SCR1100-D02-05 Sensors, Transducers

Gyroscopes can be used to provide a reference direction, as movement or orientation of an object in space may change due to external factors. The SCR1100-D02-05 is a miniature, dual axis gyroscope suitable for use in motion sensing applications. It consists of a robust, hermetically-sealed MEMS gyroscope module, with self-test and control circuitry for fail-safe operation.

The SCR1100-D02-05 is a two-axis sensing element that senses the acceleration of the gyroscope in x and y planes and converts that into analog signals for further processing and control. The gyroscope is powered by an integrated electronics. It works by detecting the angular rate of the external environment, and then using its internal circuitry to compensate against this motion. The electronics also provide temperature compensation to ensure that the gyroscope remains accurate.

The SCR1100-D02-05 can be used in a variety of applications, including robotics, navigation, vehicle control systems, and more. It is designed to work in dynamic environments. The module is rated to operate in temperatures from -20 to 80°C, and is capable of providing stable operation even under high shock and vibration environments, up to five Gs. It is also immune to magnetic fields of up to 70 Gauss.

The SCR1100-D02-05 features fast response time, low power consumption, and excellent robust performance. The gyroscope is thoughtfully designed, providing long-term reliability and durability in the field with minimal maintenance. Its small size of 9mm makes it ideal for space-constrained applications. It also requires minimal external circuitry, reducing the cost and complexity of the application.

The SCR1100-D02-05 is a MEMS gyroscope designed to accurately and quickly detect and measure angular motion. It is an ideal choice for navigation, control, and detection applications that require reliable results in a wide range of temperature and vibration environments. It also provides excellent robust performance, long-term reliability, and low power consumption. Its small footprint makes it ideal for applications with tight real estate constraints.