SERCALO TECHNOLOGY
MEMS TECHNOLOGY
The MEMS technology uses integrated circuit processing techniques to create precise and moveable structures on silicon substrates. MEMS are the union of microelectronics and micromachining technologies. It is MEMS technology and the design expertise in electronics driver designs that makes Sercalo's products stand out in the market. Sercalo's patented MEMS technology is based on micromirrors fabricated in single crystal silicon.
SERCALO MEMS
The MEMS technology uses integrated circuit processing techniques to create precise and moveable structures on silicon substrates. MEMS are the union of microelectronics and micromachining technologies. It is MEMS technology and the design expertise in electronics driver designs that makes Sercalo's products stand out in the market. Sercalo's patented MEMS technology is based on micromirrors fabricated in single crystal silicon.
SERCALO FACILITY
Sercalo’s products are highly reliable due to mature MEMS technology. There is no sticking, no friction, no wear out, nor fatigue. This is why a MEMS switch can operate billions of cycles maintaining the same output results.
Sercalo qualifies its fiber optic components according to the Telcordia 1221 standard (mechanical shocks, vibration, high number of thermal cycles, damp heat etc.)
STEP BY STEP
| Wet Processing | |
| • Photolithography | |
| • Wet Etching | |
| • HF Vapor release | |
| Dry Processing | |
| • DRIE Etching | |
| • O2 Plasma cleaning | |
| • PVD | |
| • Dry & Wet oxidation | |
| Assembly Line | |
| • Wafer Probing | |
| • Automated Pick & place | |
| • Wire Bonding | |
| • Pigtail assembly | |
| • Package sealing | |
| • Laser Welding | |
| • Fiber optic Test and Measurement | |
| Qualification | |
| • Mechanical shock | |
| • Vibration | |
| • Thermal cycles | |
| • Damp heat | |
