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NTC High Power Thermistor MF72
NTC thermistor power type 10D, 5D, 8D negative temperature coefficient thermistor

Application and Selection of Power Thermistors

What is a power thermistor? A power thermistor, also known as a power NTC or inrush current limiter, is a component designed to suppress inrush currents in electrical circuits. It utilizes the self-heating characteristic of a Negative Temperature Coefficient (NTC) thermistor to limit the high currents that can surge when a circuit is turned on.

MF51 glass-sealed temperature measuring NTC thermistor with transparent sleeve
Glass Sealed Mf51 Ntc Thermistor High Temperature Fast Response 5k 10k 50k 100k

Single-ended Glass-Sealed NTC Thermistor MF51 Supplier

Single-ended glass-sealed NTC thermistor is a high-reliability temperature sensor encapsulated by glass sealing technology, designed for high temperature, high humidity and fast response scenarios.

Temperature Compensation Mf11 Ntc Thermal Resistor Thermistor
NTC thermistor temperature measurement MF11-103M 104M1~200K

Temperature Compensated NTC Thermistor MF11

Temperature compensation using thermistors MF11 involves using their resistance change with temperature to counteract or correct for temperature variations in electronic circuits or systems. Termistörler, particularly negative temperature coefficient (NTC) termistörler, are employed in various applications to maintain stable operation and protect against temperature-related issues.
Negatif Sıcaklık Katsayısı (NTC) Termistörler: NTC thermistors exhibit a decrease in resistance as temperature increases, and vice versa. This characteristic makes them ideal for compensating for temperature-sensitive components or circuits.

Polyimide Thin Film Ntc Thermistor
MF55 series thin film temperature measuring NTC thermistor

Thin Film Temperature Measurement Type MF55 NTC Thermistor

Thin-film NTC thermistors are specialized temperature sensors that use a thin layer of thermistor material on a substrate, often alumina or polyimide, to measure temperature. They are characterized by their small size, düşük profilli, and fast response times, making them suitable for applications where space is limited and quick temperature measurements are crucial.