Comparison ledger
Dek 03 iX Automatic, Mydata My 300 SX 15, side by side. Every value shown is drawn from the cited encyclopedia entries.
| Attribute | My 300 SX 15Mydata | |
|---|---|---|
| OEM | Dek | Mydata |
| Category | Assembly / SMT | Assembly / SMT |
| Wafer size | — | — |
| Process node | — | — |
| Introduced | — | — |
| Production run | — | — |
| Lifecycle | — | — |
| Lifecycle milestones | — | — |
| Control system | — | — |
| Generation | — | — |
| Family | Dek 03 iX Automatic | Mydata My 300 SX 15 |
| Specifications | ||
| Vintage | 2020[1] | — |
| Software | — | TPSys 5.3.1d.1[2] |
| Machine type | — | Pick and place[2] |
| Make | — | Mycronic / Mydata[2] |
| Model | — | My 300 SX 15[3] |
| Activated software options | — | Hydra; Hydra High Speed; Hydra Large Component Range; Hydra Fine Pitch; Electrical Two Pole Test; Electrical Measurement; Fast Place Sequence; Line Mode; Shared Databases; Proactive Replenishment Monitor; In/Out Conveyor Board Train; In/Out Conveyor Fast Board Change[2] |
| Year | — | 2020[4] |
| Hours | — | 232[4] |
| Table | — | T4 Table[4] |
| Placement speed | — | Up to 24,000 CPH using the HYDRA Z8 high speed mounthead[3] |
| Vision system | — | 4K resolution[3] |
| Fine pitch capability | — | Down to 0.15 mm[3] |
| Chip accuracy | — | 3σ for X=50 µm, Y=75 µm and 2.6°[3] |
| Fine pitch accuracy | — | Cpk = 1.33 for X and Y = 35 µm, and 0.09°[3] |
| Chip repeatability | — | 3σ for X = 30 µm and Y = 45 µm, both within 1.8°[3] |
| Fine pitch repeatability | — | Cpk = 1.33 for X and Y = 21 µm within 0.05°[3] |
| Options | — | Electrical Two-Pole Test; Shared Databases; HYDRA Electrical Measurement; HYDRA High Speed; Fast Place Sequence; HYDRA Large Component Range; HYDRA Fine Pitch; Proactive Replenishment Monitor; In/Out Conveyor Board Train; In/Out Conveyor Fast Board Change[4] |
| Head | — | Midas Head[2] |
| Component support | — | 01005 chip components[3] |
| Accuracy | — | Chip accuracy of 3σ for X=50 µm, Y=75 µm and 2.6°[3] |
| Repeatability | — | Chip repeatability of 3σ for X = 30 µm and Y = 45 µm within 1.8°[3] |
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