AMAT 0100-71267 high-performance industrial control module
AMAT 0100-71267 is a specialized high-performance industrial control module manufactured by Applied Materials.
It is primarily identified as an 8-Channel PMC (PCI Mezzanine Card) expansion board, specifically utilized within the AKT series of semiconductor and flat-panel display manufacturing systems (e.g., AKT-PECVD and PVD systems).
This module acts as a critical interface for data acquisition and signal processing, ensuring the precise timing and synchronization required for thin-film deposition and array testing.
Technical Parameter Table
| Parameter | Specification |
| Part Number | 0100-71267 (also 712670960) |
| Model Type | 8-Channel PMC (PCI Mezzanine Card) |
| Bus Interface | Standard PMC (IEEE 1386.1) / PCI 66MHz capable |
| Channel Count | 8 Independent Channels |
| Functionality | PCM (Pulse Code Modulation) / High-speed I/O |
| Data Processing | 32-bit RISC on-board co-processor (typical for PMC) |
| Form Factor | Single-width Mezzanine Card |
| Origin | Made in the USA |
| Compatibility | VMEbus Carrier Boards (e.g., 0100-71278) |
Related Models
The 0100-71267 is often found integrated with or replaced by these associated AMAT components:
AMAT 0100-71278: A VME Communication Interface board that frequently hosts PMC cards.
AMAT 0100-71271: A VMEbus Digital I/O Module used in the same rack.
AMAT 0100-71229: Auxiliary/Main CPU Board for AKT system logic.
AMAT 0100-71309: A control circuit board module used in similar high-density automation.
Application Cases
Flat Panel Display (FPD) Manufacturing: Used in AKT PECVD systems for controlling the deposition of highly uniform films on large glass substrates.
TFT Array Testing: Integrated into eBeam Array Test systems to manage high-speed signal capture from thin-film transistor arrays.
Vacuum Chamber Control: Managing synchronized I/O for gas distribution and pressure monitoring in PVD (Physical Vapor Deposition) processes.
Product Advantages and Features
High-Density Signal Processing: 8 channels in a compact PMC form factor allow for massive I/O expansion without occupying additional VME slots.
Real-Time Determinism: Designed for “hard” real-time environments, ensuring sub-millisecond response times for pulse-width or signal modulation tasks.
Industrial Grade Durability: Built to withstand the high EMI and thermal fluctuations common in semiconductor fab sub-fabs and cleanrooms.
Mezzanine Versatility: Being a PMC card, it can be mounted on various carrier boards (VME, PCI, or CompactPCI), providing architectural flexibility.
Installation and Maintenance
Installation
Mounting: Align the PMC card connectors with the headers on the carrier board (e.g., a VME base board). Press firmly until seated.
Fastening: Use the four standard standoff screws to secure the card to the carrier to prevent vibration-induced signal loss.
ESD Protection: Fab environments are sensitive; always use a grounded wrist strap when handling the card’s component side.
Maintenance
Visual Diagnostics: Inspect the on-board status LEDs for power and activity heartbeat.
Firmware Verification: Ensure the PMC firmware version matches the system software requirements of the AKT tool (typically Rev. 01 or higher).
Cleaning: If the system is serviced, use only filtered compressed air to remove particulate matter from the mezzanine connectors.
Unique Product Description
The AMAT 0100-71267 8-Channel PMC Card is the “Precision Engine” of the AKT display production line.
While standard I/O cards handle basic logic, this PMC card is engineered for the high-frequency pulse requirements of advanced plasma environments.
Its “Mezzanine” design allows for the modular replacement of communication logic without needing to swap out an entire VME motherboard,
significantly reducing tool downtime and maintenance costs in high-volume manufacturing (HVM) settings.