CMFB3950103FNT

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NTC Thermistors, (Negative Temperature Coefficient Thermistors), are a class of temperature sensors which are incredibly reliable and accurate. They are among the most widely used temperature sensors, and can measure temperatures from about -50°C to +150°C. The CMFB3950103FNT is one such NTC Thermistor, specifically designed for use in a power supply, measuring temperatures over a range from -40°C to 85°C.

The CMFB3950103FNT uses the principle of thermistor resistance change with temperature. In other words, the resistance of the thermistor changes with temperature. The CMFB3950103FNT is a precision NTC thermistor, giving highly accurate temperature measurement, with excellent linearity and repeatability.

The CMFB3950103FNT thermistor is constructed using high-precision wirewound resistors with a thin-film metal oxide resistance element. It is characterized by a low thermal resistance and a wide temperature range. It is also designed to have a low self-heating rate, which can be important in applications where temperature stability is of paramount importance. The temperature range is typically very linear, and the response time is generally very fast.

The CMFB3950103FNT thermistor is primarily used in power supplies. The thermistor is used to measure and regulate the internal temperature of the power supply, ensuring that it operates within the desired temperature range. The temperature of a power supply is an important factor in ensuring it operates safely, reliably and efficiently. The CMFB3950103FNT thermistor allows for accurate temperature measurement in a variety of power supply parameters, including power efficiency, ripple voltage, and short circuit protection.

The CMFB3950103FNT is a highly accurate and reliable temperature sensor, using the principle of thermistor resistance change with temperature to provide accurate temperature measurement. It is specifically designed for use in power supplies, and is used to measure and regulate the internal temperature of the power supply, ensuring that it operates efficiently and safely.

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