• Honeywell Littelfuse Digikey Mouser Vishay Cross Super Power NTC Thermistor 5 Ohm 10R MF74
  • Honeywell Littelfuse Digikey Mouser Vishay Cross Super Power NTC Thermistor 5 Ohm 10R MF74
  • Honeywell Littelfuse Digikey Mouser Vishay Cross Super Power NTC Thermistor 5 Ohm 10R MF74
  • Honeywell Littelfuse Digikey Mouser Vishay Cross Super Power NTC Thermistor 5 Ohm 10R MF74
Honeywell Littelfuse Digikey Mouser Vishay Cross Super Power NTC Thermistor 5 Ohm 10R MF74

Honeywell Littelfuse Digikey Mouser Vishay Cross Super Power NTC Thermistor 5 Ohm 10R MF74

Product Details:

Place of Origin: CHINA
Brand Name: AMPFORT
Certification: ROHS
Model Number: MF74

Payment & Shipping Terms:

Minimum Order Quantity: 100PCS
Price: Depends on current
Packaging Details: Bulk package
Delivery Time: 15 workdays
Payment Terms: T/T, Western Union,Paypal
Supply Ability: 50,000pcs per week
Get Best Price Contact Now

Detail Information

Name: Super Power NTC Thermistor 5 Ohm 10R MF74 Shape: Cylindrical
Diameter: 25mm Height: 20mm Max
Operating Temp: -55~+200℃ Max Surge Capacity: 1200-6800UF
Dissi. Coef.: 118-125mW/℃ Current Imax: 12-40A
High Light:

Super Power NTC Thermistor

,

Honeywell Power NTC Thermistor

,

MF74 NTC Thermistor

Product Description

 

Honeywell Littelfuse Digikey Mouser Vishay Cross Super Power NTC Thermistor 5 Ohm 10R MF74

 

Overview Of The Super Power NTC Thermistor 5 Ohm 10R MF74

 

R25(Ω): 0.5~30Ω
[Product features] Reliable structure, easy to install, strong ability to suppress surge current
[Product use] Conversion power supply, switching power supply, UPS power supply

 

 

Characteristics Of The Super Power NTC Thermistor 5 Ohm 10R MF74

 

● Reliable structure, easy to install.

● Strong ability to suppress surge current.

● The working steady-state current is large.

● It can work continuously under larger steady-state current.

 

 

Usage Of The Super Power NTC Thermistor 5 Ohm 10R MF74

 

* Conversion power supply, switching power supply, UPS power supply.
* All kinds of high-power lighting fixtures.
* Electric heaters.

 

 

Size Of The Super Power NTC Thermistor 5 Ohm 10R MF74 (mm)

 

Honeywell Littelfuse Digikey Mouser Vishay Cross Super Power NTC Thermistor 5 Ohm 10R MF74 0

 

 

Ordering Information Of The Super Power NTC Thermistor 5 Ohm 10R MF74

 

Part No R25 (Ω ) Max Steady State Current Imax ( A) Approx. R of Max.Current Rmax (℃ ) Dissi. Coef. (mW℃)

Thermal

time

Constant(S)

Operating Temp(℃)

Maxsurgecapacity (UF)

240V/AC

0 5/40 0.5 40 0.00875 118 340 -55~+200 6800
0.7/36 0.7 36 0.0110 118 340 6800
1/32 1 32 0.0137 118 340 6800
1.3/27 1.3 27 0.0192 118 340 6800
1.5/27 1.5 27 0.0206 118 340 6800
2/25 2 25 0.0240 120 340 6800
2.5/25 2.5 25 0.0252 120 350 6800
3/23 3 23 0.0293 123 350 6800
4/21 4 21 0.0340 123 350 4700
5/21 5 21 0.0364 123 350 4700
6/18 6 18 0.0494 123 355 3300
8/18 8 18 0.0525 125 360 3300
10/18 10 18 0.0555 125 360 3300
12/15 12 15 0.0622 125 345 1800
16/15 16 15 0.0688 125 345 1600
20/15 20 15 0.0745 125 345 1600
25/15 25 15 0.0857 125 345 1600
30/12 30 12 0,1170 125 350 1200

 

 

NTC and PTC are both thermistors, what is the difference between them?

 

NTC: Negative temperature coefficient thermistor, the higher the temperature, the smaller the resistance.
PTC: Positive temperature coefficient thermistor, the higher the temperature, the greater the resistance.


Simply put, both NTC and PTC are thermistors, and both play the role of protecting the circuit in the circuit.
The initial resistance of NTC is large, so the blocking effect on the current is greater, and it can effectively block the peak current. When the circuit becomes stable, the NTC resistance gradually becomes smaller, thereby protecting the circuit.


PTC and NTC are just the opposite. In a stable circuit, PTC is equivalent to a wire. When a temporary pulse signal is encountered, the resistance of PTC increases sharply, and the circuit is equivalent to an open circuit; when the pulse signal leaves, the current decreases, and the PTC resistance The value becomes smaller and the circuit returns to normal.


Summary: NTC handles abnormalities and enables the circuit to conduct normally. It is mainly used for temperature compensation, overcurrent protection, overheating protection, automatic heating, motor start, color TV degaussing, etc.; PTC recognizes abnormalities and cuts off the circuit, which is mainly used for temperature compensation , Overcurrent protection, overheating protection, automatic heating, motor start, color TV degaussing, etc. 

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