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KSGYR301M MEMS Quartz Gyroscope
Product Introduction
KSGYR301Mgyroscope is developed using quartz MEMS technology and
can simultaneously sense the angular velocities of multiple axes
(configured according to customer needs), and output digital
information through the serial port.
MEMS is a micro-device or system that integrates micro-sensor,
micro-actuator, micro-mechanical structure, micro-power and
micro-energy, signal processing and control circuit,
high-performance electronic integrated device, interface and
communication. MEMS is an independent intelligent system that can
be mass-produced, with a system size of a few millimeters or even
smaller, and its internal structure is generally in the order of
microns or even nanometers.
Common products include MEMS accelerometers, MEMS optical sensors,
MEMS pressure sensors, MEMS gyroscopes, MEMS humidity sensors, MEMS
gas sensors, and their integration products.
Feature
● Large-scale production
● Short startup time
● Wide operating temperature range
● Low power consumption
● High reliability
● Small size and light weight
● Serial output
Application
● Airborne instrument measurement
● Robot
● Automated testing
● Attitude reference system
● Control system
● Flight Test
● Platform stability
Technical Specifications
Parameter | KSGYR301M |
Power Requirements | |
Power Voltage | 5V DC |
Power 25°C | 0.3W |
Supply current | ≤50 mA |
Performance | |
range | ±100°/s |
Output | RS422 |
Size | 22.4mm×22.4mm×9mm |
Run-up time | 2s |
Bias | ≤0.03°/s |
Bias stability | ≤20°/h |
Bias temperature sensitivity | ≤1°/s |
Bias repeatability | ≤20°/h |
Random walk | ≤0.25°/√h |
scale factor nonlinearity | ≤0.02% |
noise | ≤0.01°/s/g |
Threshold | ≤1°/s |
Resolution | ≤0.005°/s |
bandwidth | ≥90Hz |
weight | ≤50g |
Environments | |
Operating temperature | -40°C~+65°C |
Random vibration | 6.06g |
shock | 200g |
Dimensions
Unit:mm