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NXP KTY83-121 Silicon Linear PTC Thermistor LPTC83-121 980-1000 Ohm Through Hole
Specification Of The Linear PTC Thermistor
- LPTC series products are axial lead glass package type;
- The main body material is semiconductor silicon single crystal, also known as silicon thermistor;
- The resistance value rises linearly with the increase of temperature, also known as linear positive temperature coefficient thermistor;
- Dissipation coefficient: 2.5~5mW/℃;
- Maximum working current: Iopr=1.0mA;
- Stability: annual rate of change ≤0.01℃/year;
- Temperature coefficient: α ≥0.7%/℃;
- Rated power: 10mW;
- Operating temperature range: -50~+175℃;
- Small size, sturdy structure, easy for automatic installation;
- Glass package, can be used in harsh environments such as high temperature and high humidity;
Scope of application Of The Linear PTC Thermistor
1. Automobile industry temperature detection and control
2. Temperature detection and control of household appliances
3. Precision circuit and crystal oscillator temperature compensation
4. Micro motor speed control, motor overheating protection
5. Medical device temperature detection and control
Electrical parameters Of The Linear PTC Thermistor
No. | Parameter | Symbol | Test Condition | Min. | Nor. | Max. | Unit |
1 | Resistance value at 25°C | R25 | constant temperature 25±0.05℃ | 980 | / | 1000 | Ω |
2 | Dissipation factor | δ | In still air | 1.5 | / | / | mW/℃ |
3 | Thermal time constant | τ | In still air | / | / | 7 | s |
4 | Insulation resistance | / | DC=100V | 100 | / | / | MΩ |
5 | Max. Work Current | Imax | / | / | / | 8 | mA |
6 | Rated Current | IN | / | / | 2 | / | mA |
7 | Rated Power | Pmax | / | / | / | 50 | mW |
8 | Operating temperature | TA | -40~+175℃ | ||||
9 | Storage time | Tmin | 2 years (room temperature, relative humidity <60%) |
Dimension Of The Linear PTC Thermistor
No. | Name | Spec |
1 | Dumes | Ferronickel Alloy |
2 | Chip | Silicon Chip |
3 | Glass Shell | ODФ2.0mmmax IDФ0.8±0.05mm |
Silicone PTC Thermistor Cross Reference
Part Number | Resistance (Ω) | Tolerance (%) | Nominal Resistance (Ω) | Operating Temperature | Corresponding to market generic models |
LPTC83-110 | R25=1000 | ±1% | R25=990-1010 | -55℃~175℃ | KTY83-1KΩseries |
LPTC83-120 | R25=1000 | ±2% | R25=980-1020 | ||
LPTC83-121 | R25=1000 | -2% | R25=980-1000 | ||
LPTC83-122 | R25=1000 | +2% | R25=1000-1020 | ||
LPTC83-150 | R25=1000 | ±5% | R25=950-1050 | ||
LPTC83-151 | R25=1000 | -5% | R25=950-1050 | ||
LPTC83-152 | R25=1000 | +5% | R25=1000-1050 | ||
LPTC81-110 | R25=1000 | ±1% | R25=990-1010 | -55℃~+150℃
| KTY81-1KΩ series |
LPTC81-120 | R25=1000 | ±2% | R25=980-1020 | ||
LPTC81-121 | R25=1000 | -2% | R25=980-1000 | ||
LPTC81-122 | R25=1000 | +2% | R25=1000-1020 | ||
LPTC81-150 | R25=1000 | ±5% | R25=950-1050 | ||
LPTC81-151 | R25=1000 | -5% | R25=950-1050 | ||
LPTC81-152 | R25=1000 | +5% | R25=1000-1050 | ||
LPTC81-210 | R25=2000 | ±1% | R25=1980-2020 | -55℃~+150℃ | KTY81-2KΩ series KTY10-5KTY10-6 KTY10-62KTY10-7series
|
LPTC81-220 | R25=2000 | ±2% | R25=1960-2040 | ||
LPTC81-221 | R25=2000 | -2% | R25=1960-2000 | ||
LPTC81-222 | R25=2000 | +2 | R25=2000-2040 | ||
LPTC81-250 | R25=2000 | ±5% | R25=1900-2100 | ||
LPTC81-251 | R25=2000 | -5% | R25=1900-2000 | ||
LPTC81-252 | R25=2000 | +5% | R25=2000-2100 | ||
LPTC84-130 | R100=1000 | ±3% | R25=575-595 | -40℃~+180℃ | KTY84 series |
LPTC84-150 | R100=1000 | ±5% | R25=565-613 | ||
LPTC84-151 | R100=1000 | -5% | R25=565-575 | ||
LPTC84-152 | R100=1000 | +5% | R25=595-613 | ||
LPTC-200 | R25=200 | ±3%;+5%,-5% | -40℃~+150℃ | ||
LPTC-500 | R25=500 | ±3%;+5%,-5% | |||
LPTC-1200 | R25=1200 | ±3%;+5%,-5% | -50℃~+125℃ | ||
LPTC-1600 | R25=1600 | ±3% | R25=16000±50Ω | ||
LPTC-3800 | R25=3800 | ±3% | |||
LPTC-4050 | R25=4050 | ±3% | R25=3920-4172 |