MF52F Temp-Measurement NTC Thermistor Series
Shiheng Electronics Application
Air condition Equipments/ Heating Apparatus/Electric Thermometer/Liquid Level Sensor/ Automobile Electricity/ Electric Table-board/ Battery of Mobile Telephone
Characteristic
high precision NTC thermistors
Small size, Fast response
Steady Operating for long time
Good quality of copherence and interchange
Scale production, high ratio of features to cost
This is a property of a Negative Temperature Coefficient resistor (NTC ).
There are also thermistors that have Positive Temperature Coefficient (PTC for short) which means as the temperature increases, the resistance increases. However, PTC thermistors have a sort of tipping point and greatly change the resistance at some temperature. This makes the PTC thermistor a little harder to interface with. For this reason, for most low-cost temperature measurement, NTC thermistors are preferred.
For the remainder of the article, you can assume we'll be referring to NTC type thermistors.
Knowing the temperature in a project can a very useful piece of data to have handy. Knowledge of temperature can help regulate room temperature for a comfortable environment, ensure that a 3D printer bed is hot enough for materials like ABS to stick to its surface, prevent engine overheating, and keep food from being burnt.
For this article, we are only concerned with one type of sensor that can measure temperature. This sensor is called a thermistor.
MF59 Glass Shell SMD NTC Thermistors
MF59 glass encapsulated NTC thermistor excellent long-term stability and reliability even when encountering harsh environments and temperatures up 220°C. Excellent reliability and able to withstand temperatures up to 220°C, the LL-41 temperature sensor has glass encapsulation for applications where space isn’t an issue. Tape and reel is available for ease of use.
Shiheng Electronics Characteristic:
High temperature capability up to +220°C
Sealed glass package, capability of operating in the harsh environment
Surface Mount
Excellent long-term stability, high precision, broad range of resistance
Tape and reel packaging is available
Without leads, convenient for SMT automatic installation.
More information you can click here
Application:
Automatic work facilities (such as lap-top, copycat, printer and so on)
Digital equipment(such as mobile phone, PDA and etc.)
Rechargeable battery (lithium battery, ni-mh battery Temperature compensation of loops of instrument, integrated circuit, quartz crystal monofier and thermocouple).
The range of resistance under the rated zero power(R25):
Glass Encapsulated Thermistor
The allowable tolerance of R25: ±1%、±2%、±3%、±5%、±10%
The allowable tolerance of B value: ±、±1%
Dissipation factor: model A≥2mW/℃(in still air),model B≥1mW/℃ (in still air)
Thermal time constant: model A≤10S(in still air),model B≤ 5S(in still air)
operating temperature range: -55℃~220℃
Rated power at 25℃:model A≤10mW,model B≤5mW
The latest products relates to a chip-type glass-encapsulated negative temperature coefficient thermistor. It has a glass shell, a thermistor chip and two metal electrodes. The metal electrode is a SMT type, and thermistor chip is fixed in a glass shell. Two metal electrodes are installed at both ends of the glass shell. The metal electrodes at both ends are respectively connected to the electrodes on both sides of the resistance chip through a conductive body integrated with the metal electrode, and the conductive body and the resistance chip are encapsulated in a glass case at a high temperature. The utility model is electrically connected to the outside through a metal electrode, which requires less installation space, more convenient installation, no lead bending, and it is not easy to damage the product during installation.
CMF SMT NTC Thermistors
Characteristics：
Miniature size
No lead, ideal for high density SMT installation
Superior solderability and resistance to soldering heat
Ideal for wave or reflow soldering
Small size
Non-standard resistance values
SMT NTC Thermistors Applications：
Temperature compensation of IC, LCD,transistor,crytal oscillator of mobile communications equipments
Temperature sensor for rechargeable batteries
Temperature compensation of several kinds of circuits
It is intended for temperature measurement, control and compensation applications throughout many industries such as industrial, telecom and consumer electronics. Typical applications include rechargeable battery packs, TCXO’s, Gas sensor temperature compensation, LCD compensation and CPU temperature monitoring. The SMT sensors are suitable for standard soldering, epoxy and wire bond techniques. Other sizes, resistance values and tolerances are available.
Shiheng Electronics NTC Thermistors are available in SMT, leaded or leadless form; provide multiple stability options, wide resistance range with option to offer customized solutions to meet customers are widely used for temperature sensing or temperature compensation in general purpose, industrial, automotive or custom high reliability applications.
Shiheng Chip NTC Thermistors are high quality devices developed especially for surface mounting applications. They are widely used for temperature compensation, but can also achieve temperature control of printed circuits in a wide range of applications, including general purpose, automotive, or custom high reliability. SMD Thermistors are available with Ni barrier/100% Sn termination for lead free soldering or with PdAg termination for hybrid assembly.
More information you can click here
Polymer positive temperature coefficient thermistor(Battery series)
Characteristics
Low-resistance, small in size
Wide working current
Overcurrent and over-temperature protection are fast
The initial state can be automatically retored after trouble shooting.
Ceramic PTC Thermistor Application
Computer and peripheral equipment,mobile phone
Batteries,telecommunication and network equipment,transformers
Industrial control equipment,automobile and other electronic products
Our brand : Shiheng Electronics
More information you can click here
MF72 Power NTC Thermistor Series
Characteristic
Fast response to surge corrent. Small size, strong power and strong capability of surge current protection
Fast response to surge corrent
Big material constant (B value), Small remain resistance
Longevity of service, High reliability
Integral series, extensive operating range
Application
Coversion power-supply, switch power, ups power
Electronic energy saving lamps, electronic ballast and all kinds of electric heater
All kinds of RT, display
Bulb and other lighting lamps
What is a Thermistor?
Get the answer from our well-experienced professionals
NTC thermistor is a thermally sensitive element composed of semiconductive fine ceramics.
The name thermistor comes from “a thermally sensitive resistor”, and its resistance drastically changes with temperature . The resistance of ordinary materials rises slightly as temperature rises, whereas NTC (negative temperature coefficient) thermistors exhibit a sharp decrease in resistace. Thermsitors manufactured and supplied by Nanjing Shiheng are all NTC thermistors.
The following descriptions are appliance only to NTC thermistors.
Thermsitors are made from transition metal oxides, primarily of Mn,Ni and Co,sintered into a fine ceramic body.
Shiheng’s thermistors cover a wide range of temperatures from -50 to 500 ℃ that is required for daily temperature control. Our compact, stable and highly sensitive thermistors are used in large quantities as temperature sensors and for temperature compensation in many fileds such as home appliances and industrial equipment.
MF73 High Power NTC Thermistor Series
Characteristic
Reliable Configuration and convenient installment
Have the strongest capability of surge current protection and energy absorption
Maximum steady state operating current
Longevity of service,high reliability
Shiheng Electronics
Application
Reliable Configuration and convenient installment
Have the strongest capability of surge current protection and energy absorption
Maximum steady state operating current
Longevity of service,high reliability
NTC Thermistor Manufacturer : Shiheng Electronics
Key Benefits:
Recognized By Underwriters Laboratories For Ensured Safety
Designed To Withstand High Steady Sate Current
Absorbs And Minimizes High Input Energy
Cost Effective One Component Solution To Inrush Current
Wide Temperature Range Of Operation
High-Power NTC Thermistors are used to reduce the inrush current that occurs when an electrical device is switched on. High inrush current is the result of the maximum instantaneous input current drawn by an electrical device during the initial power up. As technology continues to advance, most systems today run efficiently and maintain a low impedance which in turn contributes to high inrush current.
Additionally, devices that produce alternating current such as electric motors or transformers can draw several times their steady state current at switch on. Although this additional draw of inrush often lasts less than ½ of a normal 60 hertz cycle, that is enough time to cause possible damage to the equipment.
MF74 SuperPower NTC Thermistor Series
Characteristics:
Reliable configuration and convenient installment
Have the strongest capability of surge current protection
Maximum steady state operating current
Shiheng Electronics
Persistant operating when passing through larger steady state current
Applications
Power conversion, switch power, UPS power
All kinds of super-power lamps
Electrical heater
About NTC Thermistors
NTC thermistors are the most sensitive temperature sensing devices in general use for temperature measurement control, indication and compensation for the temperature range of -50 °C to +150 °C.
A thermistor is composed of a semiconducting material that acts like a thermally sensitive resistor. The primary function of a thermistor is to exhibit a change in resistance with a change in body temperature whether caused by a change in ambient temperature or current-induced self-heating. By measuring the resistance of a thermistor in a non-self heat mode, we can accurately determine it's temperature and its surrounding medium. In some measurement applications, thermistors are deliberately self-heated by an electrical current under controlled conditions. In this case, a self-heated thermistor may be used to measure the flow of gases or liquids.
You can click here to get NTC Thermistor price
MF11 NTC Thermistors Series for Compensation
Common-precision temperature measurement, temperature compensation in measuring equipments and electronic circuit.
Temperature compensation NTC Thermistor MF11 series is in resin coated pin wire form and has higher temperature coefficient,it can be widely applied in temperature compensation of many semiconductor and Ics that have temperature coefficient and require temperature compensation, to reach stability in wider temperature range.
Characteristic：
Be composed of radial resin coated form
Wide resistance range：
Resistance tolerance:±5%
Rated power:450mW
Good consistency
Operating temperature range:-30~+125℃
MF11: B value of the error range is small,For resistance error range of 5% of the product,Its consistency, good interchangeability.
Application
Electronic circuit temperature compensation
Computation equipment temperature compensation
Temperature compensation of instrument loop, integrated circuit, crystal oscillator
Commonly precision temperature measurement and control
temperature compensation NTC Thermistors
For general accuracy of temperature measurement and in the measurement of equipment,Temperature Compensation in Transistor Circuits.
With the development of electronic information, automatic control, home appliances and transportation and other fields. BaTi O_3-based PTC ceramics have been widely used as one of the important application fields of ferroelectric ceramics, and the market demand is increasing day by day. Aiming at the current vacancy of low room temperature resistivity and low temperature coefficient of temperature coefficient of positive temperature coefficient. The company has studied BaTiO_3-based PTC ceramics for compensating negative temperature coefficient components. In this paper, BaTiO_3 based thermosensitive ceramics (with the addition of Sr as the peak shifting agent at 40mol%) were prepared by solid-phase method. The effects of synthesis temperature, sintering temperature, acceptor doping, donor doping, barium-titanium ratio, and AST on the microstructure and electrical properties of the samples were studied. Through process and formulation optimization, a PTC thermosensitive material for low-resistance temperature compensation with a resistivity at room temperature of 590Ω? Cm and a temperature coefficient of resistance in the range of -20 ° C to 80 ° C ranging from to was prepared. In this paper, the effects of synthesis temperature and sintering temperature on the properties of BaTi O_3 based ceramics were first studied. The experimental results show that when the synthetic firing temperature is 1150 ° C and the sintering temperature is 1340 ° C, the sample grain size distribution is uniform, the ceramic body has a high density, the room temperature resistivity is the lowest, the resistance temperature coefficient is small, and the resistance temperature characteristic curve is highly linear . Based on the optimal sintering system, this paper studies the effect of the acceptor additive Mn (NO_3) _2, which is commonly used in ceramic PTC materials, on the properties of BaTiO_3-based ceramics. The experimental results show that as the acceptor content increases, the room temperature of the sample Resistivity and temperature coefficient of resistance increased significantly. Based on the target performance of this topic, the performance of samples without acceptor ion is better. On the basis of the above experiments, the effects of donor Y_2O_3 and Nb_2O_5 doping on the properties of BaTi O_3 based ceramics were studied.
MF52A Blue Exposy Temp-Measurement NTC Thermistor Series
Application
Air condition Equipments/ Heating Apparatus/Electric Thermometer/Liquid Level Sensor/ Automobile Electricity/ Electric Table-board/ Battery of Mobile Telephone
Shiheng Electronics Characteristic
High Testing Precision
Small size， Fast response
Steady Operating for long time
Good quality of copherence and interchange
Precision Temp Measurement NTC Thermistor
Scale production, high ratio of features to cost
This is a property of a Negative Temperature Coefficient resistor (NTC ).
There are also thermistors that have Positive Temperature Coefficient (PTC for short) which means as the temperature increases, the resistance increases. However, PTC thermistors have a sort of tipping point and greatly change the resistance at some temperature. This makes the PTC thermistor a little harder to interface with. For this reason, for most low-cost temperature measurement, NTC thermistors are preferred.
For the remainder of the article, you can assume we'll be referring to NTC type thermistors.
Knowing the temperature in a project can a very useful piece of data to have handy. Knowledge of temperature can help regulate room temperature for a comfortable environment, ensure that a 3D printer bed is hot enough for materials like ABS to stick to its surface, prevent engine overheating, and keep food from being burnt.
For this article, we are only concerned with one type of sensor that can measure temperature. This sensor is called a thermistor.
MF52F Temp-Measurement NTC Thermistor Series
Application
Air condition Equipments/ Heating Apparatus/Electric Thermometer/Liquid Level Sensor/ Automobile Electricity/ Electric Table-board/ Battery of Mobile Telephone
Characteristic
High Testing Precision
Small size,Fast response
Steady Operating for long time
Good quality of copherence and interchange
Scale production, high ratio of features to cost
This is a property of a Negative Temperature Coefficient resistor (NTC ).
There are also thermistors that have Positive Temperature Coefficient (PTC for short) which means as the temperature increases, the resistance increases. However, PTC thermistors have a sort of tipping point and greatly change the resistance at some temperature. This makes the PTC thermistor a little harder to interface with. For this reason, for most low-cost temperature measurement, NTC thermistors are preferred.
For the remainder of the article, you can assume we'll be referring to NTC type thermistors.
Knowing the temperature in a project can a very useful piece of data to have handy. Knowledge of temperature can help regulate room temperature for a comfortable environment, ensure that a 3D printer bed is hot enough for materials like ABS to stick to its surface, prevent engine overheating, and keep food from being burnt.
For this article, we are only concerned with one type of sensor that can measure temperature. This sensor is called a thermistor.
Precision Temp Measurement NTC Thermistor
MF52DE Temp-Measurement NTC Thermistor Series
Application
Air condition Equipments/ Heating Apparatus/Electric Thermometer/Liquid Level Sensor/ Automobile Electricity/ Electric Table-board/ Battery of Mobile Telephone
Characteristic
High Testing Precision
Small size， Fast response
Our brand: Shiheng
Steady Operating for long time
Good quality of copherence and interchange
Scale production, high ratio of features to cost
Dimensions
This is a property of a Negative Temperature Coefficient resistor (NTC ).
There are also thermistors that have Positive Temperature Coefficient (PTC for short) which means as the temperature increases, the resistance increases. However, PTC thermistors have a sort of tipping point and greatly change the resistance at some temperature. This makes the PTC thermistor a little harder to interface with. For this reason, for most low-cost temperature measurement, NTC thermistors are preferred.
For the remainder of the article, you can assume we'll be referring to NTC type thermistors.
Knowing the temperature in a project can a very useful piece of data to have handy. Knowledge of temperature can help regulate room temperature for a comfortable environment, ensure that a 3D printer bed is hot enough for materials like ABS to stick to its surface, prevent engine overheating, and keep food from being burnt.
For this article, we are only concerned with one type of sensor that can measure temperature. This sensor is called a thermistor.
Precision Temp Measurement NTC Thermistor
Application
Air condition Equipments/ Heating Apparatus/Electric Thermometer/Liquid Level Sensor/ Automobile Electricity/ Electric Table-board/ Battery of Mobile Telephone
Characteristic
High Testing Precision
Small size,Fast response
Steady Operating for long time
Good quality of copherence and interchange
Scale production, high ratio of features to cost
This is a property of a Negative Temperature Coefficient resistor (NTC ).
There are also thermistors that have Positive Temperature Coefficient (PTC for short) which means as the temperature increases, the resistance increases. However, PTC thermistors have a sort of tipping point and greatly change the resistance at some temperature. This makes the PTC thermistor a little harder to interface with. For this reason, for most low-cost temperature measurement, Shiheng-NTC thermistors are preferred.
For the remainder of the article, you can assume we'll be referring to NTC type thermistors.
Knowing the temperature in a project can a very useful piece of data to have handy. Knowledge of temperature can help regulate room temperature for a comfortable environment, ensure that a 3D printer bed is hot enough for materials like ABS to stick to its surface, prevent engine overheating, and keep food from being burnt.
For this article, we are only concerned with one type of sensor that can measure temperature. This sensor is called a thermistor.
Our brand: Shiheng