Electronic Gyroscope Sensor

GSGYR203F Fiber Optic Gyroscope Product Introduction The GSGYR203F is an inertial angular rate sensor based on the optical Sagnac effect, designed to measure rotational angular velocity along its sensitive axis. It utilizes a digital closed-loop detection circuit to extract optical path differences between clockwise and counterclockwise light propagation in the fiber optic loop, which are induced by external angular velocity. The system converts these signals through

GSGYR202F Fiber Optic Gyroscope Product Introduction The GSGYR202F is an inertial angular rate sensor based on the optical Sagnac effect, designed to measure rotational angular velocity along its sensitive axis. It features a digital closed-loop detection circuit that extracts optical path differences between clockwise and counterclockwise light propagation, enabling real-time angular velocity detection through modulation, demodulation, and closed-loop feedback control. Key

GSGYR201F Fiber Optic Gyroscope Product Introduction The GSGYR201F is an inertial angular rate sensor based on the optical Sagnac effect, designed to measure rotational angular velocity along its sensitive axis. It utilizes a digital closed-loop detection circuit to extract optical path differences caused by external angular velocity, converting these signals into precise measurements through advanced modulation and demodulation techniques. Key Features Consists of optical

GSGYR114F Single-Axis Fiber Optic Gyroscope Product Introduction The GSGYR114F single-axis fiber optic gyroscope series operates on an all-digital closed-loop mode, featuring compact size, light weight, low power consumption, rapid startup, and user-friendly interface. This high-precision angular rate sensor is ideal for navigation and control applications across diverse industries. Key Features Single 5V power supply Excellent full-temperature performance Immediate operation

GSGYR104F Fibre Optic Gyroscope Product Introduction This inertial angle rate sensor utilizes the optical Sagnac effect to measure rotational angular velocity along its sensitive axis. It employs a digital closed-loop detection circuit to extract optical path differences caused by external angular speed, modulating and demodulating voltage signals to achieve real-time angular velocity detection. Functionality Comprising an optical angular velocity sensitive unit and signal

GSGYR103F Fibre Optic Gyroscope Product Introduction This inertial angle rate sensor utilizes the optical Sagnac effect to measure rotational angular velocity along its sensitive axis. It employs a digital closed-loop detection circuit to extract optical path differences caused by external angular speed, modulating and demodulating voltage signals to achieve real-time angular velocity detection. Functionality Comprising an optical angular velocity sensitive unit and signal

GSGYR102F Fibre Optic Gyroscope Product Introduction The GSGYR102F is an inertial angle rate sensor based on the optical Sagnac effect, designed to measure rotational angular velocity along its sensitive axis. It utilizes a digital closed-loop detection circuit to extract optical path differences caused by external physical angular speed, with voltage signal modulation and demodulation for real-time angular velocity detection. This gyroscope consists of two main components:

KSGYR312F-L Three Axis Fiber Optic Gyroscope Product Overview This inertial angle rate sensor utilizes the optical Sagnac effect to measure rotational angular velocity along the sensitive axis. Its digital closed-loop detection circuit precisely extracts optical path differences caused by external angular speed, enabling real-time angular velocity signal detection through voltage signal modulation and feedback control. The system consists of an optical angular velocity

Three-axis gyroscope sensor for robot, Nonlinearity ≤0.05(%FR), zero-bias stability 12(°/h) Product Description: The KS3ARGA2 series is a three-axis universal angular rate gyro. It is specifically designed to measure the angular rate sensor of moving carriers. This gyroscope features a MEMS technology chip, which is known for its high performance, low cost, high reliability, and high package robustness. The product also has a Self-Test function that adds to its overall

Product Description: Precision, velocity, and balance are fundamental aspects for the optimal performance of any mobile entity. In the realm of intricate vehicles such as airplanes, autonomous vehicles, ships, spacecraft, submarines, and even unmanned aerial vehicles (UAVs), the demand for a precise system to uphold and regulate flawless motion is imperative. Inertial navigation systems play a crucial role in enabling these vehicles to execute their tasks securely and

Product Description: Utilizing the optical Sagnac effect, this inertial angle rate sensor measures the rotational angular velocity of the carrier along its sensitive axis. A digital closed-loop detection circuit is employed to extract the optical path difference caused by external physical angular speed in the clockwise direction. Through modulation and demodulation of the optical path signal voltage, the system achieves closed-loop feedback and control, enabling real-time

Product Description: The Electronic Gyroscope Sensor is a compact and reliable fiber optic gyroscope with high accuracy and stability. It features excellent dynamic range, low power consumption, wide-operating temperature range and low cost. It is a perfect choice for applications involving precision navigation, attitude measurement, and motion control. Functioning as an inertial angle rate sensor, this product relies on the optical Sagnac effect to measure the rotational

Product Description: This product is an inertial angle rate sensor based on the optical Sagnac effect for measuring the rotational angular velocity of the carrier along the sensitive axis. The digital closed-loop detection circuit is used to extract the optical path difference of the clockwise light caused by the external physical angular speed, and the voltage signal of the optical path signal is modulated and demodulation, and the closed loop feedback and control are

Product Description: This device is an inertial angle rate sensor utilizing the optical Sagnac effect to measure the rotational angular velocity along the sensitive axis of the carrier. A digital closed-loop detection circuit is employed to extract the optical path difference of clockwise light resulting from external physical angular speed. Modulation and demodulation of the optical path signal's voltage enable closed-loop feedback and control, achieving real-time angular

Product Description: This product functions as an inertial angle rate sensor based on the optical Sagnac effect, measuring the rotational angular velocity along the carrier's sensitive axis. A digital closed-loop detection circuit extracts the optical path difference of clockwise light caused by external physical angular speed. Modulation and demodulation of the optical path signal's voltage enable closed-loop feedback and control, ensuring real-time detection of angular

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. With an expansive operational temperature range, wide bandwidth

Product Description: Offering superior performance in a compact form, the KS3ARG-01D digital gyro stands out for its high overload resistance and accurate measurement capabilities. Utilizing MEMS inertial devices renowned for stability and reliability, this product excels in capturing angular velocity data in challenging conditions, making it an invaluable tool for accurate navigation, control, and dynamic measurement of weaponry. KS3ARG-01D has the characteristics of wide

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. With features encompassing a wide operating temperature range,

KSACC123Q Quartz Flexible Accelerometer ±20g Input Range Product Attributes Attribute Value Power supply parameter Power Voltage ±12~±18V DC Input Range ±20g Temperature Sensitivity ≤150μg/°C Size Ø18.8×21mm Weight ≤25g Shock 1000g Product Description KSACC123Q Quartz Flexible Accelerometer The quartz flexible accelerometer is a precision instrument comprising quartz glass flexible support and advanced servo circuit based on the principle of inertia. When the carrier is

KSACC121Q Quartz Flexible Accelerometer for Inertial Navigation Product Introduction The KSACC121Q Quartz Flexible Accelerometer is a precision instrument comprising quartz glass flexible support and advanced servo circuit based on the principle of inertia. When the carrier is subjected to acceleration, the output is precisely proportional to the input acceleration. Our accelerometer features a current output form with high output impedance, allowing users to select sampling