Electronic Gyroscope Sensor
Small MEMS Quartz Angular Rate Sensor For Short Voyages With Vibration Operating 5 Grms
Product Description: The KLCG50 (Low Cost Gyro 50) has a single-axis angular velocity sensor that uses micro-electro-mechanical system (MEMS) technology. This sensor comes mounted on a small PC board, making it perfect for embedded applications where versatility in installation is required. Only one DC voltage input is necessary for the sensor to measure the angular rate. Notably, this complete unit is priced very affordably. Robustness is also one of its greatest strengths,
Small MEMS Quartz Angular Rate Sensor With G Sensitivity(Typical) < 0.05°/sec/g And Shock 500g PK ½ Sine 2msec
Product Description: The KLCG50, also known as Low Cost Gyro 50, is an innovative product that comes in a small PC board. It offers a MEMS (micro-electro-mechanical System) single-axis angular velocity sensor that only requires one DC voltage input to measure the angular rate. This high-quality sensor is a complete unit that suits embedded applications that require installation versatility, low unit price, robustness, and high-performance characteristics to match that of
Wideband Low Power Single Axis Quartz Tuning Fork Gyroscope Resolution ≤0.01°/s Weight <100g
Product Description: This gyroscope is a single axis quartz tuning fork gyroscope developed for small volume applications. Directly sensitive uniaxial angular rate, the output is a DC voltage signal, and the voltage value is proportional to the input angular rate. It is suitable for vehicle instrument measurement, robot, automatic test, attitude reference system, control system, flight test, platform stability and other applications. It has the characteristics of small volume
±400°/s Rate Range Electronic Gyroscope Sensor with 0.065 °/√h Angle Random Walk and Low Power Consumption 900μA
Product Description:The KXV9721 boasts superior bias output stability and low noise. This is made possible through the implementation of digital quartz gyroscope technology, which is based on quartz MEMS technology and completed by semiconductor processing technology.Aside from being compatible with digital output interfaces, such as SPI and I2C, these sensors also feature independent interface power supply voltage settings. This allows for seamless communication with various
Digital Quartz MEMS Sensor Chip For Medical Motion Detection Equipment Rate Range ±400°/s
Product Description: The KXV9721 feature superior bias output stability and low noise. Digital quartz gyroscope is based on quartz MEMS technology and completed by semiconductor processing technology. In addition to compatibility for digital output interfaces (SPI, I2C), these sensors allow for independent interface power supply voltage settings to enable communications with various interfaces. User-selectable low-pass filters and high-pass filters enable a wide range of cut
Digital Quartz MEMS Gyroscope Chip Operating Temperature TOPR -20℃ ~ +80℃, Current Consumption Iop1 900μA Typ
Product Description The KXV9721 is a sensor that boasts superior bias output stability and low noise. This is achieved through its use of digital quartz gyroscope technology, which is built on top of quartz MEMS technology and semiconductor processing. Additionally, the KXV9721 is highly compatible with digital output interfaces such as SPI and I2C. What's more, it allows for independent interface power supply voltage settings, which enables communication with a variety of
Optional Filtered Digital Quartz MEMS Gyroscope Chip Rate Range ±400°/s Coss-axis Sensitivity CSr ±5%
Product Description: The KXV9721 possesses excellent characteristics such as superior bias output stability and low noise. The digital quartz gyroscope is crafted using quartz MEMS technology and semiconductor processing technology. Furthermore, these sensors are compatible with multiple digital output interfaces such as SPI and I2C. Independent interface power supply voltage settings facilitate communication with various interfaces. User-selectable low-pass filters and high
High-resolution Digital Quartz MEMS Gyro Chip Has Bias ZRL ±1°/s (0 LSB Typ) And Angle Random Walk N 0.065 °/√h
Product Description: KXV9721: Superior Bias Output Stability and Low Noise The KXV9721 is a cutting-edge digital quartz gyroscope that has been designed to offer superior bias output stability and low noise. Powered by quartz MEMS technology, the KXV9721 also incorporates semiconductor processing technology to ensure reliability and accuracy. Digital Output Interfaces and Independent Interface Power Supply Voltage Settings The KXV9721 is compatible with a range of digital
Cross-axis Sensitivity CS±5% And Supply Voltage 2.7V~+3.6V Digital Quartz MEMS Gyro Temperature Control Sensor
Product Description The KXV9721 possesses exceptional attributes such as superior bias output stability and low noise level. The digital quartz gyroscope is primarily based on the innovative quartz MEMS technology, which is then enhanced by the application of semiconductor processing technology. What's more, these sensors have the added advantage of being compatible with digital output interfaces like SPI and I2C. Additionally, they permit independent settings of interface
High Precision Electronic Gyroscope Sensor ±400°/s Rate Range And Bias ZRL ±1°/s (0 LSB Typ)
Product Description: The KXV9721 boasts superior bias output stability and low noise, providing reliable results for various applications. This digital quartz gyroscope is built using quartz MEMS technology, which is further enhanced by semiconductor processing technology, ensuring accurate and precise readings. These sensors offer compatibility with digital output interfaces like SPI and I2C. They also permit independent interface power supply voltage settings, enabling
High Precision Digital Quartz MEMS Gyroscope Core with Scale Factor So 70 LSB/ °/s ±2%
High Precision Digital Quartz MEMS Gyroscope Core with Scale Factor So 70 LSB/ °/s ±2% Product Description: The KXV9721 is a sensor that boasts exceptional bias output stability and low noise. Its digital quartz gyroscope is built with high-quality quartz MEMS technology and perfected with semiconductor processing technology. These sensors come equipped with digital output interfaces (SPI, I2C) that allow for independent interface power supply voltage settings to facilitate
Cross-axis Sensitivity CS ±5% Electronic Gyroscope Sensor Sleep Current Iop3 3μA Typ
Product Description: The KXV9721 boasts superior stability in output bias and generates low noise. Additionally, this digital quartz gyroscope is based on the innovative quartz MEMS technology, which is completed through the use of semiconductor processing technology. Furthermore, these sensors feature compatibility with a broad range of digital output interfaces (such as SPI and I2C) and allow for independent interface power supply voltage settings to establish communication
Digital quartz MEMS gyroscope chip Scale factor So 70 LSB/(°/s) ±2% and Current consumption Iop1 900μA Typ
Product Description: The KXV9721: Superior Bias Output Stability and Low Noise The KXV9721 is built with the latest technology in mind, giving it an edge over other sensors in the industry. Its superior bias output stability and low noise make it a popular choice among those who require precise measurements. Digital Quartz Gyroscope: Combining Quartz MEMS and Semiconductor Processing Technology The KXV9721 is equipped with a digital quartz gyroscope that is based on quartz
High resolution single-axis precision digital gyroscope, Turn-on time ≤2s, Bias 0°/s±1°/s
Product Description: KQ1GY100R75 single-axis digital quartz gyroscope can measure the angular velocity information of the carrier (combat vehicle, UAV, aerial bomb, etc.) in real time. It is suitable for inertial navigation, flight control, attitude stabilization and other systems, and is also widely used in oil, coal, water resources, automobiles, ships, aviation and other fields. The measurement principle of quartz gyroscope is that the quartz will deform in the process of
MEMS gyroscope sensor for automotive electronics, output voltage 0.66~2.64 V, zero-bias stability of 12°/h
Product Description: The KS3ARGA2 series is a three-axis universal angular rate gyro that is utilized to measure the angular rate sensor of moving carriers. It is built with the latest MEMS technology chip that allows it to deliver high performance, low cost, high reliability and high package robustness. It also comes with a Self-Test function that ensures its accuracy and reliability. Furthermore, this product has several features that make it stand out. It has low power
Long-life Output voltage of stable three-axis MEMS gyroscope sensor is 0.66 ~ 2.64 v, Output noise ≤0.02(°/s/g)
Product Description: KS3ARGA2 series Overview The KS3ARGA2 series is a three-axis universal angular rate gyro designed for measuring the angular rate sensor of moving carriers. This innovative gyro uses MEMS technology chip that provides high performance, low cost, high reliability and high package robustness. It is also equipped with a Self-Test function that enhances the accuracy of its readings. The MEMS technology chip incorporated in KS3ARGA2 series provides high
MEMS gyroscopes are used for aircraft guidance and control,Size 43*30.5*30.5(mm)，Weight ≤50(g)
Product Description: The KS3ARGA2 Series is a state-of-the-art three-axis universal angular rate gyro that is designed to measure the angular rate sensor of moving carriers. Utilizing cutting-edge MEMS technology chip, this gyroscope has a superior level of performance, low cost, high reliability, and high package robustness. Additionally, it is equipped with a Self-Test function, which ensures that it performs optimally at all times. One of the compelling features of this
Three-axis general purpose gyroscope with small size, operating temperature range -45 ~ +105(°C), zero-bias stability 1
Product Description: KS3ARGA2 Series Three-Axis Universal Angular Rate Gyro The KS3ARGA2 series three-axis universal angular rate gyro is designed to measure the angular rate sensor of moving carriers. This gyroscope adopts MEMS technology chip, which provides high performance, low cost, high reliability, and high package robustness. It also has a Self-Test function to ensure accuracy and reliability. In addition, this product has several other useful features. It has low
Precision Mems Gyro Sensor Output voltage 0.66~2.64(V) Storage temperature -65～+125(°C)
Product Description: The KS3ARGA2 series is a versatile three-axis angular rate gyro that is designed to measure the angular rate sensor of moving carriers. This gyro utilizes a MEMS technology chip which provides high performance, low cost, high reliability, and high package robustness. Additionally, the device has a Self-Test function which helps ensure accurate and reliable measurements. This product has been designed to have low power consumption, making it suitable for
Low power precision mems gyroscope Scaling factor 3.3±0.05(mv/°/s), Cross coupling ≤2(%)
Product Description: The KS3ARGA2 series is a three-axis universal angular rate gyro specially designed to measure the angular rate sensor of moving carriers. This gyroscope makes use of MEMS technology chip, which provides high performance, low cost, high reliability, and high package robustness. Additionally, the product features a Self-Test function that ensures optimal functionality. The KS3ARGA2 series has a number of attractive features such as low power consumption,