IIS3DHHCTR Sensors, Transducers

The IIS3DHHCTR is an advanced MEMS inertial measurement unit (IMU) designed for high-performance motion sensing applications. This low power, 3-axis accelerometer features a full-scale acceleration range up to 8 g, a dynamic measurement range of up to 330 Hz per axis, a bandwidth of up to 16 kHz per axis, and a stabilization time of only 1.4 ms. Its on-board digital signal processor (DSP) provides motion compensation to ensure that the accelerometer’s measurements are accurate.

The IIS3DHHCTR accelerometer is well-suited for a variety of motion sensing applications such as driver & vehicle safety systems, industrial automation, aerospace, robotics, and many more.

The working principle behind the IIS3DHHCTR is based on the MEMS accelerometer technology. This technology employs a small mass suspended between two anchors inside the micromechanical structure. When the device is subjected to acceleration, the mass moves, and this movement is measured by changes in capacitance. The displacement of the mass is converted into an electrical output signal, which is then used to determine the level of acceleration.

The IIS3DHHCTR features an on-board digital processor that is designed for motion compensation. It uses a linear combination of accelerometer signals to cancel out any potential motion artifact. This helps to improve the resolution and accuracy of the device. Additionally, it has a wide temperature operating range of -40 degrees Celsius to +85 degrees Celsius and a low power consumption of only 400 μA with a 0.1 Hz output frequency. This makes it ideal for remote applications or systems with limited power.

Overall, the IIS3DHHCTR is an advanced accelerometer device that is capable of providing high-performance motion sensing capabilities. Its features make it ideal for various motion sensing applications, such as driver & vehicle safety systems, industrial automation, aerospace, robotics, and many more. Its on-board digital signal processor helps to improve the resolution and accuracy of the device while its wide temperature operating range and low power consumption make it perfect for remote applications or systems with limited power.