The 9850TPIR+ is designed to meet the needs of a variety of DRAM, FLASH and embedded memory devices.
The requirements of new generations of high-speed chips are driving the industry towards increased wiring density and increased interconnect complexity. Additional metal interconnect layers (Cu and Al) are being added that impact the variability and thickness of the overlying fuse dielectric and other fuse topography variations.
The 9850TPIR+ addresses those challenges with leading edge technology and decades of applied laser application expertise.
The 9850TPIR+ features ESI’s Proprietary Tailored Pulse Laser for advanced capability beyond that of existing diode-pumped and fiber laser sources.
The laser pulse temporal profile of the 9850TPIR+ can be programmed to a wide variety of shapes and customized to the requirements of a particular device. One example of a Tailored Pulse shape is the “chair shaped pulse.” This has been optimized to provide a high peak of energy with a fast rise time that ruptures the overlying fuse dielectric quickly and efficiently. The pulse is then quickly attenuated, and a lower energy is applied to cleanly remove the remaining fuse material. This combination of efficient oxide removal and “gentle” cleaning out of the remaining metal, gives an unprecedented increase in process window and highest yields.
Tailored pulse shaping and dual beam laser processing technology.
- DRAM Memory repair
- Fuse processing
- CU and AI interconnect layers
Meet the procesing requirements for DRAM, Flash and embedded memory devices.
- ESI Pyro 2W laser
- Wafer Size: 200mm/300mm
FEATURES & OPTIONS
Speed and accuracy for for production throughput.
- Minimum Spot Size (1/e2): 1.5µm
- Accuracy: .15µm
- Wavelength: 1.0µm – Tailored Pulse
- Laser rep rate: 150kHz
- Maximum cut velocity: 400mm/second
For industries facing material transformation challenges in production, ESI applies unique process and engineering expertise to deliver a set of laser-based solutions that extend our customers’ processing capabilities beyond the limitations of mechanical.