NTC Thermal Resistor MF72

A thermistor is a resistor made of a special material whose resistance changes with temperature. Based on the coefficient of resistance change, thermistors can be divided into two categories: positive temperature coefficient thermistors (PTC) and negative temperature coefficient thermistors (NTC). 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 SGS:ROHS MF72 Type: -5,-7,-9,-11,-13,-15,-20,-25,MF73T Type

Category:

Thermal Resistor

Inquire

18818792750@163.com

PARAMETER.pdf

Details

Product Overview

Positive Temperature Coefficient Thermistor (PTC):

Material: PTC thermistors are generally made of barium titanate as the main material, with appropriate amounts of rare earth elements added, and are sintered at high temperatures.
Working Principle: At low temperatures, conductive electrons can easily cross the grain interface, resulting in a low resistance value; when the temperature rises to the Curie point, the internal electric field is disrupted, and the resistance value increases sharply.
Application: PTC thermistors have constant temperature, temperature adjustment, and automatic temperature control functions, and are suitable for overheat detection in electrical devices such as motors.

Negative Temperature Coefficient Thermistor (NTC):

Material: NTC thermistors are generally made of metal oxide materials such as cobalt oxide and nickel oxide.

Working principle: These metal oxides have relatively few electrons and holes, resulting in high resistance. As the temperature increases, the number of electrons and holes increases, and the resistance decreases. Applications: NTC thermistors are widely used in temperature measurement and control due to their high sensitivity, wide operating temperature range, and small size.

Parameter

Part NO (R25 MF72)	Maximum steady-state current (A)	Approximate resistance value at maximum current (Ω)	Dissipat coefficient (Mω/℃)	Thermal constant approximately (S)	operating temperature (℃)
5D-5	5	1	15	17	-40~~+180
10D-5	10	0.7
60D-5	60	0.3
200D-5	200	0.1
5D-7	5	2	16	27
8D-7	8	1
10D-7	10	1
12D-7	12	1
16D-7	16	0.7
20D-7	20	0.6
22D-7	22	0.6
33D-7	33	0.5
200D-7	200	0.2
3D-9	3	4
4D-9	4	3	16	38
5D-9	5	3
6D-9	6	2
8D-9	8	2
10D-9	10	2
12D-9	12	1
16D-9	16	1
20D-9	20	1
22D-9	22	1
30D-9	30	1
33D-9	33	1
50D-9	50	1
60D-9	60	0.8
80D-9	80	0.8
120D-9	120	0.8
200D-9	200	0.5
400D-9	400	0.2
2.5D-11	2.5	5	17	43	-40~~+200
3D-11	3	5
4D-11	4	4
5D-11	5	4
6D-11	6	3
8D-11	8	3
10D-11	10	3
12D-11	12	2
16D-11	16	2
20D-11	20	2
22D-11	22	2
30D-11	30	1.5
33D-11	33	1.5
50D-11	50	1.5
60D-11	60	1.5
80D-11	80	1.2
1.3D-13	1.3	7	18	66
1.5D-13	1.5	7	18	66
2.5D-13	2.5	6
3D-13	3	6
4D-13	4	5
5D-13	5	5
6D-13	6	4
7D-13	7	4
8D-13	8	4
10D-13	10	4
12D-13	12	3
15D-13	15	3
16D-13	16	3
20D-13	20	2.5
30D-13	30	3
47D-13	47	2
120D-13	120	1.2
1.3D-15	1.3	8	21	75
1.5D-15	1.5	8
2.5D-15	2.5	7
3D-15	3	7
5D-15	5	6
6D-15	6	5
7D-15	7	5
8D-15	8	5
10D-15	10	5
12D-15	12	4
15D-15	15	4
16D-15	16	4
20D-15	20	4
30D-15	30	3.5
47D-15	47	3
120D-15	120	1.8
0.7D-20	0.7	11
1.3D-20	1.3	9	28	113
3D-20	3	8
5D-20	5	7
6D-20	6	6
8D-20	8	6
10D-20	10	6
12D-20	12	5
16D-20	16	5
0.7D-25	0.7	12	30	130
1.5D-25	1.5	10
3D-25	3	9
5D-25	5	8
8D-25	8	7
10D-25	10	7
12D-25	12	6
16D-25	16	6

Part NO (R25 MF72)	Maximum steady-state current (A)	Approximate resistance value at maximum current (Ω)	Dissipation coefficient (Mw/℃)	The thermal time constant is approximately (S)	operating temperature (℃)	Chip diameter
25/6	25	6	5	≧28	≦110	φ25mm
30/6	30	6
47/5	47	5
120/3	120	3
0.5/22	0.5	22	7	≧30	≦130	φ30mm
0.7/22	0.7	22
1/20	1	20
1.5/19	1.5	19
2/18	2	18
2.5/16	2.5	16
3/15.5	3	15.5
4/15	4	15
4.7/14	4.7	14
5/14	5	14
6.8/12	6.8	12
7/11	7	11
8/10	8	10
10/10	10	10
12/9	12	9
15/8	15	8
18/8	18	8
20/8	20	8
0.5/30	0.5	30	8	≧40	≦190	φ30mm
1/30	1	30
1.5/25	1.5	25
2/23	2	23
2.5/20	2.5	20
3/19.5	3	19.5
4/19	4	19
4.7/18	4.7	18
5/17	5	17
6/17	6	17
6.8/16	6.8	16
7/15	7	15
8/14	8	14
10/13	10	13
12/12	12	12
15/11	15	11
18/10	18	10
20/10	20	10
0.5/32	0.5	32	9	≧45	≦280	φ35mm
1/32	1	32
1.5/28	1.5	28
2/25	2	25
2.5/23	2.5	23
3/22	3	22
4/21	4	21
4.7/20	4.7	20
5/19	5	19
6.8/18	6.8	18
7/17	7	17
8/16	8	16
10/15	10	15
12/14	12	14
15/13	15	13
18/11	18	11
20/10	20	10

Application Circuit Diagram

Product Circuit Diagram

Structure and Dimension

Keyword:

NTC Thermal Resistor MF73

None

Inquire

Dear customer,if you like to learn more about our products,please let us know and we will contact you as soon as possible

Action

COOKIES

Our website uses cookies and similar technologies to personalize the advertising shown to you and to help you get the best experience on our website. For more information, see our Privacy & Cookie Policy

COOKIES

required

These cookies are necessary for basic functions such as payment. Standard cookies cannot be turned off and do not store any of your information.

analyze

These cookies collect information, such as how many people are using our site or which pages are popular, to help us improve the customer experience. Turning these cookies off will mean we can't collect information to improve your experience.

Feature

These cookies enable the website to provide enhanced functionality and personalization. They may be set by us or by third-party providers whose services we have added to our pages. If you do not allow these cookies, some or all of these services may not function properly.

advertise

These cookies help us understand what you are interested in so that we can show you relevant advertising on other websites. Turning these cookies off will mean we are unable to show you any personalized advertising.