Datasheet4U Logo Datasheet4U.com

HMR4001 - LINEAR POSITION SENSOR MODULE

Description

The Honeywell HMR4001 is a high-resolution single sensor module capable of measuring linear or angular position.

Features

  • 0-10 mm Magnetic Travel (Magnet Dependent) Continuous PWM and Analog Voltage Outputs 0.2mm Accuracy (Magnet Dependent) 0.05mm Repeatability -40° to +85°C Operating Temperature Range 1%/100°C Temperature Effect Small PCB Package 6 to 20 volt DC Single Supply Required General.

📥 Download Datasheet

Datasheet Details

Part number HMR4001
Manufacturer Honeywell
File Size 328.14 KB
Description LINEAR POSITION SENSOR MODULE
Datasheet download datasheet HMR4001 Datasheet

📁 Similar Datasheet

  • HMR-100 - HMR-100 / Japanese (Holon)
  • HMR0805 - MEGA HIGH OHMIC CHIP RESISTORS (HITANO)
  • HMR100 - HMR-100 / Japanese (Holon)
  • HMR1042B - (HMR1042B - HMR1075B) SMT Power Inductor (Delta)
  • HMR1045 - (HMR1042B - HMR1075B) SMT Power Inductor (Delta)
  • HMR1050 - (HMR1042B - HMR1075B) SMT Power Inductor (Delta)
  • HMR1055 - (HMR1042B - HMR1075B) SMT Power Inductor (Delta)
  • HMR1075B - (HMR1042B - HMR1075B) SMT Power Inductor (Delta)
  • HMR1206 - MEGA HIGH OHMIC CHIP RESISTORS (HITANO)
  • HMR1350B - (HMR1350B - HMR1370) SMT Power Inductor (Delta)
Other Datasheets by Honeywell
  • HMR4007 - LINEAR POSITION SENSOR MODULE
  • HMR3100 - DIGITAL COMPASS SOLUTION
  • HMR3200 - Digital Compass Solutions
  • HMR3300 - Digital Compass Solutions
  • HMR3500 - TruePoint Compass Module

Full PDF Text Transcription

Click to expand full text
www.DataSheet4U.com HMR4001 SENSOR PRODUCTS Advance Information LINEAR POSITION SENSOR MODULE Features · · · · · · · · 0-10 mm Magnetic Travel (Magnet Dependent) Continuous PWM and Analog Voltage Outputs 0.2mm Accuracy (Magnet Dependent) 0.05mm Repeatability -40° to +85°C Operating Temperature Range 1%/100°C Temperature Effect Small PCB Package 6 to 20 volt DC Single Supply Required General Description The Honeywell HMR4001 is a high-resolution single sensor module capable of measuring linear or angular position. Advantages include high sensitivity so lower cost magnets such as alnico or ceramic can be used, insensitivity to shock and vibration, and ability to withstand large variations in the gap between the sensor and the magnet.
Published: |