1 | Easier prototyping: through-hole has become an industry-standard because of its reliability. More to being reliable, through-hole components can easily be exchanged. | ||||||||||||||
2 | Strong connections: through-hole components can withstand mechanical or environmental stress as they run through the board rather than being secured to the circuit board surface. | ||||||||||||||
3 | Superior power handling capability: through-hole soldering forms a superior bond between the circuit board and components. This makes the board perfect for larger components that will undergo high voltage and high current. | ||||||||||||||
4 | Greater heat tolerance: owing to the high heat tolerance capability, through-hole PCB assembly is preferred for many products in power supply and military sectors. |
Audio/Video | Fixture Wire | Sound/Security/Fire Alarm | ||||||
Battery Cable | GPS / Data Acquisition | Motor & Drive Cable | ||||||
Coaxial Cable | High Temperature & High Voltage | Multi-Conductor Cable | ||||||
Control Cable | Hook-up & Lead Harnesses | Power Cables & Portable Cords | ||||||
Data & Communications Cable | Industrial Automation Cable | Ribbon Cable | ||||||
DC Power Jacks & Plugs Cables | Lighting | RJ45 Telephone Cable | ||||||
Fiber Optic Cable | Medical | Sensor Cables |
1 | Bill of Materials (BOM) | ||||||||||||
2 | 3D CAD model | ||||||||||||
3 | The process of assembling | ||||||||||||
4 | Sample Unit (If you have, it will speed up the whole process.) | ||||||||||||
5 | Testing Method | ||||||||||||
6 | Packaging & Shipping information |
Контактное лицо : | Fiona Wu |
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