CIMA ST9660A + PCBA Circuit Board Thermal Analyzer
SE
ST9660A+
SMART SENSOR ST9660A+ Circuit Board Thermal AnalyzerSPEC
SMART SENSOR ST9660A+ Circuit Board Thermal AnalyzerDetails
SMART SENSOR ST9660A+ Circuit Board Thermal AnalyzerPacking list
- SKU
- NB041700
- Thermal imagery resolution
- 260*200
- frame rate
- 25Hz
- NETD
- 70mK@25℃
- Field of view
- Horizontal 34.4, Vertical 25.8
- lens
- 4mm adjustable lens
- temperature Measurement Range
- Proofreading temperature -10~120 ℃ (temperature range expansion can be customized, additional costs will be incurred)
- temperature measurement Accuracy
- ± 5 ℃ or ± 5%
- Power
- DC 5V (USBType-C)
- Power switch
- 1 second to turn on, 3 seconds to shut down
- link method
- USB link for computer use
- Circuit board placement table board
- One main unit, (1 optional expansion board, detachable and spliced))
- Bracket adjustment knob
- 4 adjustment knobs, quick adjustment of up and down distance, lens fine adjustment, lens front and rear adjustment, lens tilt adjustment
- Table size
- Single table board: 220mmx172mm, height 241mm; spliced double table board: 346mmx220mm, height: extension support rod 341mm
- Operating Temperature
- Optimum Operating Temperature -10 ℃~ 55 ℃
- Operating Humidity
- <95%
- System Requirements
- Win10 (recommended) win7
- Computer requirements
- 3 or more processors, 4G or more memory
- Update requirements
- Can be connected to the internet for manual or automatic updates
- Packaging Dimensions
- 376mmx280mmx105mm
- Total Weight
- 1.1Kg (optional accessories: + 0.5kg)
Introduction
The DytSpectrumOwl ST9660A+ PCBA thermal analyzer produced by our company is a special can provide a large amount of thermal experiment and thermal simulation data for PCBA product design and development stage. At the same time, It is also a special equipment for circuit board maintenance. When the production crystal fails, such as circuit leakage or short circuit circuit board, there will be abnormal temperature rise. The thermal analyzer can reflect the abnormal temperature rise. It is possible to quickly locate leakage and short-circuit devices, locate fault points, and achieve the purpose of rapid maintenance. In addition, components can also be tested, such as power modules and other devices, in applications such as testing overheating protection capabilities, a large amount of temperature measurement data can be obtained through thermal analyzers. PCBA circuit board leakage, short circuit, open circuit location and detection maintenance; mobile phone or other smart device comparison evaluation:
Circuit board short circuit, open circuit, leakage fault maintenance
Power consumption design of hardware circuit design
Testing and inspection of overheating protection components
Heat generation experiments in circuit design, thermal simulation, and verification of heat generation rationality: 1g of crystal heat dissipation capability test
Evaluation and comparison of equipment heating conditions;
