B57352V5103H060

196004554 - EPCOS Thermistors | Mouser - All parts

Thermistors

EPCOS / TDK Thermistors include negative temperature coefficient (NTC) and positive temperature coefficient (PTC) thermistors. The NTC thermistors offer a nickel barrier termination and long-term stability in high-temperature and high-humidity environments. The PTC series features thermally sensitive semiconductor resistors made of ceramic components in which electrical resistance rapidly increases when a certain temperature is exceeded. EPCOS / TDK Thermistors provide voltage and noise suppression as well as temperature measurement and compensation in measurement and control engineering, entertainment, household and automotive electronics, data systems, and telecommunications applications.

SMD NTC Thermistors

EPCOS/TDK SMD Chip NTC Thermistors are thermally sensitive semiconductive resistors that are designed for temperature measurement and compensation. The portfolio features NTC thermistors with excellent long-term stability in high-temperature and high-humidity environments. Tight tolerances of resistance and b-value allow highly accurate temperature sensing capabilities. Applications for EPCOS/TDK SMD Chip NTC Thermistors include smartphones, tablets with small case sizes, automotive, LED modules, and industrial.

EV/HEV Battery Management System Applications

TDK Battery Management Systems (BMS) are critical in protecting not only the longevity of batteries in electric vehicles (EVs) and hybrid EVs, but also the overall safety and performance. TDK provides a comprehensive high-quality product portfolio designed to monitor and manage xEV battery system applications.

NTC Thermistors

EPCOS NTC Thermistors provide voltage and noise suppression as well as temperature measurement and compensation in automotive applications. These thermistors feature multilayer NTC with inner electrodes, nickel barrier termination, and superior resistance stability during soldering. EPCOS NTC Thermistors offer excellent long-term aging stability in high-temperature environments.