AMAT Applied Materials AX8200D Controller

Brand: AMAT Applied Materials
Model:AX8200D
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

AMAT Applied Materials AX8200D Controller

Product manual:

1、 Product Overview (Speculation)

The AX8200D controller may be a core control module introduced by AMAT in the early stages for semiconductor manufacturing equipment.
It may be responsible for functions such as process control, data acquisition, signal processing, and system management of the equipment.
This controller may work in conjunction with other modules of AMAT, such as interface modules, I/O modules, driver modules, etc,
Realize automation and precision control of equipment.

2、 Possible product features (speculation)

Core control function
Perform logical control of equipment, process parameter management, and data processing.

Multi channel input/output
Supports multiple digital and analog inputs and outputs, capable of managing multiple subsystems simultaneously.

Industrial-grade design
Adopting high reliability electronic components to adapt to the high cleanliness, vibration, and electromagnetic interference conditions of semiconductor production environment.

Modularity and compatibility
Plug in or rack mounted installation, easy to replace and maintain; Compatible with AMAT series interface modules, I/O modules, and driver modules, supporting system expansion.

Strong signal processing capability
Support digital, analog, and pulse signal processing; The internal logic can execute complex process control algorithms.

Security and protection functions
Support overcurrent, overvoltage, and short-circuit protection; Can collaborate with interlocking modules to achieve equipment and operational safety protection.

3、 Possible application areas (speculated)

Semiconductor process equipment: the core control unit of systems such as PVD, CVD, Etch, ion implantation, etc.

Automated production line: Collaborate with interface modules, I/O modules, and driver modules to achieve precise process control.

System maintenance and upgrade: Modular design facilitates replacement and system expansion.

Data collection and monitoring: The controller can collect process data and achieve alarm and status monitoring.