601N1 6DOF Gyroscopic Sensoring with Real Time Data Acquisition and Low Power Consumption Design Precise Measurement Integrated Circuit

Description

• Optimized for stabilization tests, industrial robotic arm calibration, and smart wearable motion analysis in dynamic environments
• Engineered with a low 3.3V power consumption and SPI/IC protocols compatibility, it ensures extended operating in embedded systems across automotive, aerospace, and consumer electronics projects
• Featuring a compact PCB integrated design, this sensoring combines durability with seamless multifunctionality while eliminating external component dependencies
• Designed for autonomous systems engineers, robotics developers, and device creators working on navigation in constrained spaces
• The 601N1 6dof accelerometer gyroscope delivers precise motion tracking with 0.1 accuracy, ideal for robotics and UAV applications requiring real time orientation data

601N1 6DOF Gyroscopic Sensoring With Real Time Data Acquisition And Low Power Consumption Design

Features:
The 601N1 6dof accelerometer gyroscope delivers precise motion tracking with 0.1 accuracy, ideal for robotics and UAV applications requiring real time orientation data.
Featuring a compact PCB integrated design, this sensoring combines durability with seamless multifunctionality while eliminating external component dependencies.
Designed for autonomous systems engineers, robotics developers, and device creators working on navigation in constrained spaces.
Optimized for stabilization tests, industrial robotic arm calibration, and smart wearable motion analysis in dynamic environments.
Engineered with a low 3.3V power consumption and SPI/IC protocols compatibility, it ensures extended operating in embedded systems across automotive, aerospace, and consumer electronics projects.

Specifications:
Model name:
601N1-ICM42688
601N1-ICM45686
601N1-BMI323
601N1 6DOF sensoring module (3 gyroscope + 3 acceleration)
Adopt gold-sinking PCB process
Chip used: ICM42688/ICM45686/BMI323
Power supply: 3-5v @8mA
Communication: IIC/SPI/UART communication protocols
Size: about 20.6x17.8mm/0.81x0.7in
IIC/SPI communication
The UART is the sensoring outputs data after passing through the algorithm

Package Includes:
1 set of acceleration gyroscope sensoring module

Note:
Please allow 1-2cm errors due to manual measurement.
Please allow for slight color differences due to different display resolution.

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