You're welcome. Actually I'll explain a little more about this to prevent someone telling you it can be done in a "hobby" style fashion.
The problem is not so much soldering, which requires an ESD safe workstation that go from $250 upwards, but moreover the handling of the chips. Once these are withdrawn from their protective packaging they very prone to static discharges produced by clothing and inadequate tools. Thus handling should be done with: ESD safe clothing, an ESD discharged workfloor and workbench, and ESD safe gloves and tools and for real good measures an ESD safe controlled environment, controlling temperature, humidity and particle filtering.
This is why there are only a few countable factories in china (and the rest of the world) because the investment needed for a factory is very expensive.
Being an electronics engineer I've seen several computer data centers where they apply equal measurements.
The problem is not so much soldering, which requires an ESD safe workstation that go from $250 upwards, but moreover the handling of the chips. Once these are withdrawn from their protective packaging they very prone to static discharges produced by clothing and inadequate tools. Thus handling should be done with: ESD safe clothing, an ESD discharged workfloor and workbench, and ESD safe gloves and tools and for real good measures an ESD safe controlled environment, controlling temperature, humidity and particle filtering.
This is why there are only a few countable factories in china (and the rest of the world) because the investment needed for a factory is very expensive.
Being an electronics engineer I've seen several computer data centers where they apply equal measurements.