| Manufacturer | Part # | Datasheet | Description |

Rohm
|
BH7624KS2 |
449Kb/6P |
I/O Interface LSI for the DVD recorder for PAL |
| BH7625KS2 |
414Kb/6P |
Input switching interface LSI for the DVD recorder |
| DTC144VKAT146 |
328Kb/6P |
Only the on/off conditions need to be set for operation, making the circuit design easy. |
| BD63940EFV-E |
236Kb/9P |
the ultra simple type that provides the minimum function for driving stepping motor and various protection circuits. |
| BU7331EKN-E2 |
572Kb/21P |
3ch Programmable Clock Generator |
| BD6112FVM |
157Kb/2P |
Programmable negative supply IC |
| KD2006-RQFW00A |
87Kb/2P |
For Large-sized, High-speed Label Printers with The Heat historical control |
| KD2003-RQFW00A |
90Kb/2P |
For Large-sized, High-speed Label Printers with The Heat historical control |
| KD3003-RQFW00A |
333Kb/2P |
For Large-sized, High-speed Label Printers with The Heat historical control 2019.10 - Rev.001 |
| SMLP3 |
1Mb/4P |
The smallest 3 color type LED in the world |
| KD3004-RQFW00A |
327Kb/2P |
For Large-sized, High-speed Label Printers with The Heat historical control 2019.10 - Rev.001 |
| KD3006-RQFW00A |
327Kb/2P |
For Large-sized, High-speed Label Printers with The Heat historical control 2019.10 - Rev.001 |
| BA00DD0W-E |
493Kb/20P |
low-saturation regulators available for outputs up to 2A/1A. The output voltage |
| FMC3AT148 |
106Kb/3P |
This specification covers the detail requirements for one type silicon epitaxial planar digital transistor designed for switichng circuit |
| SMLP3 |
818Kb/4P |
The smallest 3 color type LED in the world PICOLED-RGB |
| BD7682FJ-LB |
1Mb/30P |
This is the product guarantees long time support in the Industrial market |
| SMLP36RGB |
402Kb/11P |
The smallest class 3 color type LED in the world PICOLEDTM-RGB |
| SMLP34 |
1Mb/9P |
The smallest class 3 color type LED in the world PICOLEDTM-RGB |
| SMLP34RGB |
384Kb/11P |
The smallest class 3 color type LED in the world PICOLEDTM-RGB |
| KD2002-RQFW00A |
88Kb/2P |
For Large-sized, High-speed Label Pr inters wi th The Heat histor ical cont rol |