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

GSGYR112F Single-Axis Fiber Optic Gyroscope Product Overview The GSGYR112F single-axis fiber optic gyroscope series features an all-digital closed-loop operating mode with excellent characteristics including small size, light weight, low power consumption, fast startup, and simple interface. This high-precision angular rate sensor is ideal for navigation and control applications, widely used in various control and braking fields. Key Features Single 5V power supply Excellent

GSGYR106F Single-axis Fiber Optic Gyroscope Product Introduction This product is an inertial angle rate sensor based on the optical Sagnac effect, designed to measure the rotational angular velocity of the carrier along the sensitive axis. It utilizes a digital closed-loop detection circuit to extract the optical path difference of clockwise light caused by external physical angular speed. The system modulates and demodulates the voltage signal of the optical path, achieving

GSGYR105F Fibre Optic Gyroscope Product Introduction 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 extracts the optical path difference of the clockwise light caused by external physical angular speed, modulates and demodulates the voltage signal of the optical path signal, and implements closed-loop feedback and

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:

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

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

KSACC117Q Quartz Flexible Accelerometer ±10g Range Product Attributes Attribute Value Power Voltage ±12~±18V DC Input Range ±10g Bias ≤10mg Temperature Sensitivity ≤100μg/°C Three-hour Stability(1σ) ≤100μg Scale Factor 2.3 ~ 3.5mA/g Product Description KSACC117Q Quartz Flexible Accelerometer 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

KSACC116Q Quartz Flexible Accelerometer ±80g Range 35g Weight Key Attributes Power Voltage ±12~±18V DC Weight ≤35g Size Ø18.2×23.6mm Resolution

KSACC115Q Quartz Flexible Accelerometer ±30g ±12~18V DC Product Overview The KSACC115Q Quartz Flexible Accelerometer is a precision instrument featuring quartz glass flexible support and advanced servo circuitry based on inertia principles. When subjected to acceleration, it provides output precisely proportional to input acceleration with high output impedance current output. Key Attributes Attribute Value Power Voltage ±12~±18V DC Input Range ±30g Bias ≤8mg Temperature

KSACC114Q Quartz Flexible Accelerometer Product Attributes Attribute Value Power Voltage ±12~±18V DC Weight ≤70g Size Ø25.4×32mm Resolution

KSACC113Q Quartz Flexible Accelerometer ±80g Range Key Attributes Power Voltage ±12~±18V DC Operating Temperature -45°C~+80°C Storage temperature -55°C～+80°C Shock 100g Vibration Peak Sine 20g@20Hz ~ 2000Hz Product Description The KSACC113Q 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

KSACC112Q Quartz Flexible Accelerometer ±20g Range Product Attributes Attribute Value Power Voltage ±12~±18V DC Operating Temperature -45°C~+80°C Storage temperature -55°C～+80°C Shock 100g Vibration Peak Sine 15g@20Hz ~ 2000Hz Product Description KSACC112Q 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

KSACC111Q Quartz Flexible Accelerometer for Inertial Navigation Product Introduction The KSACC111Q Quartz Flexible Accelerometer is a precision instrument featuring quartz glass flexible support and advanced servo circuitry based on inertia principles. When subjected to acceleration, it delivers output precisely proportional to input acceleration. This accelerometer features high output impedance current output, allowing users to select sampling resistance according to their

KSGYR101M MEMS Quartz Angular Rate Sensor 50Hz Bandwidth Key Attributes Attribute Value Input Voltage +5.0 Vdc Input Current < 8 mA @ +5.0 Vdc Scale Factor over Temperature < 0.1%/°C G Sensitivity (Typical) < 0.05°/sec/g Bandwidth (-3 dB) > 50 Hz Non-Linearity (% Full Range) < 0.05% Product Overview The KSGYR101M MEMS Quartz Angular Rate Sensor (Low Cost Gyro 50) features a MEMS (micro-electro-mechanical system) single-axis angular velocity sensor on a compact PC board. This