Molded Interconnect Devices
MID = Molded Interconnect Devices
This term includes the production method and the function of the part. If the printed circuit carrier is 3-dimensional designed one is talking about the so-called 3D-MID, i. e. of ‘spatially injection molded printed circuit carriers'.
MID Applications
What are the reasons for applying MID?
Design possibilities:
Ratio potential:
Environmental characteristics:
MID Applications
What are the reasons for applying MID?
Design possibilities:
- Miniaturization
- New functions
- Multiple shapes possible
Ratio potential:
- Less part counts
- Shorter process chains
- Reduced use of material
- Higher reliability
- Reduced supplier variety
- Cost reduction
- Reduced mounting and logistics
- Reduced initial release costs
Environmental characteristics:
- Reduced material variety
- Reduced use of material
- Material recycling
MID-Arguments
What are the reasons for applying MID?
Free Design Possibilities:
- Integration of electronics and mechanics in one component
- Miniaturization
- New functions
- Multiple shapes possible
Ratio Potential:
- Less part counts
- Shorter process chains
- Reduced use of material
- Higher reliability
- Reduced supplier variety
- Cost reduction
- Reduced mounting and logistics
- Reduced initial release costs
Environmental characteristics:
- Reduced material variety
- Reduced material consumption
- Material-Recycling
