Fiber Optic Gyro

MFOG-1703 Chinese Factory Supply Fiber Gyro Sensor Low Bias Key Features Simple structure with no moving or wear parts Fast startup and compact design (φ40*20mm) Lightweight construction for versatile applications Ideal for attitude control and carrier measurement systems Technical Components Optical path assembly Detection and control signal circuit board Fiber ring skeleton and structural housing Product Overview The MFOG-40 Micro-Nano Fiber Optic Gyroscope is an advanced

0.6deg/h Bias Gyro Factory Gyro Sensor Price Key Features Simple structure with no moving or wear parts Fast startup and compact design (φ40*20mm) Lightweight construction for versatile applications Ideal for attitude control and carrier measurement systems Technical Components Optical path assembly Detection and control signal circuit board Fiber ring skeleton and structural housing Product Overview The MFOG-40 Micro-Nano Fiber Optic Gyroscope is an advanced angular rate

Small Size Low Power Fiber Optic Gyro Control Special Chip Product Introduction This specialized chip for fiber optic gyro control features high integration, compact size, low power consumption, and robust performance. It integrates all main chip devices required for fiber optic gyro control, suitable for gyros with accuracy below 0.5%. Reduces circuit volume by approximately 70% Effectively minimizes gyro dimensions Superior consistency compared to separate devices

High-Performance Integrated Chip for Fiber Optic Gyro Control Product Introduction This specialized chip for fiber optic gyro control features high integration, compact size, low power consumption, and robust performance. It integrates all main chip devices required for fiber optic gyro control, suitable for gyros with accuracy below 0.5%. Reduces circuit volume by approximately 70% Effectively minimizes gyro dimensions Superior consistency compared to separate devices

VG103PT Fiber Optic Gyro ±350°/s Range ≤1°/h Stability Product Specifications Attribute Value Range ±350°/s Zero-bias stability (10s, 1σ) ≤1°/h Angular random walk ≤0.02°/h 3dB Bandwidth ≥1000Hz Zero-bias repeatability (1σ) ≤1°/h Scale factor nonlinearity 6±0.6mV°/s Weight ≤80g Power Consumption ≤1W Product Overview The MFOG-103 micro-nano fiber optic gyroscope is an advanced angular rate sensor that integrates optics, mechanics, and electronics. Based on the Sagnac effect,

2025 Latest High Precision MEMS Gyroscope Chip for Inertial Navigation Product Overview The MGC series single-axis MEMS gyroscope chips are high-performance angular rate sensors designed for precision motion sensing applications. Housed in a compact and robust ceramic package, they feature a fully digital interface that simplifies integration into embedded systems. With ultra-low bias instability down to 0.5°/h, angle random walk (ARW) as low as 0.06°/√h, and wide bandwidth

MFOG-103 Micro-Nano Fiber Optic Gyroscope Key Features 2025 Latest Open-loop Integrated Fiber Optic Gyroscope Factory Direct Supply with competitive pricing High-performance angular rate sensor integrating optics, mechanics, and electronics Operates based on the Sagnac effect for precise measurement Fully solid-state structure with no moving parts Excellent reliability and long service life High resistance to shock and vibration Fast startup and compact design Technical

3600 LSB/°/s Scale Factor Fiber Optic Gyroscope Operating on the Sagnac effect for multiple applications, this accelerometer gyro sensor delivers precise angular velocity measurements with exceptional stability. Key Features Based on the Sagnac effect principle Integrates micro-nano fiber devices for precise phase difference detection Simple structure with no moving or wear parts Fast start-up capability Compact and lightweight design Technical Specifications Parameter Value

Digital Open Loop Single Axis Integrated Fiber Optic Gyro for UGV Navigation The MFOG-095 fiber optic gyroscope is a reliable FOG sensor for UAVs, robotics, and autonomous navigation platforms . Featuring micro-nano fiber technology and Sagnac interferometry, it ensures low noise, fast startup, and high bias stability. Its compact 60*35*25.5 mm housing and lightweight design (≤70g) allow seamless integration into small navigation systems . Fully compatible with Fizoptika

Navigation Grade MEMS Stim 210 Angular Rate Sensor for Navigation System The MG3-1A MEMS Gyroscope is a fully integrated 3-axis angular rate sensor designed for precision inertial navigation, UAV guidance, and robotic motion control . This system consists of a 3-axis MEMS gyroscope, temperature sensor, signal processing board, structural components, and dedicated software , delivering temperature-compensated, alignment-corrected, and linearity-corrected angular rate data

MG3-1A MEMS Gyroscope The MG3-1A MEMS Gyroscope is a high-performance 3-axis angular rate sensor designed for UAV navigation, autonomous vehicles, and robotic stabilization systems . This compact, reliable solution integrates a complete measurement system including a 3-axis MEMS gyroscope, temperature sensor, signal processing board, structural components, and dedicated software. Key Features Provides temperature-compensated, alignment-corrected angular rate data via RS-422

2025 Automotive MEMS 3-Axis Gyroscope for Vehicle Dynamics Control The MG3-1A MEMS Gyroscope delivers precise angular rate measurements for autonomous navigation, UAV systems, and robotic stabilization applications. This integrated solution features temperature sensors, signal processing board, structural framework, and specialized software for complete error-compensated output via RS-422 , including: Temperature compensation Misalignment correction Nonlinear adjustment Key

MEMS 3 Axis Inertial Sensor for Vehicle and Aerospace Navigation The MG3-1A MEMS Gyroscope is a fully integrated 3-axis angular rate sensor offering high precision and reliability for UAVs, autonomous navigation systems, and robotic platforms . This advanced sensor combines a 3-axis MEMS gyroscope, temperature sensor, signal processing board, and structural framework with sophisticated software for error compensation . Angular rate data is output via RS-422 , supporting

MG3-1A MEMS Gyroscope - 0.3°/h High Precision Three-Axis Gyroscope for Navigation System The MG3-1A MEMS Gyroscope is a high-precision 3-axis angular rate sensor designed for civil UAV navigation, robotic platforms, and autonomous motion control systems . This advanced sensor integrates MEMS gyroscope technology with temperature sensors, signal processing board, structural components, and specialized software to deliver full error-compensated angular rate measurements via RS

High-Precision MEMS 3 Axis Gyroscope with 0.3°/s Bias Instability for Navigation System The MG3-1A MEMS Gyroscope is designed for high-precision inertial navigation, robotic stabilization, and UAV guidance . This advanced system integrates a 3-axis MEMS gyroscope, temperature sensor, signal processing board, structure, and specialized software , delivering two/three axis angular rate measurements with full error compensation (temperature, misalignment, and nonlinearity). The

High Precision 1-axis Integrated FOG Sensor With Quick Response The MFOG-095 micro-nano fiber optic gyroscope is a high-performance FOG sensor designed for autonomous navigation, UAVs, and robotics . Its micro-nano fiber technology ensures accurate angular rate measurement with minimal drift. With compact dimensions of 60*35*25.5 mm and weight ≤70g, it's ideal for small drones, mobile robots, and survey instruments . Fully compatible with Fizoptika VG095 , it serves as a drop

Anti-vibration Single-axis Integrated FOG Sensor For High Precision Navigation The MFOG-095 is a high-precision micro-nano fiber optic gyroscope designed for UAVs, autonomous navigation systems, and robotic platforms . It delivers low bias drift (≤2°/h) , high bandwidth (≥1000Hz) , and minimal random walk (≤0.02°/√h) . Its compact 60*35*25.5 mm size and 70g weight enable integration into space-constrained navigation systems . Fully compatible with Fizoptika VG095 , it

MFOG-095 Micro-Nano Fiber Optic Gyroscope The MFOG-095 micro-nano fiber optic gyroscope is a compact, high-performance FOG sensor designed for modern navigation and stabilization applications . Featuring fast startup (

Long Life 1 Axis FOG Without Moving Parts Zero Bias Stability ≤2°/h 10s Smoothing MFOG-095 is a micro-nano fiber optic gyroscope designed for compact and high-performance navigation systems . It offers stable bias (≤2°/h) , low random walk (≤0.02°/√h) , and wide bandwidth (≥1000Hz), making it perfect for UAV gyroscopes, robotic stabilization platforms, and precision measurement instruments . With dimensions 60×35×25.5 mm and weight ≤70g, it is fully compatible with Fizoptika

MFOG-095 Micro-Nano Fiber Optic Gyroscope The MFOG-095 micro-nano fiber optic gyroscope is a compact and durable FOG sensor designed for autonomous navigation, UAVs, and robotic stabilization applications. Featuring fast start-up (