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- Base Material: FR-4
- Certification: RoHS, ISO
- Layers: Multilayer
- PCBA QC: X-ray, AOI Test, Function Test (100% Test)
- Solder Mask Color: Green, Black, Red, Blue, Yellow, White
- Min. BGA Space: 0.3 mm
- Min. Component: 01005
- Name: Fire Temperature Sensor Circuit Board PCBA
Description
Product Parameters
| Parameter | Specification |
|---|---|
| Base Material | FR-4 |
| Certification | RoHS, ISO |
| Layers | Multilayer |
| PCBA QC | X-ray, AOI Test, Function Test (100% Test) |
| Solder Mask Color | Green, Black, Red, Blue, Yellow, White |
| Min. BGA Space | 0.3 mm |
| Min. Component | 01005 |
| Name | Fire Temperature Sensor Circuit Board PCBA |
Product Display
Description
The fire temperature sensor circuit board is an electronic component designed for monitoring ambient temperature and identifying abnormal temperature changes. It can integrate a temperature sensor, signal-conditioning circuit, data-processing unit, and communication interface. The sensor detects temperature changes and converts them into electrical signals, while the signal-conditioning circuit processes the sensor output for stable and reliable measurement. The processing unit evaluates the temperature according to configured conditions and can generate an alarm signal when an abnormal temperature condition is detected.
Application Scenarios
Commercial Buildings
- Fire Monitoring: The circuit board can be integrated into fire detection systems used in shopping malls, office buildings, and other commercial facilities to monitor temperature changes in different areas.
- Electrical Equipment Monitoring: Temperature sensors can be positioned near electrical equipment and other potential heat sources to help identify abnormal temperature increases at an early stage.
Industrial Facilities
- Factory and Warehouse Monitoring: The circuit board can be used in production workshops, warehouses, and other industrial environments where temperature monitoring is important for fire prevention.
- High-Temperature Equipment Monitoring: Sensors can monitor temperature around machinery, production equipment, and other heat-generating areas and provide an alert when configured temperature conditions are exceeded.
Public Places
- Public Facility Protection: The circuit board can be integrated into fire monitoring systems in schools, hospitals, hotels, and other public facilities.
- Area Monitoring: Temperature sensors can be installed in rooms, corridors, stairways, and other areas to provide continuous temperature monitoring and support early fire-warning systems.
Hardware Characteristics
High-Precision Temperature Sensing
- Accurate Temperature Detection: The board can use temperature-sensing components such as thermistors or thermocouples to detect changes in ambient temperature. Sensor selection and circuit design can be optimized according to the required measurement range and accuracy.
Fast Response
- Rapid Signal Processing: The sensing and processing circuits are designed to respond promptly to significant temperature changes. When configured temperature conditions are reached, the processing unit can quickly generate an alarm or communication signal.
Wide Temperature Range Applicability
- Environmental Adaptability: The circuit board can be designed for operation across a specified temperature range, making it suitable for applications ranging from controlled indoor environments to demanding industrial locations.
Strong Anti-Interference Ability
- Signal Filtering: Filtering and signal-conditioning circuits can help reduce electrical noise and interference that could affect temperature measurements.
- Reliable Operation: Appropriate PCB layout, shielding, grounding, and circuit protection can help improve stability in environments with electromagnetic interference or changing humidity conditions.
