AMAT 0190-09956 Loadlock Interface PCB Base Assembly
AMAT 0190-09956 is a high-precision Loadlock Interface Printed Circuit Board Assembly (PCBA) manufactured for Applied Materials.
This critical electronic component serves as the primary communication and control bridge for the Loadlock system,
ensuring the safe and efficient transfer of wafers between the atmospheric factory interface and the high-vacuum processing chambers.
Technical Parameter Table
| Parameter | Specification |
| Part Number | 0190-09956 |
| Sub-Assembly P/N | 0100-00638 / 0090-01809 |
| Manufacturer | Applied Materials (AMAT) |
| Product Type | Loadlock Interface PCB Base Assembly |
| Compatibility | C-AP, Centura, and Endura Platforms |
| Weight | ~0.25 kg |
| Daughter Board Compatibility | Supports 0190-10208 and similar modules |
| Country of Origin | USA |
Related Models
The 0190-09956 is typically integrated into larger control systems alongside these related parts:
0100-00638: The specific PCBA base layout for this interface.
0190-10208: Common daughter board used for expanded I/O.
0190-09955: Variant interface for atmospheric robot control.
0100-09099: Chamber Interconnect PCB often paired in the same system rack.
Application Cases
This interface board is essential for automation sequences within semiconductor fabrication:
Vacuum Sequencing: Managing the timing of roughing pumps and vent valves within the loadlock chamber.
Wafer Sensing: Processing signals from optical sensors to confirm wafer presence and correct seating on the pedestal.
Safety Interlocking: Communicating with the tool's mainframe to prevent slit valves from opening unless pressure equalization is verified.
Product Advantages and Features
Integrated Logic: Features specialized circuitry to handle the high-speed "handshake" between the robot controller and the vacuum system.
Modular Design: Utilizes a base/daughter board architecture, allowing for easier hardware troubleshooting and localized repairs.
Signal Integrity: Engineered with multi-layer shielding to prevent electromagnetic interference (EMI) from high-power RF sources in adjacent chambers.
Gold-Plated Connectors: Ensures corrosion resistance and long-term electrical reliability in fab environments.
Other Models in the Same Series
The 0190 series covers a wide range of interface and interconnect electronics:
0190-35208: Chamber Interface PCB Card.
0190-24830: Light Curtain Sensor Interface.
0190-41619: TDI Power PCB Assembly.
0190-07908: Quad-channel DeviceNet Interface.
Installation and Maintenance
Installation: Ensure the mainframe is completely powered down. Align the 0190-09956 with the designated card guides in the loadlock control box. Firmly seat the board into the backplane or wiring harness connectors.
Maintenance: Periodically inspect for "cold" solder joints or thermal discoloration near power regulation traces.
Use a vacuum or non-conductive brush to remove any dust that may accumulate on the board surface.
ESD Warning: As with all AMAT electronics, this board is highly sensitive to static discharge. Always utilize a grounded wrist strap and anti-static packaging during transport or installation.
Unique Product Description
| WEIDMULLER | 7901620000 |
| WEIDMULLER | 7940005785 |
| WEIDMULLER | 836598 |
| WEIDMULLER | 844495000 |
| WEIDMULLER | 844725 |
| WEIDMULLER | 8533640000 |
| WEIDMULLER | 8540180000 |
| WEIDMULLER | 860736000 |
| WEIDMULLER | 8690880000 |
| WEIDMULLER | V23057-B3028-A101 |
| WEIDMULLER | 915917/67 |
| WEIDMULLER | 8560740000 |
| WEISTINGHOUSE | 1B30023H01 |
| WEISTINGHOUSE | 1C31116G04 |
| WEISTINGHOUSE | 1C31125G02 |
| WEISTINGHOUSE | 1C31127G01 |
| WEISTINGHOUSE | 1C31132G01 |
| WEISTINGHOUSE | 1C31224G01 |
The AMAT 0190-09956 Loadlock Interface is the "gatekeeper" of the wafer processing cycle.
By managing the complex transition between the cleanroom atmosphere and the vacuum chamber, this board directly impacts tool throughput and yield.
Its robust design is specifically tailored for the C-AP and Centura environments, providing the reliable electronic backbone required for 24/7 semiconductor manufacturing.
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