AMAT 0660-01635 control module
Applied Materials (AMAT) 0660-01635 is a critical electronic control module, widely identified as the Chamber P2 Board or P2 Controller PCB.
It is a cornerstone component in the VME-based control architecture of the Applied Materials Centura and Endura platforms.
This board is responsible for the localized management of "Chamber P2" (Process Chamber 2) operations, coordinating sensor feedback and actuator commands to ensure process repeatability during wafer fabrication.
Technical Parameter Table
| Parameter | Specification |
| Manufacturer | Applied Materials (AMAT) |
| Part Number | 0660-01635 |
| Component Name | Chamber P2 Controller Board / PCB |
| Bus Architecture | VME (Versa Module Eurocard) |
| Form Factor | 6U VME Standard |
| Board Revision | Typically Revision A or B |
| Power Consumption | Approx. $15W - 25W$ (Configuration dependent) |
| Compatible Mainframe | Centura, Endura, and some P5000 MK-XT systems |
Related Models
The 0660-01635 often works as part of a synchronized set of boards within the P2 chamber stack:
0660-01634: Chamber P1 / Auxiliary Control Board.
0660-01636: Chamber P3 Controller Board.
0190-35776: Seriplex Mux I/O Board.
044-821-01: Specialized Daughter-card often paired with 01635.
Application Cases
This board is the primary processing unit for specific process chamber environments:
Chamber P2 Sequencing: Controls the robotic hand-off timing and shutter operations specifically for the second process chamber in a multi-chamber cluster tool.
Etch/CVD Process Loops: Manages the real-time feedback loops for RF power matching and gas stabilization within the P2 process area.
Refurbished 200mm Fabs: Extensively used in the maintenance of 8-inch wafer lines (Automotive/Power ICs) that rely on legacy VME control stability.
Product Advantages and Features
Deterministic Control: Built on the VME standard, providing predictable "hard real-time" response times critical for plasma etching and chemical deposition.
Chamber-Specific Logic: Isolated logic processing prevents a fault in one chamber from necessarily crashing the entire tool's mainframe.
Legacy Reliability: Proven over decades of operation in high-volume manufacturing environments with a high resistance to EMI (Electromagnetic Interference).
Direct Integration: Designed to interface seamlessly with AMAT’s proprietary software (GSD/E) for monitoring and recipe execution.
Other Models in the Same Series
0660-01630 Series: Early revision chamber control logic.
0660-01534: Communication/Logic Interface for Centura platforms.
0660-01690: High-speed data aggregator board.
Installation and Maintenance
| TEKTRONIX | 5A38 |
| TEKTRONIX | 5A48 |
| TEKTRONIX | 5B12N |
| TEKTRONIX | 5B40 |
| TEKTRONIX | VX4240 |
| TEKTRONIX | 5A18N |
| TEKTRONIX | 5b42 |
| TEL | TVB3101-1/ISC 1381-644957-16 1308-644957-12 |
| TEL | TVB6002-1/IMC 1308-644857-12 1381-644857-16 |
| TEL | TVB-1202-1/ANET 1381-647980-12 |
| TEL | VME-U10/B 381-641697-5 |
| TEL | MBMY-001A |
| TELEMECANIQUE | BW06 |
| TERADYNE | A1004-00003 398-723-00 |
| Terasaki | ESM-103 B |
Pro Tip: Before installing a new 0660-01635. verify the jumper settings. If the jumpers do not match the specific address of the P2 slot, the system will fail to initialize the chamber.
Installation: Slide the board into the designated P2 slot of the VME chassis. Ensure the ejector levers click into place to confirm the backplane pins are fully seated.
ESD Protocol: Always handle the board by the edges or front panel. These boards contain legacy EPROMs and logic chips that are highly sensitive to static.
Maintenance: Every 6–12 months, inspect the electrolytic capacitors for signs of "bulging" or leaking, a common end-of-life indicator for these boards.
Clean the backplane connectors with a non-residue electronic cleaner.
Unique Product Description
The AMAT 0660-01635 is the "local brain" of the P2 process chamber. In the high-stakes world of semiconductor manufacturing,
where a single second of timing error can result in thousands of dollars in lost silicon, this board provides the necessary deterministic control.
It bridges the gap between the high-level commands of the Centura operator and the physical hardware—valves, pumps, and RF generators—that execute the recipe.
Its robust, tried-and-true design makes it one of the most sought-after spare parts for maintaining the global fleet of 200mm production tools.
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