AMAT

AMAT 0100-71134 control module

Applied Materials (AMAT) 0100-71134 is a specialized electronic control module, identified as the AKT Chamber Remote Control 10K Board

This PCB is a core component within the AKT (Applied Komatsu Technology) series, specifically designed for Large Area Substrate processing platforms such as the AKT 15K, 25K, and 55K PECVD systems.

It facilitates the “Remote Control” logic for individual process chambers, allowing the central mainframe to coordinate high-precision deposition tasks across multiple chamber modules.

Technical Parameter Table

Parameter Specification
Manufacturer Applied Materials (AMAT) / AKT
Part Number 0100-71134
Alternate PN 0110-71134 (PCB Fab)
Model Name AKT Chamber Remote Control 10K
Platform Compatibility AKT 10K / 15K / 25K / 55K CVD Systems
Bus Interface Proprietary AKT Control Bus
Function Remote Chamber Signal Distribution & Logic
Operating Voltage $+24V$ DC (Standard Control Power)

Related Models

The 0100-71134 often operates alongside other AKT-specific distribution and interlock boards:

0100-71102: Chamber Control CVD 15K Board.

0100-71304: Chamber Distribution 55K CVD Board.

0100-71113: Chamber Interlock 5500PX Board.

0100-71075: VME Communication/Control Interface.

Application Cases

This board is localized within the chamber electronics rack of large-scale display manufacturing tools:

Remote Signal Routing: Acts as a node to distribute commands from the mainframe VME rack to localized chamber actuators (valves, heaters, and motors).

TFT-LCD Processing: Essential for the synchronized deposition of thin-film transistors on glass substrates.

10K/15K Platform Support: Specifically tuned for the signal impedance and timing requirements of the 10K-series chamber architecture.

Chamber Isolation: Allows for independent remote diagnostics of a single chamber without disrupting the entire tool mainframe.

Product Advantages and Features

Localized Processing: Offloads simple I/O tasks from the main CPU, reducing bus traffic and improving system response time.

High Reliability: Built to industrial standards to ensure 24/7 operation in cleanroom environments where downtime costs are extreme.

Signal Integrity: Features optimized trace routing to maintain clean communication signals over the long cable lengths typical of large AKT tools.

Diagnostic Friendly: Often includes onboard LED indicators to help field engineers quickly identify communication status between the mainframe and the chamber.

Other Models in the Same Series

0100-71135: Chamber Power Distribution Module.

0100-71261: P-CH (Process Chamber) Interlock Card.

0100-71171: Chamber Interlock Gen7 Board.

Installation and Maintenance

Installation: Ensure the chamber’s DC power is isolated before replacing. Align the 0100-71134 with its mounting standoffs and ensure all multi-pin ribbon cables are securely locked into their headers.

Configuration: Verify that any address jumpers match the specific Chamber ID (e.g., Chamber A, B, or C) as defined in the tool’s software configuration.

Maintenance: Periodically inspect cable connectors for signs of thermal stress or loosening due to tool vibration.

TOYOA MC256-C
TOYOPUC OUT-16   THK-2791
TPC FPX86-9345-B
TPC FFLC6-3483-B
TPC FPX86-9377–A
TR ZE65M
TRACO TIS600-124
TRACO POWER T1023-07C
TRACO POWER T1032-07C
TRAFO SLOV4.6/5.3   3BHL000734P0003
TRAFOTEK CHK0520
TRANSCEND 128M   PC133 SDRAM
TRANSITION NETWORKS J/E-CF-02
TRASFOR DRMBW30/L   3BHB009182P0001
TRASFOR DRMBW20/L   3BHB009181P0001
TRENEW VME-GrundSystem

Handling: ESD Protocol Mandatory. The high-density logic chips on the Remote Control 10K board are sensitive to static. Use a grounded wrist strap and conductive mat during handling.

Unique Product Description

The AMAT 0100-71134 is the localized “bridge” for the AKT 10K/15K platforms.

In the massive architecture of flat-panel display manufacturing tools, centralizing every single wire is impossible.

The 0100-71134 solves this by providing a reliable remote intelligence point at the chamber level.

It ensures that the high-level deposition recipes sent from the mainframe are translated into physical actions within the chamber with microsecond precision, ensuring uniform film quality across the entire glass substrate.

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