Temperature sensors: precision performance for high-demand applications

PRECISION SENSORS Temperature sensors: precision performance for high-demand applications

2026-09-08 From Yageo 2 min Reading Time

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As electrification continues to transform industries such as e-mobility and industrial automation, temperature sensors must deliver more than accurate measurements, they must withstand vibration, moisture, and demanding operating conditions while maintaining reliable performance. The YAGEO Group EC Flat-Series has been designed to meet these requirements

YAGEO’s EC Flat‑Series temperature sensors combine fast, accurate measurement with resistance to vibration, shock, moisture and dust for demanding automotive and industrial applications.(Source: Yageo) — YAGEO’s EC Flat‑Series temperature sensors combine fast, accurate measurement with resistance to vibration, shock, moisture and dust for demanding automotive and industrial applications.
(Source: Yageo)

Featuring a flexible fluorocarbon housing, the sensors combine fast and accurate temperature measurement with excellent protection against water, dust, shock, and vibration. Operating reliably across a temperature range of -50°C to 250°C, the EC Flat-Series is an ideal solution for applications where durability and precision go hand in hand.

Built for Reliability Harsh environments demand sensors that can continue performing without interruption. The EC Flat-Series offers outstanding vibration and shock resistance, high dielectric strength, and robust protection against water and dust. These features help ensure long-term reliability while reducing maintenance and minimizing downtime in demanding industrial and automotive applications.

Fast Response, Accurate Results With rapid thermal response and high measurement accuracy, the EC Flat-Series supports safe and efficient operation in applications where precise temperature monitoring is essential. Customers benefit from reliable performance even under high temperatures, vibration, and moisture exposure, helping to improve both operational safety and system efficiency.

TI’s TMCS2100-Q1 multiaxial coreless Hall-effect current sensor enables more efficient, longer-range and more enjoyable driving experiences for HEVs and EVs. (Source: Texas Instruments)

Ready for Modern Electrification The EC Flat-Series is well suited for a wide range of applications, including e-motors for mobility, industrial torque motors, charging stations, analytical equipment, and HVAC systems. Custom design options also allow OEMs to tailor the sensors to specific installation and performance requirements, making the series a flexible choice for both standard and specialized projects.

Quick facts

Nominal Resistance: 1000 Ohm

Class: F 0.3 according to DIN EN IEC 60751

Operating temperature: -50 °C to 250°C

Tip Housing: Rectangular fluorocarbon

Features

Fast response, high accuracy up to 250°C

Excellent vibration and shock resistance

High dielectric strength

Water and dustproof

Cable pull force min. 30 N

Custom Designs available

Melexis’ new digital current sensor addresses signal‑integrity challenges in high‑power EV systems by providing robust, high‑fidelity current measurement and a digital interface that simplifies integration and improves diagnostic capability. (Source: © Pixim Stock - stock.adobe.com)

Customer value

Supports rapid and safe high-temperature operation

Minimizes downtime in high-vibration conditions

Electrical safety to prevent breakdowns

Reliability in harsh conditions

Resistant against harsh operations

Flexibility for OEM-specific requests

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