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AMAT 0190-03680  I/O Backplane
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AMAT 0190-03680 I/O Backplane

AMAT 0190-03680  I/O Backplane

7540.00
¥6580.00
¥6580.00
¥6580.00
Weight:2.000KG
Description

AMAT 0190-03680  I/O Backplane


AMAT 0190-03680  I/O Backplane

Introduction

The AMAT 0190-03680 is an integral component of the System Electronics Module (SEM) in high-end wafer processing equipment like the Producer SE and Centura series.

As an I/O Backplane, its primary role is to provide the physical and electrical infrastructure for various control cards (such as DeviceNet scanners, signal conditioners, and motor drivers) to communicate with the main system controller.

It acts as the "spine" of the tool's electronic rack, routing power and data signals across the platform.

Technical Parameter Table

ParameterSpecification
ManufacturerApplied Materials (AMAT)
Part Number0190-03680
Functional NameDeviceNet I/O Backplane Interface
Revision StandardTypically Rev. 001 (standard)
Communication ProtocolDeviceNet / CAN-based Control
Chassis Compatibility3U CPCI (CompactPCI) / Custom SEM Racks
Input Voltage+24V DC / +5V DC (Logic Levels)
Connector TypeHigh-density multi-pin DIN connectors

Related Models

This backplane is frequently paired with specific controller and interface modules:

0190-08680: DeviceNet Scanner Card (often plugs into this backplane).

0090-02780: Producer SE Flex4 System Controller.

0190-07911 / 0190-07912: Power and Signal Distribution boards used in the same electronic stack.

0190-05647: Analog Signal Conditioning Module.

Application Cases

Wafer Transport Systems: Managing I/O signals for robotic arms and atmospheric/vacuum load locks.

Gas Box Control: Routing signals for Mass Flow Controllers (MFCs) and pneumatic valves via the DeviceNet interface.

Producer SE Platforms: Used in the "FLEX4" control rack to manage multi-chamber synchronization.

Chemical Mechanical Polishing (CMP): Integrated into the tool’s electronics to handle high-speed sensor feedback.

Product Advantages and Features

DeviceNet Optimization: Purpose-built to minimize signal latency in DeviceNet networks, ensuring real-time response for safety interlocks.

Modular Scalability: The backplane design allows for quick swapping or upgrading of I/O modules without rewiring the entire system.

Ruggedized Design: Engineered for the high-uptime requirements of a 24/7 semiconductor fabrication environment.

Signal Integrity: Features heavy shielding and grounding planes to prevent EMI (Electromagnetic Interference) from high-power RF generators nearby.

Other Models in the Same Series

Applied Materials utilizes the 0190 series for various electronic control and communication hardware:

0190-02200: Water Leak Detector PCB.

0190-07907: CPWR-100 Power Supply Module.

0190-11817: SBS Technologies Serial Interface Card.

0190-34511: DeviceNet Scanner (Single Channel).

Installation and Maintenance

Installation

Alignment: Ensure the guide rails in the electronics rack are clear. Align the backplane connectors precisely with the module pins.

Torque: When mounting the backplane to the chassis, use the specified torque (typically 4-5 in-lbs) for the mounting screws to ensure proper grounding.

Jumper Settings: Verify any onboard jumpers for address termination or voltage selection before powering the rack.

Maintenance

Cleaning: Use compressed air or specialized electronic cleaners to remove "fab dust" which can cause micro-shorts.

Connection Check: Periodically inspect the high-density connectors for "pin-pushout" or oxidation.

Firmware Consistency: When replacing a failed backplane, ensure the plugged-in modules (like the 0190-08680) have compatible firmware versions.

Unique Product Description

The AMAT 0190-03680 is more than just a circuit board; it is the critical link that translates complex process commands into physical actions within the wafer chamber.

By providing a stable, low-noise environment for DeviceNet communication, it enables the high-precision synchronization required for sub-10nm chip manufacturing.

Its architecture is a staple of the "Flex" control systems, known for their reliability in the world's most advanced cleanrooms.


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