Parts Sensors IMU & Accelerometers MPU6050 / ICM IMU Family ICM-40609 ICM-40609-D

ICM-40609-D

Name: ICM-40609-D
Brand: TDK InvenSense

TDK InvenSense

Accelerometer, Gyroscope, 6 Axis Sensor I2C, SPI Output

Active4,141 in stock

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Overview

The ICM-40609-D is a 6-axis motion sensor (3-axis accelerometer + 3-axis gyroscope) from TDK InvenSense with digital I2C and SPI outputs. It provides compact motion sensing for embedded systems and can be interfaced directly to microcontrollers or host processors. The part is intended for applications that need orientation, motion detection, or stabilization data in a small package.

Why Choose This Part

As a combined accelerometer and gyroscope, the ICM-40609-D reduces board space and BOM compared with separate sensors. Its digital I2C and SPI interfaces simplify MCU integration and allow direct register access for configuring power modes and data rates. TDK InvenSense parts are commonly supported by vendor documentation and community code, which can shorten development time.

Applications

IMU for drones and gimbals

Provides attitude and motion feedback for flight stabilization and camera stabilization systems.

Robotics orientation and odometry

Used for short-term orientation sensing, dead-reckoning, and motion control in mobile robots and manipulators.

Wearable and handheld motion tracking

Detects gestures, steps, and device orientation in consumer devices and wearables.

AR/VR controller tracking

Supplies low-latency rotational and linear motion data for headsets and hand controllers.

Industrial tilt and vibration monitoring

Monitors machine vibration, tilt, and movement for condition monitoring and predictive maintenance.

Key Specifications

Output Type I2C, SPI

Sensor Type Accelerometer, Gyroscope, 6 Axis

Mounting Type Surface Mount

Package / Case 24-VFLGA

Operating Temperature -40degC ~ 85degC

Supplier Device Package 24-LGA (3x3)

Getting Started

Begin by reviewing the manufacturer's datasheet and register map to understand power rails, recommended decoupling, and interface timing. Use a breakout or evaluation board if available, connect over I2C or SPI (ensure correct pull-ups and logic levels), and read basic acceleration and gyro registers to verify communication. Integrate incrementally: power/config, raw reads, simple filtering, then sensor fusion on the host MCU or dedicated processor.