AMAT 0100-01984 | VME System Interface & Logic Controller Board
AMAT 0100-01984 | VME System Interface & Logic Controller Board
Introduction
The AMAT 0100-01984 is a high-performance System Interface and Logic Controller Board manufactured by Applied Materials. Developed for the VME (Versa Module Europa) bus architecture,
this board is a critical control component for the Endura, Centura, and Producer semiconductor platforms.
It functions as a sophisticated data bridge, coordinating the high-speed communication between the system’s master CPU and specialized process chamber hardware, including RF match controllers, heaters, and gas delivery systems.
Technical Parameter Table
| Attribute | Specification |
| Manufacturer | Applied Materials (AMAT) |
| Model Number | 0100-01984 |
| Part Type | Printed Wiring Board (PWB) / Logic Controller |
| Bus Interface | VME Bus Standard |
| Compatibility | AMAT Endura, Centura, Producer, P5000 |
| Architecture | Enhanced Real-Time Logic Processing |
| Weight | 0.57 kg (approx. 1.25 lbs) |
| Dimensions | 160mm x 233mm (Standard 6U VME Card) |
| Operating Voltage | +5V, +/-12V (Sourced via VME Backplane) |
| I/O Capacity | High-density Logic Channels |
Unique Product Description
The AMAT 0100-01984 represents the “precision timing” core of the AMAT tool’s electronic rack.
In modern semiconductor manufacturing, the synchronization of gas pulses and RF power must be accurate to the millisecond to maintain wafer uniformity.
The 0100-01984 features specialized onboard logic that handles complex signal arbitration, preventing data “lag” across the VME backplane.
Its ruggedized multi-layer PCB is engineered with advanced thermal management and EMI (Electromagnetic Interference) shielding,
ensuring that the control signals remain stable even in the presence of high-power plasma generation and intense magnetic fields within the fabrication environment.
Product Advantages and Features
Optimized Data Throughput: High-speed bus interface reduces system latency, essential for rapid process recipe transitions.
Superior Signal Integrity: Integrated noise filtering protects sensitive digital logic from the electrical noise typical of Etch and CVD tools.
Robust Diagnostic Support: Onboard status LEDs provide technicians with instant visual feedback on power and bus communication health.
Deterministic Control: Ensures that safety interlocks and process interrupts are handled with absolute priority by the system software.
Extended Life Design: Built with industrial-grade components and gold-plated 96-pin DIN connectors to ensure long-term 24/7 operational reliability.
Related Models
AMAT 0100-00196: System Mainframe CPU Board.
AMAT 0100-01321: DeviceNet Scanner Interface Board.
AMAT 0100-00369: 12-Channel Stepper Motor Controller.
AMAT 0010-20003: System Controller Card Cage Assembly.
Other Models in the Same Series
The 0100-xxxxx series contains the essential “logic” modules for AMAT toolsets:
0100-01983: Specialized Analog Processing variant.
0100-01985: High-speed Serial Communication module.
0100-01051: Single Board Computer (SBC) Controller.
0100-20161: Digital I/O Expansion PWB.
| BENTLY | 135137-01 |
| BENTLY | 3500/61 |
| BENTLY | 3500/22M 146031-01 |
| BENTLY | 3500/22M 288055-01 |
| BENTLY | 3500/15 127610-01 |
| BENTLY | 3500/60 163179-01 |
| BENTLY | 3500/40M 140734-01 |
| BENTLY | 3500/20 125744-02 |
| BENTLY | 3500/32 125712-01 |
| BENTLY | 3500/53 133388-01 |
| BENTLY | 3500/05-02-04-00-00-00 |
| BENTLY | 123M4610 |
| BENTLY | 3500/42M 140734-02 |
| BENTLY | 3500/05-01-03-00-00-00 |
| BENTLY | 60M100-00 |
| BENTLY | 2300/25-00 |
| BENTLY | 3500/25 125792-01 |
| BENTLY | 126632-01 |
| BENTLY | 125704-01 |
Application Cases
Chamber-to-Mainframe Interface: Coordinating real-time data flow between individual Chamber Control Modules (CCMs) and the central tool controller.
RF Match Coordination: Managing the timing logic for RF generator power-up sequences to ensure stable plasma ignition.
Tool Modernization: A vital component for refurbishing legacy 200mm and 300mm tools to improve diagnostic capabilities and system uptime.
Installation and Maintenance
Installation:
Static Safety: This board is highly ESD-sensitive. Always use a grounded anti-static wrist strap and handle only at an ESD-safe workstation.
Slot Alignment: Carefully slide the board into the VME guide rails. Use the injector handles to seat the board firmly; never force the board into the backplane by hand.
Jumper Verification: Before powering up, confirm that the onboard address jumpers match the software configuration for that specific card cage slot.
Maintenance:
Contact Inspection: Periodically check the 96-pin DIN connectors for signs of oxidation or wear.
Cleaning: Use only electronic-grade isopropyl alcohol (IPA) for cleaning gold-plated contacts if communication errors are observed.
Thermal Monitoring: Ensure that the card cage’s cooling fans are fully operational, as excess heat can cause logic “drift” or premature component failure.