Product Description

MF55 series thin film thermistors are frequently used for applications where limited space is concern. With typical thickness they are ideal choice for precise temperature measurement between flat surfaces where quick response time is critical. MF55 series thermistors are available with wide range of RT characteristics and typical measurement tolerance less than +/-0.3°C. Welcome to buy 25mm 50mm 3K OHM Power NTC Thermistor MF55 Thin Film Thermistor Limited Space from Aolittle. Every request from customers is being replied within 24 hours.

Product Detail

MF55 Thin Film NTC Thermistor 25mm 50mm 10k 3435 For Limited Space Application

 

I Description Of The MF55 Thin Film NTC Thermistor

 

MF55 series thin film thermistors are frequently used for applications where limited space is concern. With typical thickness they are ideal choice for precise temperature measurement between flat surfaces where quick response time is critical. MF55 series thermistors are available with wide range of RT characteristics and typical measurement tolerance less than +/-0.3°C.

 

 

II Features Of The MF55 Thin Film NTC Thermistor

 

* Quick response time

* Small thickness

* Low cost

* Very good long term stability

* Point Matched Characteristics down to 1%

* Wide range of Resistance and Beta Values

* Operating temperature range: from -40°C to 125°C

 

 

III Application Of The MF55 Thin Film NTC Thermistor

 

* PC/Laptop
* Office automation equipment
* Heat-sinks temperature measurement

* Computer
* Printer
* House hold appliance

 

 

IV Specification Of The MF55 Thin Film NTC Thermistor

 

R25°C 0.3~3000KΩ
B25/50°C 2900~5100K
Dissipation Constant (in still air) ≥ 2.1mW/°C
Thermal Time Constant (In still air ) ≤ 3 S
Working Temperature -30°C ~120°C

 

 

V Dimension Of The MF55 Thin Film NTC Thermistor(Unit:mm)

 

Code Material explation
A Polyimede film
B Chip
C Phosphorcopper frame

 

 

VI Package Of The MF55 Thin Film NTC Thermistor 

 

 

 

VII Application Of The MF55 Thin Film NTC Thermistor


1. Temperature control and temperature detection of household appliances such as induction cooker,

electric pressure cooker, rice cooker, electric oven, disinfection cabinet, water dispenser, microwave oven,

electric heater, etc.

2. Temperature detection and temperature compensation of medical equipment (such as copiers, printers, etc.)

3. Temperature control and testing of industrial, medical, environmental protection, meteorological, and food

processing equipment

4. Temperature protection of rechargeable battery pack and charger

5. Temperature compensation of instrument coils, integrated circuits, quartz crystal oscillators and

thermocouples

 

Advantage

1. The product is a thin film thermistor
2. Good stability and high reliability
3. Wide resistance range: 2~500KΩ
4. High resistance and B value accuracy
5. Glass package, can be used under harsh conditions such as high temperature and high humidity
6. Small size, sturdy structure, easy for automatic installation
7. Operating temperature range -30~+90℃
8. Fast heat induction and high sensitivity

 

 

 

VIII More Choice Of The MF55 Thin Film NTC Thermistor

 

We have been manufacturing, supplying and exporting our world wide customers with full-line of high quality Thin Film Thermistor. We have qualified squad of highly skilled and dedicated workmen putting their best to produce the best quality products for international customers. And we strive hard to cater a wide range of our customers' business needs and supply our quality products across the globe. On the basis of our advanced equipment and excellent technology, we are offering a wide range of products relying on strict quality control, scientific management and multi-procedure during quality check. We welcome new and old customers to contact us for future business relationships.

 

 

VIIII Note: What is the B value Of The MF55 Thin Film NTC Thermistor

 

A material constant that describes the resistance-temperature relationship. The value of B can reflect the scale of resistance to temperature change between two specific temperatures. As the temperature changes, the resistance value of a product with a large B value under the same conditions changes more, that is to say, it is more sensitive.

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