BEI Systron Donner Inertial Div.
Concord, CA 94518
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MEMS-Based Sensor suits embedded applications.
Single-axis, GyroChip Sensor, Model LCG50 employs doubled-ended quartz tuning fork technology and requires only dc voltage input for accurate angular rate measurements. Packaged on 1.16 square x 0.42 in. PC board module, unit includes all required electronics and is available in ranges of +100, +250, and +500Ã-
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Inertial Measurement Unit suits embedded applications.
Model MMQ50 utilizes solid-state quartz MEMS inertial rate sensors and silicon MEMS accelerometers. Powered by Ã-
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Inertial Measurement Unit incorporates quartz sensors.
MEMS-based Digital Quartz Inertial Measurement Unit utilizes GyroChipÃ-® technology consisting of dual-ended quartz tuning fork rate sensor and vibrating quartz accelerometer. It provides delta theta and delta velocity output at 100 Hz in 6 axes, with linear acceleration and angular rate output at 600 Hz in RS-422 AMRAAM output format. Miniature unit is suited for guidance, navigation, and...
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Guidance System maintains navigation after GPS is lost.
MIGITS(TM) MEMS Integrated GPS/INS Inertial Tactical System provides guidance, navigation, and control for applications such as unmanned vehicles, instrumentation, commercial aviation, railroads, and helicopters. It has small quartz MEMS inertial sensor cluster and 12-channel C/A code GPS receiver, which provides position, velocity, time, attitude, altitude, heading, acceleration, and...
Read More »
MEMS-Based Sensor suits embedded applications.
Single-axis, GyroChip Sensor, Model LCG50 employs doubled-ended quartz tuning fork technology and requires only dc voltage input for accurate angular rate measurements. Packaged on 1.16 square x 0.42 in. PC board module, unit includes all required electronics and is available in ranges of +100, +250, and +500Ã-
Read More »
Inertial Measurement Unit suits embedded applications.
Model MMQ50 utilizes solid-state quartz MEMS inertial rate sensors and silicon MEMS accelerometers. Powered by Ã-
Read More »
Inertial Measurement Unit incorporates quartz sensors.
MEMS-based Digital Quartz Inertial Measurement Unit utilizes GyroChipÃ-® technology consisting of dual-ended quartz tuning fork rate sensor and vibrating quartz accelerometer. It provides delta theta and delta velocity output at 100 Hz in 6 axes, with linear acceleration and angular rate output at 600 Hz in RS-422 AMRAAM output format. Miniature unit is suited for guidance, navigation, and...
Read More »
Guidance System maintains navigation after GPS is lost.
MIGITS(TM) MEMS Integrated GPS/INS Inertial Tactical System provides guidance, navigation, and control for applications such as unmanned vehicles, instrumentation, commercial aviation, railroads, and helicopters. It has small quartz MEMS inertial sensor cluster and 12-channel C/A code GPS receiver, which provides position, velocity, time, attitude, altitude, heading, acceleration, and...
Read More »