AMAT 0190-17952 Applied Materials Advanced DeviceNet Interface Card

AMAT 0190-17952 | Applied Materials Advanced DeviceNet Interface Card

The Applied Materials (AMAT) 0190-17952 is a high-performance communication controller designed for the CompactPCI (cPCI) bus architecture.

This module serves as a sophisticated DeviceNet Scanner/Interface Card, facilitating seamless data exchange between the tool's primary control computer and various peripheral devices.

It is a critical component in the automation stack of 300mm semiconductor platforms, such as the AMAT Producer, Centura, and Endura systems, where precise timing and deterministic communication are required for complex wafer processing.

Technical Parameter Table

Product Advantages and Features

Real-Time Control: Engineered for low-latency command execution, essential for synchronized gas flows and RF power adjustments.

Enhanced Diagnostics: Features onboard status LEDs for both the module (MOD) and the network (NET), allowing field engineers to troubleshoot connectivity issues instantly.

Robust Noise Immunity: Designed with industrial-grade optical isolation to protect the sensitive cPCI backplane from electromagnetic interference (EMI) generated by plasma chambers.

Plug-and-Play Compatibility: Fully integrated into the AMAT Common Control Framework, ensuring that the tool software recognizes the hardware revision without manual driver patching.

Related Models & Same Series

The 0190-17952 is part of the high-speed communication family used in 300mm tool mainframes:

0190-08680: 2-Channel DeviceNet cPCI Card

0190-14903: 4-Port DeviceNet cPCI Interface

0190-37993: DeviceNet Scanner Pro

0190-20120: High-Density Digital I/O Module

0190-07451: Analog I/O CPCI Board

Application Cases

The 0190-17952 module is the primary communication hub for:

Gas Delivery Systems: Controlling a network of Mass Flow Controllers (MFCs) to ensure precise chemical vapor deposition.

Vacuum Subsystems: Interfacing with turbo pumps, gate valves, and capacitance manometers via the DeviceNet trunk.

Heater & Pedestal Control: Managing multi-zone thermal controllers to maintain temperature uniformity across the wafer surface.

Installation and Maintenance

Installation Guidelines:

Chassis Power: Power down the tool's control rack before inserting the module. "Hot-swapping" without specific software authorization can cause bus contention.

Proper Seating: Align the card with the 3U sub-rack guides and use the extraction levers to seat the 160-pin connector firmly.

MAC ID Setting: Verify the hardware address (MAC ID) via the tool's software interface to ensure it does not conflict with other nodes on the DeviceNet network.

Maintenance Tips:

Voltage Verification: Periodically check the 24V DC power supply on the DeviceNet cable; a drop in voltage can lead to intermittent communication dropouts.

Visual Inspection: Look for signs of "thermal browning" on the PCB, which may indicate poor airflow in the control cabinet.

Cable Integrity: Ensure the 5-pin connectors are tightened to prevent vibration-induced signal loss during high-speed robotic movements.

Unique Product Description

The AMAT 0190-17952 is a vital communication link in the world of advanced semiconductor manufacturing.

As an original Applied Materials DeviceNet Scanner Card, it provides the deterministic performance required for 300mm wafer processing.

Whether you are operating a Producer GT or an Endura platform, the 0190-17952 ensures that every sensor reading and actuator command is transmitted with absolute precision.

For FAB managers and procurement specialists, the 0190-17952 is a high-priority spare part.

Its 3U CompactPCI form factor and rugged design make it a reliable solution for maintaining system uptime in 24/7 production environments.

By choosing genuine AMAT hardware, you protect your equipment from the compatibility risks of third-party alternatives and ensure that your production line remains at peak efficiency.