AMAT 0190-04397 DeviceNet I/O Interface Board
AMAT 0190-04397 is a high-performance DeviceNet I/O PCB Card (model CDN496) manufactured by DIP (specifically the 15049602 series) for Applied Materials.
This module is a vital communication interface within the control architecture of semiconductor manufacturing tools,
providing the high-speed data link required for managing digital and analog field devices across the mainframe and process chambers.
Technical Parameter Table
| Parameter | Specification |
| Part Number | 0190-04397 |
| Manufacturer | DIP (for Applied Materials) |
| Model Number | CDN496 (DIP-434-215 / 15049602) |
| Product Type | DeviceNet I/O Interface Board |
| Revision Level | REV 003 (Standard) |
| Communication Protocol | DeviceNet (Industrial CAN-based) |
| Weight | ~0.15 kg (0.68 lbs shipping) |
| Country of Origin | United States |
Related Models
The 0190-04397 belongs to the CDN490 series of I/O boards, which are often interleaved in the same system racks:
0190-02506: MKS CDN491 DeviceNet Interface Card.
0190-34055: MKS CDN496R (AS01496-AB-4) updated revision.
0190-34283: MKS AS01496-0-3 PCB.
0190-07970: Interlock Module CDN500-19.
Application Cases
This CDN496 board is utilized primarily in the automation backbone of 300mm platforms:
Process Chamber Control: Interfacing with mass flow controllers (MFCs), Baratron pressure gauges, and heater controllers in Centura and Endura systems.
Mainframe Automation: Coordinating the digital “handshakes” between the central controller and the wafer handling robots on Producer mainframes.
Subsystem Integration: Bridging remote I/O blocks (such as those for gas panels or pump stacks) back to the primary VME or cPCI system bus.
Product Advantages and Features
Deterministic I/O: Provides the low-latency response times necessary for safety-critical interlocks and millisecond-precision process timing.
Field-Proven Reliability: The CDN496 architecture is a “Gold Standard” in semiconductor fabs, known for its ability to operate 24/7 in high-vibration and high-EMC environments.
Diagnostic Transparency: Features onboard LED status indicators (Network/Module status) that allow for instant visual verification of network health.
High Interconnect Density: Consolidates multiple I/O points into a single DeviceNet node, significantly reducing the wiring footprint within the tool’s electronics cabinet.
Other Models in the Same Series
The 0190 Series covers the specialized interface logic for AMAT:
0190-04849: MKS-Tenta Interlock Module DPS II.
0190-07908: Quad-channel DeviceNet Interface.
0190-16450: Compact PCI (cPCI) PCB Board.
0190-34283: MKS CDN496R variant.
Installation and Maintenance
| XYCOM | XVME-674 |
| YAMAHA | RCX40 |
| YAMATAKE | HD-CAOBS00 |
| YAMATAKE | EST0240Z05WBX00 |
| YASKAWA | 218IF |
| YASKAWA | CACR-HR10BB |
| YASKAWA | CIMR-M5D2018 |
| YASKAWA | CP-317/217IF |
| YASKAWA | CP-317/218IF |
| YASKAWA | CP-317/DO-01 |
| YASKAWA | CP-9200SH/CPU |
| YASKAWA | CP-9200SH/SVA |
| YASKAWA | JACP-317120 |
| YASKAWA | JACP-317801 |
| YASKAWA | JACP-317802 |
| YASKAWA | JAMSC-B1050 |
| YASKAWA | JAMSC-B1063 |
| YASKAWA | JANCD-MIF01 |
| YASKAWA | JUSP-WS15AB |
| YASKAWA | LASC-100SUB |
| YASKAWA | NPSO-0503L |
| YASKAWA | SGMAH-02AAA21 |
Installation: Ensure the card cage is powered down. Align the 0190-04397 board with the guide rails. Firmly seat the card and tighten the retention screws to ensure a proper chassis ground.
Addressing: Verify that the DIP switches or software settings for the MAC ID (Node Address) and Baud Rate (125k, 250k, or 500k) match the tool’s existing DeviceNet configuration.
Maintenance: Periodically inspect the front-facing connectors for mechanical wear or cable strain. Use electronics-grade contact cleaner if communication “retries” are detected in the system logs.
ESD Warning: Extremely sensitive component. Only handle in a static-safe zone with a grounded wrist strap to prevent damage to the logic gates.
Unique Product Description
The AMAT 0190-04397 (DIP CDN496) is the “critical link” in the Applied Materials control hierarchy.
In an environment where a single signal error can result in a scrapped wafer or tool downtime, the CDN496 provides a rock-solid, noise-immune communication path for your most sensitive process data.
Its specific optimization for the Centura and Producer toolsets makes it an essential component for any fab seeking to maintain peak performance and deterministic control of their wafer processing line.