Electronic Gyroscope Sensor
Single Axis Fiber Optic Electronic Gyroscope Sensor Shocking Resistance
Single Axis Fiber Optic Electronic Gyroscope Sensor Shocking Resistance Composition principle This kind of Gyroscope is based on Sagnac effect, which is an interferometric angular rate sensor formed by optical fiber ring. Feature No moving parts, Short start-up time High accuracy Shocking resistance High reliability Long life span Light weight Large dynamic range Application fields Railway track measurement Geological exploration, Well logging, Dam measurement, Aviation,
KTG-50 High Accuracy Dynamic Tuned Gyroscope with Wide Dynamic Range and ≤250g Weight for Inertial Navigation
KTG-50 High Accuracy Dynamic Tuned GyroscopeFeatureHigh accuracyLong service lifeWide dynamic rangeHigh reliabilityIntroductionKTG-50 has been used for water surface, land strap-down system, fast true-north seeking, television antenna tracker, and widely used in spaceflight strap-down inertial system. The gyroscope also can be used for land, sea, aviation, space-flight transporter, strap-down platform attitude system.ParameterParameterSpec.ValueUnitPowerPower(3 Phase)16&500V
3 Axis Fiber Optic Electronic Gyroscope Sensor with ±100(°)/S Range ≤0.3(°)/h Bias Stability and -40℃~+70℃ Working Temperature for Geological Exploration
Three-axis Fiber Optic Gyroscope For Geological Exploration and Dam Measurement Description three-axis fiber optic gyroscope, fiber optic gyroscope and accelerometer as the main component, is the core component of the inclinometer to achieve the continuous inclinometer. It has high reliability, strong anti-poor environment, and high accuracy. This series of products successfully used in geological exploration, mining and oil inclinometer, dam measurement. Dimension Applicatio
High Precision AHRS MEMS Gyroscope Sensor with Resolution <0.1° and RS485 Communication for Wide Temperature Range -45℃~+85℃
AHRS MEMS Inclinometer Sensor Gyroscope 2 Axis Analog Voltage Output Angle 232 Tilt Switch Voltage Transducer Introduction The GX-ROB200 Series MEMS inclinometer integrates a Microcontroller Unit (MCU) control system. The sensor undergoes a thorough calibration process across the entire temperature range, encompassing temperature compensation, zero calibration, scale factor calibration, and nonlinearity correction. These calibration steps are meticulously carried out to
Lightweight High Accuracy Quick Starting Electronic Gyroscope Sensor for Borehole Drilling
KTG-50 High Accuracy Dynamic Tuned Gyroscope for land strap-down system Feature Light weight Small size Quick starting Used in high temperature environment Introduction In the drilling field, inertial devices is greater and more adaptable than flying field, because of its poor working conditions, environmental temperatures are high, the temperature of adaptation and life requirements are very demanding, KTG-M5 dynamically tuned gyro is designed for the case of the drilling
KTG-M5 Well Logging Dynamically Tuned Gyroscope for High Temperature Environment with Quick Starting and Light Weight Design
KTG-M5 Well Logging Dynamically Tuned Gyroscope Feature Light weight Small size Quick starting Used in high temperature environment Introduction In the drilling field, inertial devices is greater and more adaptable than flying field, because of its poor working conditions, environmental temperatures are high, the temperature of adaptation and life requirements are very demanding, KTG-M5 dynamically tuned gyro is designed for the case of the drilling field. Parameter Parameter
Metal Shell MEMS Gyro Sensor with Anti-Interference RS422 Interface for Platform Level Control
Angel Measuring Instruments Level Measurement Platform and Platform level Control GX-ROB100 Biaxial inclination Sensor Feature Built-in angle conversion and temperature compensation, small error. Data output via RS422 interface. Metal shell, anti-interference Product description Using micro-electromechanical systems (Micro Electro-Mechanical System, MEMS) technology, which combines angular rate and linear acceleration measurement as a whole, for the roll angle, pitch angle,
Small Size High Precision MEMS Gyroscope Sensor with RS422 Interface for Angle Measurement and Inclination Sensing
Angel Measuring Instruments Level Measurement Platform and Platform level Control GX-ROB100 Biaxial inclination Sensor Feature Built-in angle conversion and temperature compensation, small error. Data output via RS422 interface. Metal shell, anti-interference Product description Using micro-electromechanical systems (Micro Electro-Mechanical System, MEMS) technology, which combines angular rate and linear acceleration measurement as a whole, for the roll angle, pitch angle,
RS232 High Precision Single Axial Electronic Gyroscope Sensor FOG230GX for Inertial Navigation
RS232 High Precision φ150 Single-axial Fiber Optic Gyroscope FOG230GX Composition principle FOG230GX Single -axial FOG is based on Sagnac effect, formed by optical fiber ring of interferometer type angular velocity measuring device. It integrate is a set of optical, mechanical, electronic integration of all solid state Inertial sensor, which can be extended to the inertial measurement unit. Feature With high accuracy, short start-up time, large dynamic range, high reliability
200Hz Single Axis Gyro Sensor with High Bias Stability and RS422 Output for Precision Measurement
200Hz Single Axis Gyro Sensor , Gyroscope Sensor Module High Bias Stability Feature Whole temperature range compensation and Nonlinear correction High Bias stability Digital RS422 output Data Fusion and Noise compensation Application fields High-speed rotating smart shells Multiple remote extended-range rockets Technical Specifications Type K-ARS-1500A K-ARS-1500D Electric character Input voltage 6±0.1VDC Input current ≤150mA Output Mode RS422 Baud Rate 115200bps Output Data
MEMS Electronic Gyroscope Sensor Anti Interference Dip Performance
MEMS Gyroscope GX-ROB100 Biaxial inclination Sensor / Biaxial Inclinometer Gyroscopic Feature Built-in angle conversion and temperature compensation, small error. Data output via RS422 interface. Metal shell, anti-interference Introduction Using micro-electromechanical systems (Micro Electro-Mechanical System, MEMS) technology, which combines angular rate and linear acceleration measurement as a whole, for the roll angle, pitch angle, three-dimensional and three-dimensional
Land / Sea Dynamically Tuned Gyro , High Accuracy Gyroscope Wide Dynamic Range
High Accuracy Dynamic Tuned Gyroscope For Land, Sea, Aviation, Space-flight Transporter Feature High accuracy Long service life Wide dynamic range High reliability Introduction KTG-58 has been used for water surface, land strap-down system, fast true-north seeking, television antenna tracker, and widely used in spaceflight strap-down inertial system. The gyroscope also can be used for land, sea, aviation, space-flight transporter, strap-down platform attitude system.
KTG-50 High Accuracy Dynamic Tuned Gyroscope with Wide Dynamic Range and Long Service Life for Land Strapdown Systems
KTG-50 High Accuracy Dynamic Tuned Gyroscope for land strap-down system Feature High accuracy Long service life Wide dynamic range High reliability Introduction A Dynamically Tuned Gyroscope (DTG) is an advanced precision instrument used for measuring and maintaining orientation and angular velocity in various applications. Unlike traditional gyroscopes that rely on spinning masses for stability, a DTG employs innovative technology that dynamically adapts its resonant
Kacise Flexible Dynamically Tuned Gyroscope Lightweight For Aerospace
Light Weight Small Size High-precision Kacise Flexible Dynamically Tuned Gyroscope for Aerospace Feature Light weightSmall sizeLong service lifeWide dynamic rangeHigh reliabilityWide application and etc. Introduction KTG-30 has been used in ship navigation, artillery and other systems to quickly find north. Parameter ParameterSpec.VauleUnitPowerPower(3 Phase)20&500V & HzPower(1 Phase)7&16000V & HzperformanceRandom Drift≤0.03°/hDrift stability≤0.2°/hNon-linear≤0.1%FSMax
GSGYR202F Fiber Optic Gyroscope with Low Random Walk <0.1°/√h Bias Stability <2°/h and Bias Magnetic Sensitivity <0.5°/h/Gs
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
KSACC101Q Quartz Accelerometer ±70g 400Hz Digital Output
KSACC101Q Quartz Accelerometer ±70g 400Hz Digital Output Product Attributes Attribute Value Input Voltage 15±1 VDC Power consumption ≤75mW @15VDC Range ±70g Scale factor 56Hz/g±5Hz/g Scale factor repeatability(1σ,one month) ≤50ppm Bandwidth ≥400Hz Product Description The KSACC101Q quartz vibration beam accelerometer is a solid-state digital output acceleration sensor featuring large range, compact size, high precision, low power consumption, fast start-up time, shock
GSGYR324F All-Solid-State Digital Closed-Loop Three-Axis Fiber Optic Gyroscope with Single 5V Power Supply and Bias Stability <0.5°/h
GSGYR324F Fiber Optic Gyroscope Product Introduction The GSGYR324F is an all-solid-state digital closed-loop three-axis integrated fiber optic gyroscope. Based on the Sagnac principle, it consists of an SLD light source, fiber optic coupler, photodetector, integrated optical phase modulator, fiber optic sensing coil, circuit, and structural body. Available in both integrated and split configurations, this three-axis fiber optic gyroscope is specifically designed for
GSGYR201F Fiber Optic Gyroscope with 2 Axles Compact Size 64×60×40mm and Low Power Consumption <4W for Inertial Navigation
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
Fiber optic gyroscope and angular velocity sensor with dynamic range ±900°/s, random walk ≤0.01°/h^1/2, and bias drift ≤0.3°/h for inertial systems
Product Description: This device serves as an inertial angle rate sensor utilizing the optical Sagnac effect to measure the rotational angular velocity of the carrier along its sensitive axis. Employing a digital closed-loop detection circuit, it extracts the optical path difference caused by external physical angular speed in a clockwise direction. Through modulation and demodulation of the optical path signal voltage, closed-loop feedback and control are implemented,
Electronic Gyroscope Sensor with ≤0.01/≤0.1 Random Walk Coefficients and Reliable Performance in Compact Form Factor
≤0.01/≤0.1 Random Walk Coefficients Electronic Gyroscope Sensor Reliable Performance Product Overview The KSFG3X36-1 fiber optic gyro is a three-axis gyro with low precision, featuring a compact form factor, lightweight build, absence of moving parts, high reliability, and extended lifespan. Its digital output enables easy system integration for applications in aviation, aerospace, maritime, defense, coal mine measurements, automotive electronics, and diverse fields. Based on