| Image | Part Number | Description / PDF | Quantity | Rfq |
|---|---|---|---|---|
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TDK Corporation |
NTC THERMISTOR AUTOMOTIVE GRADE |
3 |
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TDK Corporation |
NTC THERMISTOR 0402 COMM GRADE K |
6 |
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TDK Corporation |
NTC THERMISTOR 0603 COMM GRADE K |
7 |
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TDK Corporation |
NTC THERMISTOR 0201 COMM GRADE K |
8 |
|
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TDK Corporation |
NTC THERMISTOR 0805 COMM GRADE |
8 |
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KitsThermistor Kits are comprehensive sensor solutions containing thermistors - temperature-dependent resistors used for precise temperature measurement and control. These kits typically include multiple thermistor types, calibration components, and mounting accessories. Their importance lies in enabling accurate thermal management across applications like industrial automation, medical devices, and consumer electronics, where temperature monitoring is critical for performance and safety.
| Type | Functional Characteristics | Application Examples |
|---|---|---|
| NTC Thermistor Kits | Negative Temperature Coefficient (resistance decreases with temperature increase) | Temperature compensation circuits, battery management systems |
| PTC Thermistor Kits | Positive Temperature Coefficient (resistance increases with temperature) | Overtemperature protection, motor starting circuits |
| CTR Thermistor Kits | Critical Temperature Resistor (abrupt resistance change at Curie point) | Thermal switches, temperature alarms |
Standard Kits include: - Ceramic semiconductor elements (Mn/Ni/Co oxides for NTC, BaTiO3 for PTC) - Epoxy/glass encapsulation for environmental protection - Lead wires (tinned copper or platinum alloys) - Calibration resistors and reference standards - Mounting hardware (probes, clips, thermal paste) Advanced kits feature surface-mount components and integrated signal conditioning circuits.
| Parameter | Significance |
|---|---|
| Resistance Tolerance ( 1% to 10%) | Determines measurement accuracy |
| B-Value (2000-5000K) | Defines temperature-resistance relationship |
| Dissipation Factor (1-10 mW/ C) | Self-heating effect control |
| Thermal Time Constant (1-100s) | Response speed to temperature changes |
| Operating Temperature (-50 C to +300 C) | Application environment compatibility |
Key industries include: - Consumer Electronics: Smartphones (battery temp monitoring), HVAC systems - Automotive: Engine coolant sensors, battery thermal management - Medical: Patient temperature monitoring devices - Industrial: Semiconductor manufacturing equipment - Renewables: Solar inverter thermal control
| Manufacturer | Representative Products |
|---|---|
| Murata Manufacturing | NCP15XH103F03RC, PTC-MLCC hybrid kits |
| Vishay Beyschlag | NTHS0603N01, high-temp PTC arrays |
| TE Connectivity | EC958-ND NTC calibration kits |
| Ametherm | SL15-1216-1.5K NTC inrush current kits |
Key considerations: - Temperature range matching application requirements - Required accuracy vs. cost trade-offs - Environmental factors (humidity, vibration, chemical exposure) - Interface compatibility (analog vs digital output needs) - Calibration certification requirements
Emerging developments: - Miniaturization for wearable device integration - AI-enhanced temperature compensation algorithms - Increased adoption of surface-mount thermistors - Development of high-temperature ceramic materials - Integration with IoT-enabled smart sensors - Growth in EV battery management system demand