PRODUCT & SERVICE Device Programmer
- MINATO
- PRODUCT & SERVICE
- Device Programmer
- Auto Programming System
- SH-1000(Automated)
SH-1000(Automated)
SH-1000 is a semi-automatic programming system that can be equipped with any one of the Gang Programmers "MODEL 1950", "MODEL 400 series", and "MODEL 500 series".
Since you can equip your own programmer as it is, you can make effective use of your assets.
By eliminating the autoloader carrier, it is significantly cheaper than conventional fully automated programming systems.
It is also possible to carry a multi-pin IC (QFP package) by automatically correcting the IC transport position and the IC socket position with the two upper and lower cameras.
This is a general-purpose IC programming system that can support from small-capacity flash memory to MCU and large-capacity eMMC/NAND memory.
Features
Mountable device programmer
One of the high-speed gang programmers "MODEL500 series", "MODEL400 series" and "MODEL1950" can be equipped.
Auto teaching
The high-performance CMOS camera makes fine adjustments easy and automated.
During automatic operation, correct the position of each IC and insert it properly into the socket adapter.
Tray arrangement
JEDEC tray can be stored for supply and storage.
Operation Screen
IC programming data, coordinate data, and marking data are collectively managed as task data.
Barcode support is also possible.
Specification
Device programmer
| Device programmer |
「One of "MODEL 1950", "MODEL 404e +, 408e +, 416e +", "MODEL 504, 508, 516" can be mounted.
|
|---|---|
| Interface |
USB2.0 (MODEL1950, MODEL400 series), USB3.0 (MODEL500 series)
|
| Programmer buffer memory | Standard 4Gbit (MODEL1950), standard 512Gbit (MODEL400 series), standard 1024Gbit (MODEL500 series) |
| Target IC device |
eMMC, eSD, GB-NAND, MoviNAND, i-NAND, NAND, OneNAND, Flash built-in MCU, NOR, etc.
|
| Operation Log | Automatically save each lot in text format |
Handler
| Target IC package | TSOP・SOP・BGA・QFP |
|---|---|
| Target socket adapter | Open-top (OT socket adapter) |
| IC device handling |
X, Y, Z, θ 4-axis 2-phase pulse motor + belt drive X-axis minimum resolution: 10 μm/pulse Y-axis minimum resolution: 10 μm/pulse Z-axis minimum resolution: 10 μm/pulse θ-axis minimum resolution: 0.18°/pulse |
| IC device handling capacity | 400 [UPH] UPH = Units per hour *Excluding work sequences such as tray transfer |
| Coordinate data registration method |
Manual method
X-Y, Theta coordinates: Visual setting with dedicated pad and dedicated jig Z coordinate: Auto teaching Fully automatic positioning method Original system by image processing |
| Image inspection function |
Automatic correction of IC device transport posture by CCD camera image processing.
|
| Supply method |
Stationary method (standard)
Target tray: JEDEC (size: 315.8mm x 135.8mm for automatic transportation *Vacuum pick site is necessary in the center)/EIAJ Number of storage: 1 supply, 1 storage, defective storage |
| Control | Windows(R) 10 |
| User interface |
LCD panel (PLC monitor, PC), keyboard, mouse
|
| Network compatible | Ethernet |
| Model switching time |
10 minutes or less *IC program data transfer time is not included.
|
| Air supply |
0.4Mpa 50l/min *Limited to dry air
|
| Power supply | ACIN: AC100V / AC220V 50 / 60Hz 10A Can be changed according to the installation location. |
| Machine size/weight |
(D) 900 (W) 1150 (H) 1500 (mm) About 240Kg
*Protrusions, PC, monitor are not included. |