AMAT

AMAT 0010-20003 System Controller Card Cage Assembly

AMAT 0010-20003 | System Controller Card Cage Assembly

Introduction

The AMAT 0010-20003 is a foundational System Controller Card Cage Assembly manufactured by Applied Materials.

It serves as the primary structural and electronic housing for the various control boards that manage semiconductor fabrication processes.

This assembly is a central component in the Centura and Endura mainframe architectures, providing the backplane connectivity and physical protection required for digital I/O boards, CPU modules, and signal processing cards.

Technical Parameter Table

Attribute Specification
Manufacturer Applied Materials (AMAT)
Model Number 0010-20003
Component Type System Controller Card Cage / Chassis
Mainframe Compatibility Centura 5200, Endura 5500, P5000
Slot Configuration Multi-slot VME/Proprietary Backplane
Material Industrial Grade Aluminum (Anodized)
Communication Interface Digital I/O and System Bus Interconnects
Operating Voltage System Integrated (typically 5V/12V/24V via backplane)
Weight 3.80 kg (approx. 8.38 lbs)
Form Factor Rack-Mountable Control Chassis

Unique Product Description

The AMAT 0010-20003 acts as the “nervous system” hub for AMAT process tools.

Unlike standard computer racks, this card cage is built with high-density backplane connectors designed to handle high-speed data transmission with zero signal interference.

Its rigid aluminum chassis is engineered to neutralize vibration and provide superior EMI (Electromagnetic Interference) shielding,

ensuring that sensitive digital control logic remains stable even in environments with high RF activity.

This assembly ensures that all modular control cards are perfectly aligned and securely powered for continuous FAB operations.

Product Advantages and Features

Modular Architecture: Supports rapid swapping of control boards (like the 0100-20003 Digital I/O) to minimize mean time to repair (MTTR).

Robust Backplane: Features a heavy-duty interconnect system that prevents pin damage during card insertion.

Effective Cooling Path: Designed with optimized airflow channels to dissipate heat from high-performance control processors.

EMI/RFI Shielding: Protects internal logic from the radio frequency noise typical of plasma etch and deposition chambers.

Legacy Reliability: A proven platform that supports long-term operational stability for 200mm fabrication lines.

Related Models

AMAT 0100-20003: Digital I/O PCB Board (frequently housed within this cage).

AMAT 0010-20004: System Electronics Card Cage (complementary assembly).

AMAT 0010-20164: Gen Rack Card Cage Assembly.

AMAT 0010-20000: 15V Power Supply Assembly (often powers this unit).

Other Models in the Same Series

The 0010-20xxx series encompasses major structural and electronic sub-assemblies:

0010-20079: PVD Chamber Driver Assembly.

0010-20098: Shield Treatment Chassis Assembly.

0010-20300: PVD Lift Assembly.

Application Cases

Mainframe System Control: Serves as the master housing for the controller logic that coordinates wafer movement and gas flow.

Process Integration: Used in PVD (Endura) and Etch (Centura) systems to bridge the communication between the user interface and the chamber hardware.

FAB Refurbishment: A vital component for upgrading or repairing legacy 8-inch (200mm) toolsets to maintain system synchronization.

ZYGO ZMI-2002   8020-0211-1-J
ZYGO 8010-0105-01
ZYGO PC200  CS1115-801-346
ZYGO ZMI-4004
ZYGO 7702  8070-0102-01X
ZYGO 7702   8070-0102-35
ZYGO ZMI-2002   8020-0211
ZYGO 4104C
ZYGO HSSDC   TO HSSDC2 CABLE 1115-800-056
ZYGO HSSDC2   TO HSSDC2 CABLE 1115-800-055
ZYGO 1115-801-346
ZYGO 8010-0105-02   ZMI-501

Installation and Maintenance

Installation:

Alignment: Ensure the card cage is perfectly square within the system rack to prevent mechanical stress on the backplane.

Connection: Secure all ribbon cables and high-density connectors before applying system power.

Card Seating: Use the ejector handles on individual boards to seat them firmly into the 0010-20003 backplane.

Maintenance:

Contact Cleaning: Periodically inspect the backplane pins for oxidation; clean with electronic-grade contact cleaner if necessary.

Fan Verification: Check that the associated rack fans are operational to prevent the cage from overheating.

Tightening: Ensure the chassis mounting screws remain tight to maintain proper grounding and EMI protection.

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