AMAT 0190-37607 Backplane / Base Board Assembly
AMAT 0190-37607 is a specialized Backplane Base Board Assembly (identified by PCB numbers 9298110-01 and 9292801C01) used in the control architecture of Applied Materials semiconductor tools.
This board serves as the primary physical and electrical interconnect for various control modules, facilitating high-speed data transfer and power distribution within the tool’s electronics rack.
Technical Parameter Table
| Parameter | Specification |
| Part Number | 0190-37607 (Revision -01) |
| PCB Layout Number | 9298110-01 / 9292801C01 |
| Manufacturer | Applied Materials (AMAT) |
| Product Type | Backplane / Base Board Assembly |
| Compatibility | AMAT 0090-07297 Control Box Series |
| Function | Signal Interconnect & Power Routing |
| Weight | ~0.3 kg (Board only) / ~2.3 kg (Shipping) |
| Material | High-Temp Multi-Layer FR4 |
Related Models
The 0190-37607 is typically the core component within a specific control sub-assembly:
0090-07297-R01: The complete Control Box assembly that houses this board.
0190-37804: 300mm Etch Interlock Module (often used in adjacent slots).
0190-02774: Advanced Interface Module.
0100-20066: Analog Sync Detect Board.
Application Cases
This backplane board is integrated into the “brain” of high-vacuum semiconductor platforms:
Etch Systems: Providing the backbone for interlock modules and RF-generator communication boards in 300mm Etch tools.
CVD/PVD Mainframes: Acting as the signal highway for gas delivery controllers and temperature monitoring modules.
System Diagnostics: Centralizing data points from multiple daughter boards for relay to the tool’s Single Board Computer (SBC).
Product Advantages and Features
High Interconnect Density: Supports multiple daughter cards simultaneously without signal crosstalk.
Ruggedized Design: Engineered to maintain electrical continuity in environments with high levels of RF interference and thermal cycling.
Optimized Power Planes: Features thickened copper layers for stable voltage distribution to all slotted modules, reducing voltage drops.
Precision Trace Geometry: Controlled impedance traces ensure that high-speed communication signals remain clean and error-free.
Other Models in the Same Series

0190-37607
The 0190 series encompasses the evolution of AMAT’s control electronics:
0190-04457: Earlier generation PCB Board assemblies.
0190-11355: 300mm 3-Channel Heater Level Calibration tool.
0190-27072: MKS CDN491R Series I/O Boards.
0190-54021: Integration Kit modules for advanced LK Prime tools.
Installation and Maintenance
Installation: The 0190-37607 is the “base” of the control box. Ensure all mounting standoffs are secure to provide proper grounding to the chassis.
When inserting daughter cards, verify that the DIN or cPCI connectors are aligned to avoid bending pins on the backplane.
Maintenance: Since this is a passive backplane, maintenance is minimal.
| WESTINGHOUSE | 1C31194G03 |
| WESTINGHOUSE | 1C31224G01 |
| WESTINGHOUSE | 1C31227G01 |
| WESTINGHOUSE | 1C31227G02 |
| WESTINGHOUSE | 1C31234G01 |
| WESTINGHOUSE | 1C31238H01 |
| WESTINGHOUSE | 1X00024H01 |
| WESTINGHOUSE | 1X00416H01 |
| WESTINGHOUSE | 3A99132G01 |
| WESTINGHOUSE | 3A99132G02 |
| WESTINGHOUSE | 3A99158G01 |
| WESTINGHOUSE | 3A99200G01 |
| WESTINGHOUSE | 4D33942G01 |
| WESTINGHOUSE | 5A26391H24 |
| WESTINGHOUSE | 5X00058G01 |
| WESTINGHOUSE | 5X00105G01 |
| WESTINGHOUSE | 5X00105G14 |
| WESTINGHOUSE | 5X00119G01 |
| WESTINGHOUSE | 5X00226G02 |
| WESTINGHOUSE | 5X00241G01 |
However, connectors should be inspected for “fretting corrosion” (micro-movements causing wear) and cleaned with electronics-grade contact cleaner if communication errors occur.
Static Sensitivity: This board facilitates the flow of high-speed data; even a small ESD event can damage the internal signal layers. Always handle in an ESD-safe zone.
Unique Product Description
The AMAT 0190-37607 (9298110-01) is the silent foundation of the Applied Materials control network.
While individual modules perform specific tasks like temperature or gas control, this Backplane Base Board provides the essential infrastructure that allows those modules to “speak” to the mainframe.
Its robust 9292801C01 architecture is designed for the extreme uptime requirements of modern semiconductor fabs, ensuring that critical process data is never lost in transit.