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KTY81 2KOhm Series Silicon Thermistor PTC LPTC81-210 220 221 222 250 251 252
Product Details:
| Place of Origin: | Dongguan,Guangdong,China |
| Brand Name: | AMPFORT |
| Certification: | ROHS |
| Model Number: | KTY81 2KOhm |
Payment & Shipping Terms:
| Minimum Order Quantity: | 1000PCS |
|---|---|
| Price: | 0.75 US$/PC |
| Packaging Details: | Bulk or T/A |
| Delivery Time: | 2 Weeks |
| Payment Terms: | T/T, Western Union |
| Supply Ability: | 10KKPCS Per month |
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Detail Information |
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| Name: | Thermistor PTC | R25: | 2000 Ohm |
|---|---|---|---|
| Operating Temperature: | -55℃～+150℃ | Cross: | Philips/NXP KTY81-2KΩ Series KTY10-5 KTY10-6 KTY10-62 KTY10-7 Series |
| Resistance Tolerance: | 1% 2% 5% | Encapsulation: | Glass DO-35 |
| MFG: | AMPFORT/PHILIPS/NXP | Max Power: | 10mW |
| Highlight: | KTY81 Silicon Thermistor PTC,2KOhm Silicon Thermistor PTC,10mW Silicon PTC Thermistor |
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Product Description
KTY81 2KOhm Series Silicon Thermistor PTC LPTC81-210 220 221 222 250 251 252
Description Of The Silicon Thermistor PTC
- Linear PTC thermistor (LPTC) resistance increases linearly with temperature,
- It shows almost linear positive temperature coefficient in the whole temperature range, suitable for measurement and control system, temperature compensation.
- Since the structural material is mainly semiconductor single crystal silicon, it is also called silicon temperature sensor, silicon thermistor, and sometimes silicon resistor.
- Because of the positive temperature coefficient, silicon temperature sensors exhibit fail-safe operation when overheated.
- In addition, silicon itself is stable, so silicon temperature sensors are very reliable and have a long service life.
- Hermetically sealed glass package, axial lead, 2 leads, can operate in high temperature and humidity environment.
- Linear PTC thermistor, small size, good sealing, easy to install automatically.
- AMPFORT Linear PTC Thermistor (LPTC)
Application Of The Silicon Thermistor PTC
- Industrial automation control equipment, home appliance temperature detection and compensation, precision circuits and crystal oscillator temperature compensation.
- Temperature compensation for silicon semiconductor devices, temperature compensation instrumentation amplifiers, A/D converter temperature compensation.
- Micro-motor timing control, automotive temperature detection and control, medical equipment temperature detection and control.
- Linear PTC Thermistor Applications
- Also includes transmission, engine oil and coolant, heating system, overheating protection, amplifiers, power supplies, sensors, telemetry,
- Computer, magnetic amplifier, temperature measurement, weather, temperature regulation and over temperature protection.
Features Of The Silicon Thermistor PTC
1. The resistance of linear PTC thermistor (LPTC) increases linearly with the increase of temperature, showing almost
Linear positive temperature coefficient range, suitable for measurement and control system, temperature compensation.
Temperature coefficient: α25/50>=0.7%/C.
2. Excellent long-term stability and the largest annual diversification rate. 0.01℃ per year, the service life of temperature silicon temperature sensor Drift during the period is negligible.
3. Thermal time constant Up to 10 seconds in still air.
4. Working temperature range -55~+150℃.
5. Dissipation coefficient 2.5~5mW/℃.
6. The maximum working current Iopr =1.0mA.
7. Rated power 10mW.
8. Philips/NXP silicon temperature sensor elements KTY84 and KTY81 are replaced and matched.
• Temperature dependent resistor with positive temperature coefficient
• Temperature range – 50 °C to + 150 °C (– 60 F to 300 F)
• Available in SMD or leaded or customized packages
• Linear output
• Excellent longterm stability
• Polarity independent due to symmetrical construction
• Fast response time
• Resistance tolerances (R25) of ± 3% or ± 1%
Silicone PTC Thermistor Cross Reference Of The Silicon Thermistor PTC
| 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 KTY10-5KTY10-6KTY10-62KTY10-7series
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| 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 |
Note 1:The above items are all used DO35 glass encapsulation.