1f2345d887a2f391d1a6294fa9ffbd9bc3b67439
Home.md
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| 33 | 33 | |
| 34 | 34 | - [[SDK-DAT]] - [[RPI-SDK-dat]] - [[ESP-SDK-dat]] - [[camera-sdk-dat]] - [[display-sdk-dat]] - [[arduino-ide-dat]] - [[MDK-ARM-dat]] |
| 35 | 35 | |
| 36 | -- [[PCB-dat]] - [[PCB-design-dat]] - [[PCB-soldering-dat]] |
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| 37 | - |
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| 38 | -- [[tools-dat]] - [[multimeter-dat]] |
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| 39 | - |
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| 40 | -- [[fab-dat]] - [[fab-PCB-dat]] - [[fab-PCBA-dat]] - [[fab-stencil-dat]] |
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| 41 | 36 | |
| 42 | 37 | - [[service-dat]] - [[discount-dat]] |
| 43 | 38 |
Tech-dat/effects-dat/effects-dat.md
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| 2 | + |
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| 3 | +# effects-dat |
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| 4 | + |
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| 5 | +## thermoelectric system |
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| 6 | + |
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| 7 | +- **Seebeck Effect** — Temperature difference generates voltage. - [[Seebeck-dat]] |
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| 8 | + *(Heat → Electricity)* |
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| 9 | + |
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| 10 | +- **Peltier Effect** — Electric current causes heating or cooling at junctions. - [[Peltier-dat]] |
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| 11 | + *(Electricity → Heat flow)* |
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| 12 | + |
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| 13 | +- **Thomson Effect** — In a single conductor, current + temperature gradient causes heat absorption or release. - [[Thomson-dat]] |
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| 14 | + *(Electricity + Temp gradient → Heat)* |
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| 15 | + |
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| 16 | +- **Ettingshausen Effect** — Temperature gradient + magnetic field → voltage (perpendicular). |
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| 17 | + *(Heat + Magnetism → Electricity)* |
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| 18 | + |
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| 19 | +- **Nernst Effect** — Magnetic field + voltage → temperature difference. |
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| 20 | + *(Electricity + Magnetism → Heat)* |
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| 21 | + |
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| 22 | + |
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| 23 | + |
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| 24 | +## ref |
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| 25 | + |
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| 26 | +- [[tech-dat]] |
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Tech-dat/tech-dat.md
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| 252 | 252 | |
| 253 | 253 | ## more |
| 254 | 254 | |
| 255 | +- [[effects-dat]] |
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| 256 | + |
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| 257 | +- [[fab-dat]] - [[fab-PCB-dat]] - [[fab-PCBA-dat]] - [[fab-stencil-dat]] |
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| 258 | + |
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| 259 | +- [[PCB-dat]] - [[PCB-design-dat]] - [[PCB-soldering-dat]] |
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| 260 | + |
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| 261 | +- [[tools-dat]] - [[multimeter-dat]] |
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| 262 | + |
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| 263 | + |
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| 264 | + |
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| 265 | + |
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| 266 | + |
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| 267 | + |
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| 268 | + |
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| 269 | + |
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| 255 | 270 | AP12-1-71-502 == Circuit Breakers Cir Brkr Hyd Mag == HYDRAULIC MAGNETIC CIRCUIT PROTECTORS |
| 256 | 271 | |
| 257 | 272 | The Airpax™ AP series are fully sealed, magnetic circuit protectors that combine power switching and accurate, reliable circuit protection with inverse time delays and trip free features. |
| 258 | 273 | |
| 259 | 274 | |
| 275 | + |
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| 276 | + |
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| 260 | 277 | ## Info |
| 261 | 278 | |
| 262 | 279 | Any interetest demo please contact me to enquiry. |
tools-dat/soldering-tools-dat/solder-paste-dat/solder-paste-dat.md
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| 3 | 3 | |
| 4 | 4 | - [[high-precise-printing-dat]] |
| 5 | 5 | |
| 6 | + |
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| 7 | +## “Solder paste should be more viscous so it doesn’t spread or drip.” |
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| 8 | + |
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| 9 | +- **More viscous** → thicker, stickier, flows slowly |
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| 10 | + → Good for solder paste — it stays where you apply it. |
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| 11 | + |
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| 12 | +- **Diluted** → thinned by adding liquid (like flux or solvent) |
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| 13 | + → Not good — it becomes too runny and won’t hold components well. |
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| 14 | + |
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| 15 | + |
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| 16 | + |
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| 17 | + |
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| 18 | + |
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| 6 | 19 | ## Low temperature soldering paste |
| 7 | 20 | |
| 8 | 21 | Low temperature soldering paste is a type of solder paste designed to melt and flow at lower temperatures than standard solder pastes. Here are its main features: |