Allicdata Part #: | NXFT15WF104FA2B110-ND |
Manufacturer Part#: |
NXFT15WF104FA2B110 |
Price: | $ 0.27 |
Product Category: | Sensors, Transducers |
Manufacturer: | Murata Electronics North America |
Short Description: | THERM NTC 100KOHM 4250K BEAD |
More Detail: | NTC Thermistor 100k Bead |
DataSheet: | NXFT15WF104FA2B110 Datasheet/PDF |
Quantity: | 1000 |
1000 +: | $ 0.24818 |
Series: | NXF |
Packaging: | Bulk |
Part Status: | Active |
Resistance in Ohms @ 25°C: | 100k |
Resistance Tolerance: | ±1% |
B Value Tolerance: | ±1% |
B0/50: | -- |
B25/50: | 4250K |
B25/75: | -- |
B25/85: | 4311K |
B25/100: | 4334K |
Operating Temperature: | -40°C ~ 125°C |
Power - Max: | 100mW |
Length - Lead Wire: | -- |
Mounting Type: | Free Hanging |
Package / Case: | Bead |
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Temperature Sensors - NTC Thermistors encompass a wide range of thermistors and temperature sensing technologies that allow for precise measurement of temperature. NTC Thermistors are some of the most commonly used temperature sensors, and they feature a wide range of applications within a variety of industries.
The NXFT15WF104FA2B110 is an NTC type thermistor manufactured by Omron. It is a highly accurate temperature sensor designed for applications requiring precision temperatures. It is specified for a wide temperature range from -40°C to 150°C and is typically used in applications where precision accuracy is of paramount importance.
Application Field
NXFT15WF104FA2B110 thermistors offer an accurate and highly reliable temperature sensing solution for various applications. Among the industries in which NTC thermistors are often used are automotive, medical, and consumer electronics. The automotive industry uses NTC thermistors for sensing ambient temperature, engine coolant temperature and air intake temperature, among other applications. The medical industry utilizes thermistors for precise measurement of temperature in medical devices such as incubators for newborns and thermal imaging cameras. Lastly, thermistors are commonly used in consumer electronics devices such as Android phones and tablets, making them ideal for precise temperature measurement that is unaffected by physical contact.
Working Principle
The NXFT15WF104FA2B110 thermistor is an NTC type, meaning it utilizes an NTC (Negative Temperature Coefficient). The NTC thermistor utilizes a principle called negative temperature coefficient (NTC), which means that its electrical resistance decreases as its temperature increases and vice versa. The NTC of the NXFT15WF104FA2B110 thermistor is 10K, meaning its resistance value at 25°C is 10KΩ.The temperature coefficient of the NTC thermistor is also known as Beta (ß) and expresses the average rate of change of resistance with temperature. The higher the value of Beta, the greater the rate of change of resistance with temperature.
To determine the exact temperature, a bridge circuit is connected to the thermistor, where each side of the bridge circuit is composed of one resistor. A voltage is then applied to the bridge circuit and the voltage across the thermistor is measured. The exact temperature can be calculated by measuring the voltage and using the formula: T=T0 + (V-V0/m*ß). T0 is the resistance at 0°C, V0 is the voltage across thermistor at T0, m is the bridge factor and aß is the temperature coefficient.
In addition, the NXFT15WF104FA2B110 thermistor also utilizes a “self-heating” principle, which means that its sensing element is composed of two layers. The first layer is composed of a thin film of semiconductor material and the second layer is composed of an insulating material. When the sensor is exposed to impulse current, the current introduces an internal heat source in the insulating layer. The heat produced by this internal heat source causes the semiconductor to change its resistive value in direct proportion to the change in temperature.
Conclusion
Ultimately, the NXFT15WF104FA2B110 thermistor is an ideal temperature sensing solution for a variety of applications due to its precision accuracy and wide temperature range. It features an NTC type temperature coefficient, which allows for accurate temperature sensing without the need for physical contact. Additionally, its “self-heating” principle allows for continuous and instantaneous temperature sensing which is ideal for medical, automotive and consumer electronics applications.
The specific data is subject to PDF, and the above content is for reference
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