Excellence in Linear and Angular Displacement
and Linear Velocity Transducers

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LVDT for High Temperature Applications

LVDTs for High Temperature Applications

LVDTS for Vibration Measurement

Using LVDTs for Vibration Measurement

LVDT for Thickness Measurement

LVDTs vs Alternative Methods For Thickness Measurement

LVDTs vs Alternatives for Hydraulic Actuators

Comparing LVDT Technology with Alternatives for Hydraulic Actuation

LVDTs for Pressure Vessels

LVDT Design Considerations for Pressure Vessel Applications

Linear Position Sensors

Linear Position Sensors Reference Guide

LVDT Collage

What Are the Different Types of LVDTs?

ed-series

Choosing the Right Signal Conditioner for Your LVDT

Modified or Custom LVDT

What’s Best for Your LVDT Needs: Standard, Modified, or Custom?

Applications for Linear Velocity Transducers

Linear Velocity Transducers and Their Typical Uses

LVDTs for Hydraulics

The Use of LVDTs to Control Hydraulic Actuators

Spring-Loaded Gaging LVDT

Applications for Gaging Linear Variable Displacement Transducers (LVDTs)

LVDT Application Gallery

Exploring the Wide Range of LVDT Applications

LVDT - Various Applications

Five Questions For Procuring the Right LVDT for Your Application

High Pressure LVDTs

Guide to Selecting the Right LVDT for High Pressure Applications

AC vs DC LVDTs

Should Your LVDT be AC or DC?

LVDT

How Do LVDT’s ‘Measure Up’ Against Competing Methods?

LVDT Calibration Ideal line for Non-Linearity

How to Calibrate Your LVDTs

LVDT Frequency Selection

Choosing the Correct LVDT Frequency for Your Application

Understanding Key Terminology for Sourcing LVDTs