AMAT

AMAT 0190-07905 (UPS) control board

AMAT 0190-07905 is a specialized Uninterruptible Power Supply (UPS) control board manufactured by Inova Computers for Applied Materials.

This component is critical for maintaining system integrity during power fluctuations,

specifically within high-vacuum semiconductor processing environments such as the Endura and Centura platforms.

Technical Parameter Table

Parameter Specification
Part Number 0190-07905
Manufacturer Inova Computers (for Applied Materials)
Model Name ICP-UPS Board (11249)
Function Power Monitoring & Backup Management
Form Factor VME / CompactPCI Interface Card
Weight ~0.68 kg
Compliance CE Marked, RoHS
Origin Made in Germany

Related Models

These boards are often part of a multi-slot control rack in AMAT systems:

0190-07904: Variant or previous revision of the UPS control board.

0190-08875: Associated communication or I/O module.

0190-76050: VGA Video Controller VME Board often used in the same rack.

0190-52418: Single Board Computer (SBC) typically paired with this UPS module.

Application Cases

The AMAT 0190-07905 is deployed in scenarios where a power failure could result in catastrophic wafer loss or equipment damage:

Chamber Safety: Ensuring gate valves close securely during a sudden power drop to maintain vacuum integrity.

Data Protection: Providing sufficient backup time for the system controller to save “State of Health” (SOH) data before a full shutdown.

Process Stability: Buffering small voltage sags in Physical Vapor Deposition (PVD) and Etch systems to prevent batch rejection.

Product Advantages and Features

WAGO MCS   231-302/037-000
WARNER ELECTRIC ERS-198   1005-05-001
WATLOW CLS208
WATLOW CAS200   CLS216
WATLOW CAS   16CLS/CAS
WATLOW MLS300
WATLOW NLS300-CIM316
WATLOW PPC-TB50   30280-00
WATLOW PPC-TB50/3C1-110200000
WATLOW CLS2163C1-110200000/CLS204204-C10000AA/CLS208208-C10000AE
WATLOW ANAFAZE CLS208
WATLOW ANAFAZE 997D-11CC-JURG
Watlow Anafaze PPC-TB50   30280-00 CLS208 208-1200000
Watlow Anafaze LLS200212   E257034 CLS208 208-1200000
WATLOW ANAFAZE CLS208   C10000CP
WATLOW ANAFAZE CLS216
WATLOWANAFZE PPC-TB50
WATLOWANAFZE CLS216
WAVECREST DTS-2079
WE 74271132
WEIDMULLER 0302860000

System Hardening: Acts as a fail-safe against industrial power noise and micro-interruptions.

High-Speed Response: Designed with low-latency switching to shift between main and backup power sources.

VME Compatibility: Standardized architecture allows for easy integration into existing AMAT control backplanes.

Rugged Construction: Built to withstand the thermal and electromagnetic interference (EMI) typical of semiconductor cleanrooms.

Other Models in the Same Series

0190-07905

The 0190 series encompasses the internal electronic “brains” of Applied Materials tools:

0190-01XXX: Legacy communication and serial interface cards.

0190-07XXX: The “Gold Standard” era for Centura and Endura power management.

0190-4XXXX / 5XXXX: Modern high-speed Ethernet and DeviceNet scanning modules.

Installation and Maintenance

Notice: This board contains sensitive CMOS components. Anti-static wrist straps are mandatory during handling.

Installation: Slot the board into the designated VME/backplane bay. Ensure the ejector handles are fully engaged and locked to maintain a solid electrical connection.

Maintenance: Check for “blown” capacitors or signs of heat stress (discoloration) on the PCB. Because this is a power-related board, ensure the contact pins are free of oxidation.

Replacement: If the system reports “UPS Comm Failure” or “Power Logic Error,” this board is the primary suspect for replacement.

Unique Product Description

The AMAT 0190-07905 (Inova 11249) is more than just a circuit board; it is the “Safety Warden” of the semiconductor tool.

In an industry where a single minute of downtime or a crashed vacuum chamber can cost tens of thousands of dollars, this UPS board provides the critical seconds needed to safely park the system.

Engineered with German precision for Applied Materials, it ensures that your silicon remains protected even when the facility power isn’t.

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