needs of customers? Ultra-high-precision IMUs on the market are widely used, but they are also relatively expensive. In order to meet customer needs, #ERICCO, as an inertial navigation technology company, can achieve high-precision and good performance of MEME IMUs while also providing customers with the best price. Consider it better to achieve win-win cooperation. The #MEMS #IMU independently developed by ERICCO is mainly divided into three levels: consumer level, tactical level and navigation level. Navigation-grade MEMS IMU with higher accuracy can be used as combined navigation IMU. ERICCO's navigation-grade IMU, such as ER-MIMU-01, are top domestic MEMS IMU with high accuracy, higher than other peer companies' fiber optic IMU, and can independently find the north. They are small in size, light in weight, modular in design, highly adaptable, and have built-in high-precision #MEMS #gyroscopes and #accelerometers. To meet customer needs, this #MEMS IMU has a size of 65mm*70mm*45.5mm. In order to avoid damage to the product during transportation, customers are provided with a MEMS IMU with a shell. After purchasing, customers can remove the shell and base plate according to their needs, add their own algorithms, and integrate them into their own systems for operation (size after disassembly: 43.2mm*43.2mm*35.5mm). If you are interested, please ask me for a quote and date sheet. Email: [email protected] WeChat: 13992884879

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