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AMAT  0101-57178   Digital Input / Interface PCB
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AMAT 0101-57178 Digital Input / Interface PCB

AMAT  0101-57178   Digital Input / Interface PCB

5643.00
¥4580.00
¥4580.00
¥4580.00
Weight:2.000KG
Description

AMAT  0101-57178   Digital Input / Interface PCB


Applied Materials (AMAT) 0101-57178 is a high-precision electronic control board, identified in technical catalogs as an AKT D-IN 50-32 Digital Input Board (or a closely related digital signal aggregator).

Part of the AKT (Applied Komatsu Technology) control ecosystem, this board is a critical component for large-format Flat Panel Display (FPD) and PECVD (Plasma Enhanced Chemical Vapor Deposition) systems.

It serves as a high-density interface that translates physical sensor and switch states from the process chamber into digital logic for the system's central VME controller.

Technical Parameter Table

ParameterSpecification
ManufacturerApplied Materials (AMAT) / AKT
Part Number0101-57178
Alternate PN0110-57178 (PCB Fab Number)
Board CategoryDigital Input / Interface PCB
Input Channels32-Channel Digital Input (typically)
Logic Level$+24V$ DC (Sinking/Sourcing)
Interface50-pin High-Density Ribbon Header
CompatibilityAKT 5500, 6000, 10K, and 15K Platforms
OriginMade in Germany

Related Models

The 0101-57178 is frequently found in the same control racks as these AKT-specific logic modules:

0101-57179: AKT COL-C / Logic Assembly.

0101-57112: D-IN 50-32 (Standard Digital Input).

0101-57120: D-OUT 50-32 (Digital Output Board).

0100-71134: Chamber Remote Control Board.

Application Cases

This board is essential for monitoring the mechanical and safety health of AKT tools:

Valve Feedback Loop: Monitoring the "Open/Closed" limit switches of vacuum gate valves and gas isolation valves.

Safety Interlocks: Receiving signals from chamber door sensors, EMO (Emergency Off) buttons, and vacuum integrity switches.

Substrate Detection: Integrating signals from optical sensors to confirm the presence and alignment of glass substrates within the transfer chamber.

Process Monitoring: Aggregating status alerts from auxiliary equipment like dry pumps, chillers, and scrubbers in TFT-LCD and OLED fabs.

Product Advantages and Features

High-Density Monitoring: Consolidates 32 separate digital inputs into a single compact PCB, maximizing rack space in the tool's electronics cabinet.

Opto-Isolation: Features robust electrical isolation to protect the sensitive system CPU from voltage spikes and noise common in high-power RF plasma environments.

German Engineering: Built to high European industrial standards for stability in 24/7 high-volume manufacturing (HVM).

Gold-Plated Contact Points: High-quality interconnects prevent pin oxidation, which is a common failure point in the chemical-rich atmospheres of cleanrooms.

Other Models in the Same Series

0101-57170: Early generation interface module.

0101-57177: Auxiliary Digital Logic Board.

0101-58178: Newer revision for Gen 8.5/10 display manufacturing lines.

Installation and Maintenance

Installation: Ensure the system is powered down. Align the 0101-57178 with its mounting standoffs or slot guides. Secure all 50-pin ribbon cables, ensuring the "Pin 1" marker is correctly oriented to avoid inverted logic states.

Configuration: Verify that any onboard jumpers match the software assignment for "Input Bank Z."

Maintenance: Periodically inspect the cable headers for signs of thermal stress. In the massive AKT tools, vibrations from robotic handlers can occasionally loosen connectors over several months of operation.

Handling: ESD Caution. The onboard logic gates are sensitive to static. Always use a grounded wrist strap and store the board in an anti-static bag when not installed.

Unique Product Description

The AMAT 0101-57178 is the "digital sensor hub" of the AKT 5500/6000 system.

While the main processors handle the complex chemical recipes, the 0101-57178 provides the real-time situational awareness required for safe operation.

By accurately reporting the status of 32 different hardware points, it ensures the system knows exactly where every valve, door, and substrate is located before initiating high-stakes deposition tasks.

Its reliability is a key factor in maintaining the high yield and throughput required by the world's leading display manufacturers.


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