LDC0851EVM

LDC0851EVM - High Accuracy Inductive Switch with Stacked Coils Evaluation Module

LDC0851EVM

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Overview

The LDC0851 evaluation module demonstrates inductive sensing technology to accurately detect the presence of a conductive target passing a fixed threshold. The evaluation module includes a perforated and interchangeable 4-layer PCB where both the sensing coil and reference coil are stacted for reduced system size. The presence of a conductive object passing the fixed threshold is indicated by a green LED; therefore, no MCU or GUI is required. Adjust the resistive potentiometer to switch the threshold easily for flexibility and quick system prototyping.

Evaluation steps

Step 1: Purchase the LDC0851EVM

Step 2: Download the LDC0851EVM user's guide and quick start guide

Step 3: Download and view the recommended additional content
 

Step 4: Visit our E2E inductive sensing FAQ support forum to ask questions about the principles of inductive sensing and key applications and join the conversation about the principles of inductive sensing with other engineers

Features
  • 1.8 V - 3.3 V operating voltage
  • Includes a stacked coil for rapid prototyping
  • Push/Pull output
  • Adjustable switching distance threshold for evaluating a wide variety of use cases
  • No GUI or MCU required
  • Temperature and other environmental variation compensated by matching sense and reference coils


USB Cable

Inductive sensor AFEs
LDC0851 Differential inductive switch for MCU-less applications
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Evaluation board

LDC0851EVM — LDC0851EVM - High Accuracy Inductive Switch with Stacked Coils Evaluation Module

Supported products & hardware
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LDC0851EVM LDC0851EVM - High Accuracy Inductive Switch with Stacked Coils Evaluation Module

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Calculation tool

LDC-CALCULATOR-TOOLS — Inductive Sensing Design Calculator Tool

Supported products & hardware

Supported products & hardware

Products
Inductive sensor AFEs
LDC0851 Differential inductive switch for MCU-less applications LDC1041 1-Ch, 5V, 24-bit L, 8-bit Rp, inductance to digital converter LDC1051 1-Ch, 5V, 8-bit Rp, inductance to digital converter LDC1101 1-Ch, 1.8V, 24-bit L, 16-bit Rp, inductance to digital converter for high speed applications LDC1312 2-Ch, 12-bit, general purpose inductance to digital converter LDC1312-Q1 2-Ch, 12-bit, general purpose automotive inductance to digital converter LDC1314 4-Ch, 12-bit, general purpose inductance to digital converter LDC1314-Q1 4-Ch, 12-bit, general purpose automotive inductance to digital converter LDC1612 2-Ch, 28-bit, high-resolution Inductance to digital converter LDC1612-Q1 2-Ch, 28-bit, high-resolution automotive inductance to digital converter LDC1614 4-Ch, 28-bit, high-resolution Inductance to digital converter LDC1614-Q1 4-Ch, 28-bit, high-resolution automotive inductance to digital converter LDC2112 2-Ch inductance to digital converter with baseline tracking for low power touch buttons LDC2114 4-Ch inductance to digital converter with baseline tracking for low power touch buttons LDC3114 4-channel inductance-to-digital converter for low-power proximity and touch-button sensing LDC3114-Q1 Automotive 4-channel inductance-to-digital converter for low-power proximity & touch-button sensing
Hardware development
Evaluation board
LDC0851EVM LDC0851EVM - High Accuracy Inductive Switch with Stacked Coils Evaluation Module LDC1614EVM LDC1614 Evaluation Module for Inductance to Digital Converter with Sample PCB Coils
Download options

LDC-CALCULATOR-TOOLS Inductive Sensing Design Calculator Tool

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Version: 01.00.00.0G
Release date: Aug 26, 2021
Products
Inductive sensor AFEs
LDC0851 Differential inductive switch for MCU-less applications LDC1041 1-Ch, 5V, 24-bit L, 8-bit Rp, inductance to digital converter LDC1051 1-Ch, 5V, 8-bit Rp, inductance to digital converter LDC1101 1-Ch, 1.8V, 24-bit L, 16-bit Rp, inductance to digital converter for high speed applications LDC1312 2-Ch, 12-bit, general purpose inductance to digital converter LDC1312-Q1 2-Ch, 12-bit, general purpose automotive inductance to digital converter LDC1314 4-Ch, 12-bit, general purpose inductance to digital converter LDC1314-Q1 4-Ch, 12-bit, general purpose automotive inductance to digital converter LDC1612 2-Ch, 28-bit, high-resolution Inductance to digital converter LDC1612-Q1 2-Ch, 28-bit, high-resolution automotive inductance to digital converter LDC1614 4-Ch, 28-bit, high-resolution Inductance to digital converter LDC1614-Q1 4-Ch, 28-bit, high-resolution automotive inductance to digital converter LDC2112 2-Ch inductance to digital converter with baseline tracking for low power touch buttons LDC2114 4-Ch inductance to digital converter with baseline tracking for low power touch buttons LDC3114 4-channel inductance-to-digital converter for low-power proximity and touch-button sensing LDC3114-Q1 Automotive 4-channel inductance-to-digital converter for low-power proximity & touch-button sensing
Hardware development
Evaluation board
LDC0851EVM LDC0851EVM - High Accuracy Inductive Switch with Stacked Coils Evaluation Module LDC1614EVM LDC1614 Evaluation Module for Inductance to Digital Converter with Sample PCB Coils

Release Information

The design resource accessed as www.ti.com/lit/zip/slyc137 or www.ti.com/lit/xx/slyc137g/slyc137g.zip has been migrated to a new user experience at www.ti.com/tool/download/SLYC137. Please update any bookmarks accordingly.
TI's Standard Terms and Conditions for Evaluation Items apply.

Design files

SNOR012.ZIP (4698 KB)

Technical documentation

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Type Title Date
* EVM User's guide LDC0851EVM User's Guide (Rev. A) Jul 30, 2017
Data sheet LDC0851 Differential Inductive Switch datasheet (Rev. B) PDF | HTML Apr 16, 2024
Application note LDC0851 Quick-Start Guide (Rev. A) PDF | HTML Feb 7, 2020
Certificate LDC0851EVM EU Declaration of Conformity (DoC) Jan 2, 2019
Certificate LDC0851EVM Declaration of Conformity (DoC) (Rev. A) Oct 19, 2018
Technical article Inductive sensing: reliably detect faults in circuit breakers using contactless in PDF | HTML Jan 17, 2017
Technical article Inductive sensing: make your proximity-switch applications as easy as 1, 2, 3 with PDF | HTML Dec 13, 2016
Technical article Inductive sensing: prototype side-by-side coils in four easy steps PDF | HTML Jul 25, 2016

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