NTC Thermistors

Negative Temperature Coefficient Resistor NTC SeriesNTC thermistors are temperature-dependent resistors whose resistance value decreases with increasing temperature. They are widely used for inrush current limiting, temperature sensing, and over-temperature protection applications.Product TypeNegative Temperature Coefficient ResistorSeriesNTC SeriesTechnical SpecificationsModelMax. Steady State Current (A)Resistance @ 25C ()Dissipation Factor (mW/C)Thermal Time Constant (s

Negative Temperature Coefficient Resistor NTC SeriesThe NTC Series resistors are designed for various applications requiring precise temperature sensing and control. They offer reliable performance across a wide operating temperature range.Product TypeNegative Temperature Coefficient ResistorSeriesNTC SeriesModelMax. Steady State Current (A)Resistance @ 25C ()Dissipation Factor (mW/C)Thermal Time Constant (s)Max. Allowable Operating Capacity (240V/120V)B Value (K)Operating

Negative Temperature Coefficient Resistor NTC SeriesThe NTC Series resistors are designed to provide reliable performance in various electronic applications. They exhibit a negative temperature coefficient, meaning their resistance decreases as temperature increases. This characteristic makes them suitable for applications such as inrush current limiting, temperature sensing, and compensation circuits.ModelMax. Steady State Current (A)Resistance @ Max. Temp ()Dissipation

Negative Temperature Coefficient Resistor NTC Series The NTC Series Negative Temperature Coefficient Resistors are designed to provide reliable performance in various electronic applications. They exhibit a decrease in electrical resistance as the temperature of the component increases. This characteristic makes them suitable for applications requiring temperature sensing, inrush current limiting, and overcurrent protection. Product Type Negative Temperature Coefficient

Negative Temperature Coefficient Resistor (NTC Series) The NTC Series Negative Temperature Coefficient Resistors are designed to exhibit a decrease in electrical resistance as temperature increases. These components are crucial for temperature sensing, inrush current limiting, and overcurrent protection applications. Brand Ruilon Product Series NTC Series Model Max. Steady State Current (A) Resistance @ 25C () Dissipation Factor (mW/C) Thermal Time Constant (s) Max. Allowable

Negative Temperature Coefficient Resistor - NTC SeriesThe NTC Series Negative Temperature Coefficient Resistors are designed for applications where resistance changes significantly with temperature. They are suitable for inrush current limiting, temperature sensing, and overcurrent protection.BrandRuilonSeriesNTC SeriesCertificationsIEC68-2-21/GB2423.29ModelMax. Steady State Current (A)Resistance @ 25C ()Dissipation Factor (mW/C)Thermal Time Constant (s)Max. Allowable

Negative Temperature Coefficient Resistor NTC SeriesThe NTC Series Negative Temperature Coefficient Resistors are designed for applications requiring precise temperature sensing and control. They exhibit a decrease in resistance with an increase in temperature.BrandRuilonCertificationsIEC68-2-21/GB2423.29ModelMax. Steady State Current (A)Resistance @ 25C ()Dissipation Factor (mW/C)Thermal Time Constant (s)B Value (K)Max. Allowable Operating Voltage (240V/120V)Max. Operating

Negative Temperature Coefficient Resistor NTC SeriesNTC thermistors are temperature-dependent resistors whose resistance decreases as temperature increases. They are widely used for inrush current limiting, temperature sensing, and overcurrent protection.BrandRuilonProduct SeriesNTC SeriesTechnologyNegative Temperature Coefficient (NTC)CertificationsIEC68-2-21/GB2423.29 (Ua / Ub)ModelMax. Steady State Current (A)Resistance @ 25C ()Dissipation Factor (mW/C)Thermal Time

Negative Temperature Coefficient Resistor (NTC Series) The NTC Series Negative Temperature Coefficient Resistors are designed for applications where temperature sensing and control are critical. They exhibit a decrease in electrical resistance as ambient temperature increases. Key Features & Usage: Temperature sensing and compensation Inrush current limiting Temperature monitoring Reliability Tests: Temp. Cycling Testing: Evaluates performance under extreme temperature

Negative Temperature Coefficient Resistor NTC SeriesThe NTC Series Negative Temperature Coefficient Resistors are designed to provide reliable temperature sensing and control in various electronic applications. They exhibit a decrease in resistance with an increase in temperature, making them suitable for inrush current limiting, temperature compensation, and temperature measurement.Technical SpecificationsModelMax. steady State current (A)Resistance @ 25C ()Dissipation

Negative Temperature Coefficient Resistor NTC SeriesThe NTC Series Negative Temperature Coefficient Resistors are designed to provide reliable performance in various electronic applications. They exhibit a decrease in resistance with an increase in temperature, making them suitable for temperature sensing, inrush current limiting, and overcurrent protection.Product SeriesNTC SeriesTechnical SpecificationsModelMax. Steady State Current (A)Resistance @ 25C ()Dissipation Factor

Negative Temperature Coefficient Resistor NTC SeriesThe NTC Series resistors are designed for applications requiring temperature-dependent resistance. They exhibit a negative temperature coefficient, meaning their resistance decreases as temperature increases. This characteristic makes them suitable for various control and sensing functions.ModelMax. Steady State Current (A)Resistance @ 25C ()Dissipation Factor (mW/C)Thermal Time Constant (s)Max. Allowable Capacity (240V/120V

NTC Thermistor This is a Negative Temperature Coefficient Resistor whose resistance changes with ambient temperature changes. Thermistors comprise 2 or 4 kinds of metal oxides of iron, nickel, cobalt, manganese, and copper, being shaped and sintered at high temperature (1200C to 1500C). Critical Technical Parameters of NTC Thermistor Rt: Resistance Value at Zero-power It's a resistance which is got at a fixed temperature on a basis of a testing power which causes resistance

NTC ThermistorThis is a Negative Temperature Coefficient Resistor whose resistance changes with ambient temperature changes. Thermistors comprise 2 or 4 kinds of metal oxides of iron, nickel, cobalt, manganese, and copper, being shaped and sintered at high temperature (1200C to 1500C).Critical Technical Parameters of NTC ThermistorRt: Resistance Value at Zero-power. It's a resistance obtained at a fixed temperature based on a testing power that causes resistance to vary

Negative Temperature Coefficient Resistor NTC SeriesThe NTC Series resistors are designed to provide accurate temperature sensing and control in various electronic applications. They exhibit a negative temperature coefficient, meaning their resistance decreases as temperature increases. This characteristic makes them ideal for inrush current limiting, temperature compensation, and temperature measurement.ModelMax. Steady State Current (A)Resistance @ 25C ()Dissipation Factor

Negative Temperature Coefficient Resistor NTC SeriesThe NTC Series resistors are designed for applications requiring temperature-dependent resistance. They exhibit a negative temperature coefficient, meaning their resistance decreases as temperature increases. These components are crucial for overcurrent protection, inrush current limiting, and temperature sensing.Technical SpecificationsModelMax. Steady State Current (A)Resistance @ 25C ()Dissipation Factor (mW/C)Thermal

Negative Temperature Coefficient Resistor NTC SeriesThe NTC Series Negative Temperature Coefficient Resistors are designed for applications requiring precise temperature sensing and control. They exhibit a decrease in resistance with an increase in temperature.Strength of lead terminalNo break out AR/RN

Product Overview Dissipation Factor: The required power which makes the NTC thermistor body temperature raise 1C through self-heated, normally expressed in milliwatts per degree Celsius (mW/C). It can be calculated by the following formula: 5 = X / (T - To), where X is the necessary electric power and (T-To) is the temperature rise. Rated Power: The necessary electric power that makes the thermistor's temperature rise 100C by self-heating at an ambient temperature of 25C.

Negative Temperature Coefficient Resistor NTC SeriesThese NTC thermistors are designed for overcurrent protection and inrush current limiting applications.BrandRuilonModelMax. Steady State Current (A)Resistance @ Max. Current ()Dissipation Factor (mW/C)Thermal Time Constant (s)B Value (K)Max. Allowable Operating Temperature (C)NTC5D-5510.35~6~20150/560NTC8D-580.70.77~6~20100/390NTC10D-5100.70.77~6~2068/270NTC20D-5200.50.997~5~2039/150NTC33D-5330.51.88~6~2039/150NTC5D-7520.28

Negative Temperature Coefficient Resistor NTC SeriesThe NTC Series resistors are designed for applications requiring temperature-dependent resistance. They exhibit a negative temperature coefficient, meaning their resistance decreases as temperature increases.Product TypeNegative Temperature Coefficient ResistorSeriesNTC SeriesModelMax. Steady State Current (A)Resistance @ 25C ()Dissipation Factor (mW/C)Thermal Time Constant (s)Max. Allowable Operating Temperature (C)B Value