Electronic Gyroscope Sensor
Highly Accurate Fiber Optic Gyroscope with ≤10 ppm Scale Factor Non-linearity, Lightweight <130g, and Wide Temperature Range -45～+70℃
Product Description: Overview of Inertial Angle Rate Sensor The device in question is an inertial angle rate sensor harnessing the optical Sagnac effect to gauge rotational angular velocity on its sensitively tuned axis. It has been meticulously designed to register the rate at which an object rotates, offering precise measurements that are crucial in various technological applications. The sensor showcases a state-of-the-art approach to detecting subtle changes in orientatio
Small Volume Fiber Optic Gyroscopes Are Used For Inertial Measurement With 50×50×36 mm
Product Description: Inertial Angle Rate Sensor Overview Our product is a state-of-the-art inertial angle rate sensor that operates on the principle of the optical Sagnac effect . It has been meticulously designed to measure the carrier's rotational angular velocity along its sensitive axis with high precision. The device leverages a sophisticated digital closed-loop detection circuit that is adept at precisely extracting the difference in the optical path of clockwise-moving
Small Fiber Optic Gyroscopes Are Used For Navigation And Positioning With Weight <180g And Start Time 5s
Product Description: Inertial Angle Rate Sensor Description The product presented herein operates as an inertial angle rate sensor, leveraging the principles of the optical Sagnac effect. Its primary function is to determine the rotational angular velocity experienced by a carrier along its sensitive axis. This is achieved through a precision-engineered mechanism that is highly responsive to the rotations of its hosting entity. At the heart of this device lies a digital
MEMS Gyroscope Sensor With ≤12(゜/H) Bias Stability And <0.02(°/S/G) G-Value Sensitivity
Product Description: Designed for measuring the angular rate sensor of mobile carriers, the KS3ARG-A2 series is a three-axis universal angular rate gyro. The gyroscope incorporates a MEMS technology chip, offering superior performance, cost-effectiveness, reliability, and robust packaging, along with a built-in Self-Test function. Additionally, the product is distinguished by its low power consumption, wide operating temperature range, broad bandwidth, small footprint, quick
Mems Gyro Sensors For Robot Or Camera Stabilization Systems With Size 43x30.5x30.5mm And Weight ≤50(G)
Product Description: The KS3ARG-A2 series serves as a three-axis universal angular rate gyro specifically crafted for gauging the angular rate sensor of moving carriers. Equipped with a MEMS technology chip, the gyroscope stands out due to its high performance, cost-effectiveness, reliability, and robust packaging, featuring a Self-Test function. Moreover, the product excels in low power consumption, a wide operating temperature range, generous bandwidth, compact size, swift
Weight≤50(G) Three Axis MEMS Gyroscope Sensor For Industrial
Product Description: Developed for the measurement of angular rate sensors in mobile carriers, the KS3ARG-A2 series is a three-axis universal angular rate gyro. The gyroscope employs MEMS technology in its chip, ensuring high performance, cost-effectiveness, reliability, and robust packaging with a built-in Self-Test function. Additionally, the product is characterized by low power consumption, a wide operating temperature range, extensive bandwidth, small form factor, rapid
Precise Industrial Measurements Electronic Gyroscope Sensor With ≤2(%) Cross Coupling
Product Description: KS3ARG-A2 series three-axis universal angular rate gyro, used to measure the angular rate sensor of moving carriers. The gyroscope adopts MEMS technology chip, which has high performance, low cost, high reliability and high package robustness, and has Self-Test function. In addition, the product also has low power consumption, wide operating temperature range, wide bandwidth, small size, fast start, DC input DC output and so on. It can be widely used in
80Hz Bandwidth ≤40(G) MEMS Gyro For Inertial Measurement Units
Product Description: KS3ARG-A1 series three-axis universal angular rate gyro is developed by Kacise, which is used to measure the three-axis angular rate sensor. Each of the three axis angular rate gyro uses MEMS technology chip, with high performance, low cost, high reliability and high package ruggedness, and has Self-Test function. In addition, the product also has low power consumption, wide operating temperature range, wide bandwidth, small size, fast start, DC input DC
20000(G) Shock And -65～+125(°C) Storage Temperature Mems Gyroscope For Severe Environment
Product Description: The KS3ARG-A1 series, an innovation from Kacise, is a three-axis universal angular rate gyro tailored for three-axis angular rate sensing. Utilizing MEMS technology chips for each axis, it delivers high performance, cost efficiency, reliability, and rugged packaging. With a Self-Test function, the product also excels in low power consumption, a wide operating temperature range, expansive bandwidth, compact size, fast startup, and DC input-DC output
High Performance MEMS Gyroscope with ≤1.1W Power Dissipation 6.06g Vibration Resistance and 2000Hz Data Updating Rate
Product Description:The KS3ARG-03D series stands out as an innovative solid-state angular rate sensor (gyro) designed for accurate angular rate measurements. Harnessing micromechanoelectronic system (MEMS) technology chips produced through a bipolar metal oxide semiconductor (BIMOS) production process, complemented by a spherical grid arrangement of current carrier welding technology, this sensor guarantees high reliability and rugged packaging. Featuring a Self-Test function
2000Hz Data Updating Rate Electronic Gyroscope Sensor With Bias Stability ≤0.2(゜/H)
Product Description: The KS3ARG-03D series represents an advanced solid-state angular rate sensor (gyro) dedicated to measuring angular rates. Utilizing micromechanoelectronic system (MEMS) technology chips manufactured through a bipolar metal oxide semiconductor (BIMOS) production process, along with a spherical grid arrangement of current carrier welding technology, this sensor ensures high reliability and rugged packaging. Equipped with a Self-Test function for in-machine
RS422 High Precision Electronic Gyroscope Sensor ≤0.01(゜/S) Bias Repeatability
Product Description: The KS3ARG-03D series is a solid-state angular rate sensor (gyro) designed for measuring angular rates. It incorporates micromechanoelectronic system (MEMS) technology chips manufactured through a bipolar metal oxide semiconductor (BIMOS) production process, coupled with a spherical grid arrangement of current carrier welding technology. Featuring high reliability and rugged packaging, along with a Self-Test function for in-machine detection (BIT), this
50(g) Weight Mems Gyro Sensor With Range ±500(゜/s) for Industrial Applications
Product Description: KS3ARG-03D series solid state angular rate sensor (gyro), used to measure angular rate. It uses micromechanoelectronic system (MEMS) technology chips, which are manufactured using bipolar metal oxide semiconductor (BIMOS) technology production process and spherical grid arrangement of current carrier welding technology. With high reliability and high package ruggedness, and with Self-Test (self-test) function, it can achieve in-machine detection (BIT). In
Three Axis MEMS Gyroscope Sensor with ±500(゜/s) Range ≤±0.1(゜/s) Bias and 2000Hz Data Updating Rate
Product Description: The KS3ARG-02D series represents a high-performance solid-state angular rate sensor (gyro) designed for accurate angular rate measurements. It integrates micromechanoelectronic system (MEMS) technology chips produced through the bipolar metal oxide semiconductor (BIMOS) production process, coupled with a spherical grid arrangement of current carrier welding technology. Notable features include high reliability, rugged packaging, a Self-Test function for
Nonlinearity Of ≤0.1(%Fs) And 10000(g) Shock Resistance In MEMS Three Axis Gyroscope Sensor
Product Description: KS3ARG-01D is a versatile three-axis digital gyro with high performance, small size and high overload resistance, which can be used for accurate navigation, control and dynamic measurement of weapons. This series of products adopts highly stable and highly reliable MEMS inertial devices, which can accurately measure the angular velocity information of the moving carrier in harsh environments. KS3ARG-01D has the characteristics of wide operating temperatur
Electronic Gyroscope Sensor with ≤0.15(゜/s) Bias Repeatability ≤12(゜/h) Bias Stability and ±300(゜/s) Range for Inertial Navigation
Product Description: The KS3ARG-01D stands out as a versatile three-axis digital gyro boasting remarkable performance, compact dimensions, and exceptional overload resistance. This cutting-edge device finds its application in precise navigation, control systems, and dynamic measurement of weaponry. Employing highly stable and reliable MEMS inertial devices, it accurately captures angular velocity information of mobile carriers even in challenging environments. KS3ARG-01D has
RS422 Communication AI Visual Inertial Navigation System with 35.83°×27.26° Field of View and 1.0m+1‰D Landing Accuracy
Product Description: KsINS-02 stands as an airborne inertial visual navigation solution, featuring components like inertial navigation, visible light camera, infrared camera, and an AI data processing circuit. By integrating optical imaging and inertial measurement principles, it furnishes UAVs with comprehensive information, encompassing inertial/visual combined attitude, speed, position, angular velocity, acceleration, and more. This product incorporates artificial
State-of-the-Art Inertial Navigation System Aviation for Aviation Applications with Navigation accuracy (takeoff) 1.0m
Product Description: As an airborne inertial visual navigation product, KsINS-02 is predominantly composed of inertial navigation, visible light camera, infrared camera, and an AI data processing circuit. Grounded in the principles of optical imaging and inertial measurement, it supplies UAVs with a comprehensive array of information, including inertial/visual combined attitude, speed, position, angular velocity, acceleration, and more. Incorporating artificial intelligence
AI Vision Inertial Navigation System for Aircraft Lifting Assistance with Weight ≤2.0kg and Field of View 35.83°×27.26°
Product Description: Functioning as an airborne inertial visual navigation product, KsINS-02 is primarily comprised of inertial navigation, visible light camera, infrared camera, and an AI data processing circuit. Drawing on the principles of optical imaging and inertial measurement, it equips UAVs with a wealth of information, including inertial/visual combined attitude, speed, position, angular velocity, acceleration, and more. The integration of artificial intelligence
Lightweight and high precision AI vision inertial navigation system for UAVs with Field of view(infrared) 35.83°×27.26°
Product Description: The KsINS-02 serves as an airborne inertial visual navigation system, comprising elements such as inertial navigation, visible light camera, infrared camera, and AI data processing circuit. By combining principles of optical imaging and inertial measurement, it furnishes UAVs with comprehensive information including inertial/visual combined attitude, speed, position, angular velocity, acceleration, and more. This product incorporates artificial intelligen