KIMI Phone:+86 18059884790      中文版
AMAT
Applied Materials 0100-71309
  • Warehouse: Spot
  • Warranty: 365 days
  • Quality: Original module
  • Condition: New
  • Shipping method: Courier delivery

  • Contact person: LI MING
  • Contact number: +86 18059884790
  • WeChat:18059884790
  • E-mail: plc66@qq.com

Product Description

Applied Materials 0100-71309

Product Description

0100-71309 is a VMEbus communication interface PCB assembly designed for Applied Materials Centura and Endura semiconductor wafer processing platforms. This 6U VME plug-in board serves as a high-speed data bridge, enabling reliable bidirectional data exchange between the chamber single-board computer, peripheral I/O modules and the tool host controller inside the VME rack.

image.png

Product Functions

  • Establishes high-speed VMEbus communication between the main chamber SBC and multiple auxiliary control boards.
  • Transfers real-time sensor readings, process setpoints, fault alarms and recipe status across the control rack.
  • Handles bus arbitration and signal buffering to maintain stable data transmission in high-noise plasma equipment environments.
  • Supports system diagnostics and bus error reporting for quick troubleshooting of communication failures.

Application Scenarios

  • Applied Materials Centura and Endura 200mm / 300mm semiconductor manufacturing tools.
  • VME rack control subsystems for PVD, CVD and plasma etch vacuum process chambers.
  • Semiconductor front-end fabs for thin-film deposition and wafer etch production lines.

Frequently Asked Issues

  • Bus communication timeout: Oxidation or poor contact on VME connectors causes intermittent data loss and recipe abortion.
  • ESD damage: Improper electrostatic protection during board handling damages bus transceivers and logic chips.
  • PCB contamination: Chemical vapour residue and dust create leakage and signal distortion on traces.
  • Component aging: Degradation of onboard buffer ICs leads to unstable data transmission and random system alarms.


Related recommendations