HKE21105 – Low-Power, Ultra-Accurate 6 DoF IMU

Product Description

The HKE21105 is a monolithic, 3-axis gyroscope plus 3-axis accelerometer ultra-accurate Inertial Measurement Unit (IMU). The HKE21105 is one of the industry’s most accurate IMUs inertial measurement unit, available in a 3mm x 3mm x 0.83mm package and capable of working with a supply voltage as low as 1.71V. HKE21105 is available in a 16-lead plastic land grid array (LGA) package and can operate within a temperature range of -40°C to +85°C.



Sensor Applications

  • Drone Flight Control Units and Camera Control Units
  • Smartphones (User Interface and OIS)
  • Appliances and Robotics

Product Features

  • High PSRR and DC-DC Converter Operation
  • 25ms Turn-On Time
  • 5ms Turn-On Time from Standby Mode
  • Minimum Phase Delay (~1.8° at 10Hz)
  • High Bandwidth (400Hz)
  • High ODR (10kHz)
  • Low Noise (9mdps/√Hz typ)
  • Embedded Digital-Output Temperature Sensor
  • Automatic Temperature Compensation
  • Ultra-Stable Over Temperature and Time
  • Factory Calibrated
  • High-Speed Interface
  • I2C Standard (100kHz), Fast (400kHz), and High-Speed (3.4MHz) Serial Interface
  • 10MHz SPI Interface

Product Flyers – HKE2115

HKE2115 Flyer (English)

HKE 21105 Flyer (Chinese 汉语)

(MAX21105 Now manufactured by Hanking Electronics)*

*Hanking Electronics (Liaoning) Co., Ltd. acquired the Maxim Integrated MEMS business, product line and associated patents in 2016.   As part of Maxim Integrated’s MEMS portfolio, Maxim had acquired Sensor Dynamics

SensorDynamics held numerous original patents for MEMS sensor technology. It had devoted over 800 man‐years of research and development to the high‐growth fields of MEMS sensors and associated low power interface and wireless connectivity solutions. Consequently, this
acquisition enabled Maxim, and now Hanking, to accelerate expansion in markets where it already has a strong presence including the automotive and high‐end consumer.

Hanking now manufactures the MEMS inertial products in China at its HQ in Fushun.