Datasheet4U Logo Datasheet4U.com

KX134ACR-LBZ - Accelerometer

Datasheet Summary

Description

This product is a rank product for the industrial equipment market.

This is the best product for use in these applications.

KX134ACR-LBZ is a tri-axis ±8 g, ±16 g, ±32 g or ±64 g silicon micromachined accelerometer.

Features

  • Selectable Acceleration Range and Output Data Rate.
  • Selectable Low Power or High Resolution Mode.
  • Digital High-pass Filter Outputs.
  • Embedded FIFO Buffer.
  • Configurable Low Power Mode.
  • User-configurable Wake-up / Back-to-sleep Function.
  • Digital I2C up to 400 kHz.
  • Digital SPI up to 10 MHz.
  • Lead-free Solderability.
  • Excellent Temperature Performance.
  • High Shock Survivability.
  • Factory Programmed Offset and Sensitivity.
  • Self-test Functio.

📥 Download Datasheet

Datasheet preview – KX134ACR-LBZ

Datasheet Details

Part number KX134ACR-LBZ
Manufacturer ROHM
File Size 1.22 MB
Description Accelerometer
Datasheet download datasheet KX134ACR-LBZ Datasheet
Additional preview pages of the KX134ACR-LBZ datasheet.

📁 Similar Datasheet

  • KX134-1211 - Digital Accelerometer (Kionix)
  • KX1002 - Synchronous Buck DC/DC Converter (KEXINWEI)
  • KX105 - GaN HEMT Transistor (KCB)
  • KX1130 - Ignition Controller (Keterex)
  • KX124-1051 - Tri-axis Digital Accelerometer (Kionix)
  • KX126-1063 - Tri-axis Digital Accelerometer (Kionix)
  • KX14-50K5B - (KX14 / KX15 Series) Connectors (JAE)
  • KX14-xxxx - (KX14 / KX15 Series) Connectors (JAE)
  • KX15-xxxx - (KX14 / KX15 Series) Connectors (JAE)
Other Datasheets by ROHM

    Full PDF Text Transcription

    Click to expand full text
    Datasheet Accelerometer Series Accelerometer IC KX134ACR-LBZ General Description This product is a rank product for the industrial equipment market. This is the best product for use in these applications. KX134ACR-LBZ is a tri-axis ±8 g, ±16 g, ±32 g or ±64 g silicon micromachined accelerometer. Acceleration sensing is based on the principle of a differential capacitance arising from acceleration-induced motion of the sense element which further utilize common mode cancellation to decrease errors from process variation, temperature, and environmental stress.
    Published: |