Mehr anzeigen

Unsere Produkte entdecken

Produktsuche

Katalog Laden Sie Datenblätter herunter, um detaillierte Informationen wie Produktabmessungen, elektrische Eigenschaften und weitere Spezifikationen einzusehen.
Product Spotlights

Empfohlene Inhalte

TDK liefert Störfeld-robuste 3D HAL®-Positionssensoren nun auch mit integrierten Entkopplungskondensatoren

Mehr erfahren

TDK kündigt ASIL-B Upgrade der 3D HAL® Direktwinkel-Sensorfamilie HAL 37xy an

Mehr erfahren

TDK präsentiert flexiblen Multi-Hall-Array-Sensor für hochpräzise Strommessungen

Mehr erfahren

TDK releases new stray-field robust 3D HAL® position sensor with SPC interface

Mehr erfahren

TMR-Winkelsensor-Portfolio und ermöglicht Funktionale Sicherheit gemäß ASIL D

Mehr erfahren

Robuster Temperatursensor für E-Mobilität

Mehr erfahren

3D Hall Positionssensor HAL® 3900 mit Störfeldunterdrückung und SPI-Schnittstelle

Mehr erfahren

Weltweite Verfügbarkeit von MEMS-basierten TOF-Ultraschallsensoren in „Sonar on a Silicon Chip” Ausführung bekannt

Mehr erfahren

Vielseitige Ultraschall-Scheiben

Mehr erfahren

Neuer Linear-Hall-Sensor der Einstiegsklasse mit SENT-Ausgang

Mehr erfahren
Tech Notes

Unsere Produkttechnologien im Detail

Products & Technologies
Produkt-Übersicht
Special contents TMR angle sensor
Leitfaden für TMR Winkelsensor: Erfahren Sie alles über die hochpräzise Technologie, Funktionsweise und die Vorteile für Ihre Applikationen in der Automobil- und Industrie-Elektronik.
Mehr erfahren
Products & Technologies
Produkt-Übersicht
Fast Response NTC Thermistor: Revolutionizing Thermal Management by Balancing Thermal Conductivity with a compact package in a thin substrate integrated structure
With the increasing output of Electric Vehicles (EV), the fast charging of power devices has increased in importance. The management of 'thermal management' that captures rapid temperature changes is critical to performance and safety. This article introduces our 'High-Speed Response NTC Thermistor,' which overcomes the limitations of conventional case-type NTC thermistors by using a unique structure that integrates a molded thin body substrate onto the heat-receiving surface. Its compact and thin design, allows it to achieves both excellent thermal responsiveness and reliability. It enables high-precision temperature measurement in confined areas of automotive battery packs and industrial equipment.
Mehr erfahren
Solution Guides
Solution Guide
Stray-field compensation by TMR sensor
Degradation of accuracy due to stray-field noise is a common problem for magnetic field sensors. Securing a distance between the source of stray field and the sensor, or placing a magnetic shield, are major restrictions on design and lead to higher system costs. In addition, it was difficult to select an appropriate design while adjusting the balance between compensation effectiveness and cost. As a solution, TDK proposes a method of suppressing magnetic stray-fields using multiple sensors. In the "summary of compensation measures" below, the effect of stray field is compensated by using the output difference of two sensors that output opposite phases to the magnetic field signal. By selecting the number of sensors to be used, rational countermeasures can be selected while considering the expected stray field and allowable angular error.
Mehr erfahren
43 / 10,000 Phonetics Ein Server mit eingestecktem optischem Transceiver und ein drahtbondierbarer NTC-Thermistor von TDK
Applications & Cases
Application Note
Wire-bondable NTC Thermistors Supporting the High Reliability of Optical Transceivers
As data centers and communications networks evolve to support faster speeds and greater bandwidth, the demand for high-performance optical transceivers is surging. With the shift toward higher output and compact, high-density designs, thermal management has become a critical factor in maintaining system reliability and performance. This article introduces TDK’s bondable NTC thermistors—engineered to meet the thermal challenges of next-generation optical transceivers. It outlines key features, product options, and the practical advantages these components offer to design engineers focused on innovation and operational stability.
Mehr erfahren
Products & Technologies
TDK bringt neue Eintauch-Temperatursensoren für den Kühlkreislauf in Elektrofahrzeugen auf den Markt
Die TDK Corporation bringt mit dem B58101A0851A000 den ersten einer neuen Reihe von Eintauch-Temperatursensoren (Immersion Temperature Sensor, ITS) speziell für Kühlaufgaben im Antriebsstrang von Elektrofahrzeugen auf den Markt. Dieser reaktionsschnelle, vollständig gekapselte NTC-Thermistor wurde für eine schnelle und präzise Temperaturregelung entwickelt, z. B. für ölgekühlte Systeme. Im Antriebsstrang von Elektrofahrzeugen dürfte sich die Ölkühlung für das Temperaturmanagement durchsetzen. Basierend auf der Expertise von TDK bei der Entwicklung maßgeschneiderter Lösungen von Temperatursensoren bietet dieses Bauelement ein flexibles, anpassbares Design, das sich an verschiedene Einbaupositionen, Kühlmedien und Montagekonfigurationen adaptieren lässt.
Mehr erfahren
Solution Guides
Solution Guide
NTCRP Series Thermal Time Constant (Thermal Response)
TDK's NTCRP series (NTC thermistors) are used in a wide range of applications, including electric vehicle drive motors, batteries, and industrial equipment temperature detection, which require high reliability. This article explains thermal response, a very important characteristic of NTC thermistors, and introduces the method of measuring the response of the NTCRP series.
Mehr erfahren
Solution Guides
Solution Guide
TDK NTCRP Series Insulation Resistance and Dielectric Withstand Voltage Test Methods
TDK's NTCRP series (NTC thermistors) are used in a wide range of applications, including drive motors and batteries for electric vehicles and temperature sensing for industrial equipment. These products are designed to meet stringent reliability requirements.
Insulation resistance and dielectric withstand voltage are particularly crucial parameters for ensuring both safety and reliability during end-user operation.
This article aims to explain the test methods for evaluating the insulation resistance and dielectric withstand voltage of the NTCRP series.
Mehr erfahren
Applications & Cases
Application Note
The Metaverse Will Engage All Five Senses
The technology that delivers the metaverse will build on the technology for virtual reality, using more sensors, and more different kinds of sensors. TDK has one of the richest sensor portfolios in the industry, extensive software expertise, and excels at sensor fusion.
Mehr erfahren
Applications & Cases
Application Note
Failure Modes and Countermeasures in Actual Use of NTC Thermistors
NTC (Negative Temperature Coefficient) thermistors are thermally sensitive semiconductor resistors which show a decrease in resistance as temperature increases, and its rate of change is extremely large.

Its main applications include temperature sensing in electronic equipment and temperature compensation for module products.

However, if the user misuses the product, it may not function properly and, in the worst case, this may cause malfunctions.

This page introduces the causes and countermeasures for ”cracks” and ”melting of ceramics” as failure modes caused by improper use of NTC thermistors.
Mehr erfahren
Alles anzeigen

Zugang zu unseren technischen Ressourcen

Technical Support Tools
FAQ
News
Neuigkeiten entdecken RSS Feed 
Produkt News
Product Overview "Fast Response NTC Thermistor: Revolutionizing Thermal Management by Balancing Thermal Conductivity with a compact package in a thin substrate integrated structure" [New]
Apr. 16, 2026
Produkt News
Application Guide for Automotive [Update]
Apr. 14, 2026
Technical Support
April 1, 2026: Revision of "Cancellation Policy."
Apr. 7, 2026
Technical Support
March 1, 2026: Expansion of "VLAC Scope of Accreditation" effective March 1, 2026 (supporting latest IEC/EN 61000-4-2; FCC Part 15 Subpart B frequency range expanded to 18 GHz)
Apr. 7, 2026
Produkt News
"TMR Angle Sensor Guide" [Update]
Apr. 1, 2026
Produkt News
"Stray-field compensation by TMR sensor" [Update]
Mar. 9, 2026
Alles anzeigen

Verwandte Inhalte

Application & Cases
Anwendungsleitfäden