Accelerometer Sensor

GSACC104M MEMS Accelerometers Key Features High g value and frequency response Compact size and lightweight design 4~20mA output signal Excellent impact resistance and vibration performance Applications Measurement of overload g values Linear acceleration measurement Technical Specifications Electrical Characteristics Input voltage 10～30 VDC Input current ≤20mA Output Mode 4～20 mA Performance Specifications Axial direction Z Range ±100 g Bandwidth ≤ 400 Hz Sensitivity 0.08±0

GSACC103M MEMS Accelerometers Key Features Analog voltage output High g value and bandwidth Compact size and lightweight design Piezoelectric accelerometer technology Excellent impact resistance and vibration performance Applications Measurement of overload value g Linear acceleration measurement Technical Specifications Electrical Characteristics Input voltage 10±0.1 VDC Input current ≤10mA Output Mode ±1 V Performance Index Axial direction Z Range ±2000 g Bandwidth ≤ 5000

GSACC102M MEMS Accelerometers Product Features Analog voltage output Magnetic suction installation Small size, light weight Applications Mechanical vibration monitoring equipment Linear acceleration measurement Technical Specifications Electrical Characteristics Input voltage 5±0.25 VDC Input current ≤2 mA Output Mode 0.5~4.5V Performance Index Axial direction Z Range ±10 g Bandwidth ≤ 1500 Hz Sensitivity 100±30 mV / g Resolution ≤ 0.002 g Nonlinear ≤ 0.5% Fs Bias 2.5±0.1 V

GSACC101M MEMS Accelerometers Product Features Analog voltage output Wide measuring range Impact resistance with excellent vibration performance Compact size and lightweight design High linearity output Applications Aircraft stability control systems Seismic detection equipment Technical Specifications Electrical Characteristics Input voltage 5±0.25 VDC Input current ≤2 mA Output Mode 0.5~4.5V Performance Index Axial direction X Range ±1 g Bandwidth ≥50 Hz Sensitivity 1000±30

KSIMU008C Inertial Navigation System Specification Introduction KSIMU008C series inertial navigation system is a typical shelf product. With high-performance fiber optic gyro and accelerometer, KSIMU008C series inertial navigation can meet the needs of autonomous navigation in complex environments, and can integrate satellite, Doppler, odometer and other information to achieve high-precision integrated navigation. Series products have been widely used in defense,

KSIMU010M High-performance IMU Product Attributes Attribute Value Operating voltage 5 VDC Power consumption 0.5 W Size 22.4 * 22.4 * 9mm Weight < 10g Operating temperature -40°C~ +85°C Product Description The KSIMU010M is a durable, industrial-grade high-performance Inertial Measurement Unit (IMU) based on MEMS accelerometers and gyroscopes, offering a highly cost-effective solution for various applications. Key Features Precision-calibrated 6-axis inertial system 3-axis

KSIMU005M Three Axis Quartz IMU Product Overview The KSIMU005M is an advanced inertial measurement module utilizing MEMS technology to accurately measure angular velocity and acceleration across three axes. MEMS (Micro-Electro-Mechanical Systems) integrates micro-sensors, actuators, mechanical structures, power systems, and signal processing into compact, intelligent systems with micron-scale components. Common applications include accelerometers, gyroscopes, pressure sensors

KSIMU004M Inertial Measurement Unit Product Overview The KSIMU004M is a self-contained Attitude Heading and Reference System (AHRS) module. This compact, fully functional unit requires minimal additional hardware components for integration. Featuring an industry-standard communication protocol with customizable data messages, it processes signals onboard while consuming minimal host resources, making it ideal for simple MCU operating environments. Key Specifications Attribute

KSIMU003M Inertial Measurement Unit Product Introduction The KSIMU003M Inertial Measurement Unit is a high-performance domestic inertial measurement device featuring compact size and exceptional overload resistance. With gyroscope zero bias stability of 0.5°/h (Allan) and accelerometer zero bias stability of 10µg (Allan), this unit is designed for precise navigation, control, and dynamic measurement in weapon systems. This product series utilizes high-precision MEMS inertial

KSIMU001M Universal Digital Inertial Measurement Unit Key Specifications Attribute Value Supply voltage 5V DC±5% Power consumption ≤0.5W @5V DC Full Scale ±200(optional)°/s Bias ≤±0.1°/s Bias stability ≤10°/s Product Overview The KSIMU001M Inertial Measurement Unit is a high-performance, cost-effective solution for navigation, control, and dynamic measurement applications. Featuring a sealed design, this unit delivers precise angular velocity and acceleration measurements

KSINS010C Laser Strapdown Inertial Navigation System Product Overview The KSINS010C laser strapdown inertial navigation system is a compact, high-precision solution featuring small size, light weight, high accuracy, and excellent reliability. Designed to meet autonomous navigation requirements in complex environments, it is suitable for various applications in navigation, integrated navigation, guidance, and control systems. The system integrates with satellite, radio,

KSINS014C Dual-Axis Fiber Optic Rotating Inertial Navigation System Key Specifications Attribute Value Position Accuracy 1nmile/12h Pitch & Roll Accuracy

Product I ntroduction: The KA2000 inertial-grade accelerometer produced by KACISE has long-term repeatability and excellent reliability. It is mainly used in core navigation components in the aerospace field, while-drilling measurement in oil and gas exploration and other scenarios. The integral electronics develops an acceleration-proportional output current providing both static and dynamic acceleration measurement. By use of customer supplied output load resistor,

Product Description: The Quartz Flexible Accelerometer is a highly precise instrument that consists of a quartz glass flexible support and an advanced servo circuit based on the principle of inertia. When the carrier experiences acceleration, the accelerometer output is precisely proportional to the input acceleration. Our accelerometer has a high output impedance and a current output form. Users can choose the sampling resistance as per their requirement without affecting

Product Description: Quartz flexible accelerometer is a precision instrument that is composed of quartz glass flexible support and advanced servo circuit based on the principle of inertia. When the carrier experiences acceleration, the output of the accelerometer is precisely proportional to the input acceleration. Our accelerometer has a current output form of high output impedance, which allows users to choose the sampling resistance based on their requirements without

Product Description: The Quartz Flexible Accelerometer is a highly precise instrument made up of a quartz glass flexible support and an advanced servo circuit that operates on the principle of inertia. When the carrier experiences acceleration, the output of the accelerometer is precisely proportional to the input acceleration it receives. Our accelerometer sports a high output impedance in the form of current output, and its stability is preserved no matter what sampling

Product Description Introduction The Quartz flexible accelerometer is an accurate instrument that consists of quartz glass flexible support and advanced servo circuit technology, which is based on the principle of inertia. It provides an output that is proportional to the input acceleration when the carrier is subjected to acceleration. The accelerometer has a high output impedance that is in the current output format. Users can select the sampling resistance based on their

Product Description: The Quartz flexible accelerometer is an advanced precision instrument that is made up of quartz glass flexible support and an advanced servo circuit based on the principal of inertia. When the carrier is subjected to acceleration, the output of the accelerometer is precisely proportional to the input acceleration. Our accelerometer has a current output form of high output impedance. Users have the freedom to choose the sampling resistance according to

Product Description: The Quartz flexible accelerometer is a precision instrument that is comprised of quartz glass flexible support and advanced servo circuit. The accelerometer is based on the principal of inertia and when the carrier is subjected to acceleration, the output of the accelerometer is precisely proportional to the input acceleration. Our accelerometer has a current output form of high output impedance, and users can choose the sampling resistance according to

Product Description The Quartz flexible accelerometer is a precision instrument that comprises quartz glass flexible support and advanced servo circuit based on the principal of inertia. When the carrier is subjected to acceleration, the output of the accelerometer is precisely proportional to the input acceleration. Our accelerometer has a current output form of high output impedance, and users can choose the sampling resistance according to their requirements without