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MEMS Dual-Axis Angular Rate Sensor for Navigation and Mapping

Nome da marca:	FIREPOWER
Número do modelo:	MG2-1
MOQ:	1
Condições de pagamento:	L/C, T/T, Western Union
Capacidade de abastecimento:	500/mês

Informações pormenorizadas

Descrição do produto

Informações pormenorizadas

Lugar de origem:

China

Certificação:

Faixa de medição:

± 100 °/s

Instabilidade de polarização zero:

1°/h

Caminhada aleatória:

00,15°/√h

Repetibilidade de polarização zero:

10°/h

Tensão:

+5±0,25V

Peso:

50g

Detalhes da embalagem:

esponja + caixa

Habilidade da fonte:

500/mês

Destacar:

MEMS dual-axis gyro sensor

angular rate sensor for navigation

dual-axis accelerometer for mapping

Descrição do produto

MEMS Dual-Axis Angular Rate Sensor for Navigation and Mapping

Product Overview

This dual-axis MEMS gyroscope features proprietary MEMS technology combined with drive pickup circuitry, temperature sensing, digital signal processing, and specialized software. It provides real-time measurement of angular rates along two horizontal axes, delivering compensated angular rate data via RS-422 serial interface.

High precision dual-axis angular rate measurement
Comprehensive error compensation including temperature, misalignment, nonlinearity, and zero bias
Compact, lightweight design with excellent impact resistance
Superior electromagnetic interference resistance
Reliable operation in harsh environmental conditions
Ideal for attitude control applications including stabilized sighting systems and satellite communication antenna control

Technical Specifications

Gyroscope Performance Parameters

Parameter	Unit	Test Conditions	MG2-1
Measuring range	°/s		±100
Zero-bias instability	°/h	Allan variance	1
Zero bias stability	°/h	1s smooth, RMS, normal temperature	10
Zero bias variation at full temperature	°/h	10s smooth, RMS, temperature change rate 1 ℃/min	20
Random walk	°/√h	Allan variance	0.15
Zero-bias repeatability	°/h	Q = 6, normal temperature	10
Zero bias acceleration sensitivity	°/h/g	Test at ± 1 G	2
Resolution	°/h		2
Output noise	°/s	Peak (Half Peak, RMS * 3)	0.4
Scale factor nonlinearity	ppm	Normal temperature	300
Scale factor repeatability	ppm	Q = 3, normal temperature	300
Cross coupling	%	Normal temperature	0.2
Bandwidth	Hz		250