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Glass Sealed KTY84 580OHM PTC Thermistor Positive Temperature Coefficient Sensor 180C
Glass Sealed KTY84 580OHM PTC Thermistor Positive Temperature Coefficient Sensor 180C Glass Sealed KTY84 580OHM PTC Thermistor Positive Temperature Coefficient Sensor 180C Glass Sealed KTY84 580OHM PTC Thermistor Positive Temperature Coefficient Sensor 180C Glass Sealed KTY84 580OHM PTC Thermistor Positive Temperature Coefficient Sensor 180C Glass Sealed KTY84 580OHM PTC Thermistor Positive Temperature Coefficient Sensor 180C

Glass Sealed KTY84 580OHM PTC Thermistor Positive Temperature Coefficient Sensor 180C

Product ID : Silicon Temperature Sensor Linear PTC Thermistor
Product Tags :
Product Attributes :

Glass Sealed Silicon Temperature Sensor Linear PTC Thermistor AFT-KTY84-150 580 OHM

 

I Description Of The Silicon Temperature Sensor Linear PTC Thermistor

 

Silicon PTC Thermistors Temperature Sensors is PTC thermistors made of monocrystalline silicon material, used in drives and motors, equipment, industrial automation control for temperature sensing measurement and control function, by utilizing silicon PTC thermal property that resistance increases with the temperature rises in linearity.

Product Description

II Outline Dimension Of The Silicon Temperature Sensor Linear PTC Thermistor:(DO35 Standard size of glass package) unit:mm

 

Glass Sealed KTY84 580OHM PTC Thermistor Positive Temperature Coefficient Sensor 180C 1

No. Name Spec
1 Dumes Ferronickel Alloy
2 Chip Silicon Chip
3 Glass Shell ODФ2.0mmmax IDФ0.8±0.05mm

 

 

III Features Of The Silicon Temperature Sensor Linear PTC Thermistor

 

► This product is a PTC type linear thermistor product, the resistance value increases linearly with the increase of temperature.
► Small size, sturdy structure, standardized appearance, convenient for automatic installation.
► It has strong stability and reproducibility, and the characteristic curve is unchanged after a million times.
► It can be used in harsh environments with high temperature and high humidity.
► Used for temperature measurement and control in communications, automobiles, meters, computers, home appliances and other industries.
► It has the advantages of high precision and fast response.

 

 

IV Application Of The Silicon Temperature Sensor Linear PTC Thermistor

 

► Motion control temperature sensor, temperature sensing and controls in drives and motors, spindles, inverters and control systems, etc.
► Industrial automation control equipment.
► Home appliance temperature detection and compensation.
► Precision circuit and crystal oscillator temperature compensation.
► Temperature compensation of silicon semiconducting devices.
► Temperature compensation of instrumentation amplifier.
► A/D converter temperature compensation.
► Micro motor timing control.
► Automobile temperature detection and control.
► Medical equipment temperature detection and control.
► Linear PTC thermistors applications also include transmission, engine oil and coolant, heating system, overheating protection, amplifiers, power supplies, transducers, telemetry, computers, magnetic amplifiers, thermometry, meteorology, temperature regulation and over-temperature protection.

 

 

V Electrical Performances Of The Silicon Temperature Sensor Linear PTC Thermistor

 

No. Parameter Symbol Test Condition Min. Nor. Max. Unit
1 Resistance value at 25°C R25

constant temperature

25±0.05℃

540 580 620 Ω
2 Resistance value at 100°C R100

constant temperature

100±0.05℃

950 1000 1050 Ω
3 Dissipation factor δ In still air 1.5 / / mW/℃
4 Thermal time constant τ In still air / / 7 s
5 Insulation resistance / DC=100V 100 / /
6 Max. Work Current Imax / / / 8 mA
7 Rated Current IN / / 2 / mA
8 Rated Power Pmax / / / 50 mW
9 Operating temperature TA -40—+180℃
10 Storage time Tmin 2 years (room temperature, relative humidity <60%)

 

 

VI R-T Characteristic Parameter Table Of The Silicon Temperature Sensor Linear PTC Thermistor

 

Celsius Fahrenheit AFT-KTY84-150
%/(K) (Ω) (K)
MIN TYP MAX
-40 -40 0.97 294 322 350 ±8.85
-30 -22 0.96 326 356 386 ±8.76
-20 -4 0.93 360 392 424 ±8.7
-10 14 0.88 397 430 463 ±8.65
0 32 0.87 434 469 504 ±8.61
10 50 0.85 475 512 549 ±8.58
20 68 0.82 517 556 595 ±8.55
25 77 0.80 540 580 620 ±8.54
30 86 0.80 562 603 644 ±8.53
40 104 0.75 611 653 695 ±8.5
50 122 0.74 660 704 748 ±8.46
60 140 0.71 713 758 803 ±8.42
70 158 0.67 768 814 860 ±8.37
80 176 0.63 827 873 919 ±8.31
90 194 0.62 887 935 983 ±8.25
100 212 0.61 950 1000 1050 ±8.17
110 230 0.62 1011 1068 1125 ±8.66
120 248 0.58 1077 1138 1199 ±9.17
130 266 0.57 1142 1209 1276 ±9.69
140 284 0.54 1211 1282 1353 ±10.24
150 302 0.53 1275 1352 1429 ±10.8
160 320 0.52 1334 1418 1502 ±11.37
170 338 0.51 1384 1474 1564 ±11.96
180 356 0.50 1421 1516 1611 ±12.58

 

 

VII Typical Linear Silicon PTC Thermistors Temperature Sensor Application Circuit Diagram
 

 

Glass Sealed KTY84 580OHM PTC Thermistor Positive Temperature Coefficient Sensor 180C 2

 

Temperature measuring circuit diagram using a AFT-LPTC1000 silicon sensor
 
 
VIII Workshop Glance Of The Silicon Temperature Sensor Linear PTC Thermistor 
 
Glass Sealed KTY84 580OHM PTC Thermistor Positive Temperature Coefficient Sensor 180C 3

 

 

VIIII Silicone PTC Thermistor Cross Reference

 

Part Number

Resistance

(Ω)

Tolerance

(%)

Nominal Resistance(Ω) Operating Temperature Corresponding to market generic models
AFT-KTY83-110 R25=1000 ±1% R25=990-1010 -55℃~175℃ KTY83-1KΩseries
AFT-KTY83-120 R25=1000 ±2% R25=980-1020
AFT-KTY83-121 R25=1000 -2% R25=980-1000
AFT-KTY83-122 R25=1000 +2% R25=1000-1020
AFT-KTY83-150 R25=1000 ±5% R25=950-1050
AFT-KTY83-151 R25=1000 -5% R25=950-1050
AFT-KTY83-152 R25=1000 +5% R25=1000-1050
AFT-KTY81-110 R25=1000 ±1% R25=990-1010

-55℃~+150℃

 

KTY81-1KΩ series
AFT-KTY81-120 R25=1000 ±2% R25=980-1020
AFT-KTY81-121 R25=1000 -2% R25=980-1000
AFT-KTY81-122 R25=1000 +2% R25=1000-1020
AFT-KTY81-150 R25=1000 ±5% R25=950-1050
AFT-KTY81-151 R25=1000 -5% R25=950-1050
AFT-KTY81-152 R25=1000 +5% R25=1000-1050
AFT-KTY81-210 R25=2000 ±1% R25=1980-2020 -55℃~+150℃

KTY81-2KΩ series

KTY10-5KTY10-6KTY10-62KTY10-7series

 

AFT-KTY81-220 R25=2000 ±2% R25=1960-2040
AFT-KTY81-221 R25=2000 -2% R25=1960-2000
AFT-KTY81-222 R25=2000 +2 R25=2000-2040
AFT-KTY81-250 R25=2000 ±5% R25=1900-2100
AFT-KTY81-251 R25=2000 -5% R25=1900-2000
AFT-KTY81-252 R25=2000 +5% R25=2000-2100
AFT-KTY84-130 R100=1000 ±3% R25=575-595 -40℃~+180℃ KTY84 series
AFT-KTY84-150 R100=1000 ±5% R25=565-613
AFT-KTY84-151 R100=1000 -5% R25=565-575
AFT-KTY84-152 R100=1000 +5% R25=595-613
AFT-KTY-200 R25=200 ±3%;+5%,-5%   -40℃~+150℃  
AFT-KTY-500 R25=500 ±3%;+5%,-5%  
AFT-KTY-1200 R25=1200 ±3%;+5%,-5%   -50℃~+125℃
AFT-KTY-1600 R25=1600 ±3% R25=16000±50Ω
AFT-KTY-3800 R25=3800 ±3%  
AFT-KTY-4050 R25=4050 ±3% R25=3920-4172

 

 

X NXP KTY84 KTY83 KTY81 Silicon Temperature Sensors Replacement Information

 

For Aolittel AFT-LPTC600, rated resistance @100C 1000 ohm, tolerance 3%, 5%,
substitute to Philips NXP Silicon Temperature Sensors KTY84/130, KTY84/150, KTY84/151.
Widely applied in the temperature sensing and controls in drives and motors, spindles, inverters and control systems, etc.

For Aolittel AFT-LPTC1000, rated resistance @25C 1000 ohm, tolerance 1%, 2%, 3%, 5%,
alternative to Philips NXP Silicon Temperature Sensors KTY81-1, KTY83-1 series,
type no.KTY81-110, KTY81-120, KTY81-121, KTY81-122,KTY81-150, KTY81-151, KTY81-152, KTY83-110, KTY83-120, KTY83-121, KTY83-122, KTY83-150, KTY83-151, KTY83-152.
This part silicon temperature sensor is widely used in wiring harnesses built in transmission units, vehicles, etc.

For Aolittel AFT-LPTC2000, rated resistance @25C 2000 ohm, tolerance 1%, 2%, 3%, 5%,
Philips NXP Silicon Temperature Sensors KTY81-2 KTY83-2 series cross,
type no.KTY81-210, KTY81-220, KTY81-221, KTY81-222,KTY81-250, KTY81-251, KTY81-252.
Widely applied in the temperature sensing and control of instrument, equipment, compressor, process control, etc.

 

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