KTY84 Hermetically Sealed Axial Leaded Silicon Temperature Sensors LPTC84-130 150
KTY84 Hermetically Sealed Glass Package Axial Leaded Silicon Temperature Sensors LPTC84-130 150 151 152
Description Of The Silicon Temperature Sensors
The structure of the KTY84 temperature sensor chip is based on the principle of diffusion resistance. The main component is silicon, which is inherently stable and has an actual online linear temperature coefficient within the measurement range, ensuring high temperature measurement accuracy. Therefore, this class has the characteristics of "high precision, high reliability and stability, and positive temperature coefficient".
Scope of application Of The Silicon Temperature Sensors
KTY84 silicon temperature sensor is widely used in some high-end fields. For example, it is mainly used in temperature measurement and control system in automobiles (oil temperature measurement in oil module, temperature measurement and transmission of diesel injection system and engine cooling system); in industry, it is mainly used in overheat protection, heating control system, power supply Power supply protection, etc.
Size Of The Silicon Temperature Sensors
KTY83-150 temperature sensor is a silicon temperature sensor, which is characterized by a wide temperature measurement range, small size and rapid response. Its performance characteristics are that according to the temperature change within the measurement range of -55 ℃ to +175 ℃, the resistance value basically changes linearly from about 500Ω to 2500Ω.
KTY83-150 temperature sensor is a silicon temperature sensor, which is characterized by a wide temperature measurement range, small size and rapid response. Its performance characteristics are that according to the temperature change within the measurement range of -55 ℃ to +175 ℃, the resistance value basically changes linearly from about 500Ω to 2500Ω.
Features Of The Silicon Temperature Sensors
■ High accuracy and reliability
■ Long-term stability
■ Positive temperature coefficient; fail-safe behavior
■ Virtually linear characteristics
■ Temperature range −40 °C to +180 °C
■ Nickel plated leads
Specification Of The Silicon Temperature Sensors
|
Part Number |
Resistance (Ω) (Ω) |
Tolerance (%) |
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
|
| 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 |
CAUTION:
This device is sensitive to ElectroStatic Discharge (ESD). Therefore care should be taken during transport and handling.
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