KJB0T1198PE-A296

The KJB0T1198PE-A296 is a dual-wire, bidirectional, voltage-mode gyro sensor module that can accurately measure angular velocities over a wide range of temperatures. It employs a capacitive sensing technology to convert angular velocity into a voltage signal. These signals can be used to measure rotational rates in two separate axes. Additionally, the module also includes a programmable counter for additional processing.

KJB0T1198PE-A296 is typical application in motion sensing and control, inertial navigation, image stabilization, attitude control, robotics, and other kinetic systems. This product is also well suited for unmonitored applications such as consumer grade embedded motion tracking. It is small enough to fit into tight spaces and offers a low cost in comparison to other gyroscopes.

In terms of working principle, the gyroscope utilizes a capacitive sensing technology to detect small changes in angular velocity. This technology works by measuring the capacitive difference between the rotor and stator plates. As the angular velocity changes, the capacitance between the plates shifts due to the Coriolis effect. This capacitance can be measured using a high-resolution ADC and converted into a voltage signal.

Additionally, the module also utilizes two separate voltage control oscillators (VCOs). These VCOs can be programmed to provide voltage signals that are proportional to the rotational speed of the gyroscopes. These signals can then be used to measure the angular velocity in both X- and Y-axes.

The KJB0T1198PE-A296 is an efficient, low power, dual-wire gyroscope module that is ideal for motion sensing and control applications. It utilizes a capacitive sensing technology to accurately measure angular velocity over a wide range of temperatures. Additionally, the module also includes a programmable counter for additional processing. This product is well suited for embedded motion tracking in tight spaces and offers a low cost compared to other gyroscopes.