NTC熱敏電阻傳感器封裝同選型

When selecting a thermistor, it is indeed necessary to comprehensively consider many key parameters and packaging (epoxy resin Encapsulation, Glass Bead Encapsulation, thin film Encapsulation, SMD Encapsulation, stainless steel probe sensor Encapsulation, ABS waterproof injection plastic). Let me tell you in detail:

B3435 NTC thermistor ABS waterproof temperature probe

Waterproof stainless steel encapsulation NTC thermistor probe

MF58 Glass Encapsulated Diode-type NTC Thermistor

‌Resistance-temperature characteristics‌: This is the core characteristic of the thermistor. The resistance changes with temperature. When selecting, it is necessary to clarify the change in resistance at different temperatures, 噉係, the temperature coefficient, to ensure the response speed and sensitivity of the thermistor in a specific application.
‌Measurement temperature range‌: According to the application requirements, determine the temperature range that the thermistor can safely and effectively measure to avoid exceeding its measurement capabilities.
‌Power consumption‌: The power consumption during operation must meet the requirements of the application circuit to prevent excessive power consumption from causing circuit instability.
‌Time constant‌: Reflects the response speed of the thermistor to temperature changes. When selecting, it is necessary to consider whether it meets the needs of the application scenario.
‌Stability‌: Stability in long-term use is crucial, which determines whether the thermistor can maintain its performance for a long time.
‌Packaging and size‌: Choose the appropriate packaging and size according to the application space and installation requirements to ensure smooth installation and use.
‌Price‌: Choose products with moderate cost based on cost-effectiveness.

NTC MF52 10K Temperature Measuring Thermistor 1% Small Black Head Probe

Glass Bead Encapsulation NTC熱敏電阻

Epoxy resin Encapsulation NTC thermistor

What are the requirements for the packaging materials of NTC thermistors?
There are many requirements for the packaging materials of NTC thermistors. Let me tell you about it!

First of all, we have to know that the packaging material must be able to protect the thermistor and prevent it from being disturbed by the external environment. Common packaging materials include epoxy resin, 玻璃, 等.

Epoxy resin packaging, it has good insulation properties, adhesion and corrosion resistance, and can effectively protect NTC thermistors. Moreover, the surface of the thermistor encapsulated with epoxy resin is smooth and burr-free, which looks very delicate! This packaging form is widely used in temperature measurement, compensation and control, as well as high-precision instrumentation and other fields.

Let’s talk about glass packaging. This type of NTC thermistor has the characteristics of small size, 高精度, 快速響應, and anti-aging. Due to the high temperature and moisture resistance of glass packaging, it is particularly suitable for use in harsh environments such as high temperature and humidity. 另外, glass packaging is also convenient for automated installation, which improves production efficiency!

答案係肯定嘅, in addition to these two common packaging materials, there are other packaging forms, such as columnar packaging, SMD packaging, 等. Each packaging form has its unique characteristics and applicable occasions, and we have to choose according to specific needs.

所以, when choosing the packaging material of the NTC thermistor, we have to comprehensively consider factors such as application requirements, working environment and performance requirements. 以呢種方式, we can choose the most suitable packaging form to ensure that the thermistor can work stably and accurately!