1. Product Overview

2. Key Technical Specifications

3. Product Features

• Industrial-Grade Design Engineered exclusively for semiconductor manufacturing scenarios, the board is capable of long-term stable operation in complex industrial on-site environments and meets the operating standards of professional semiconductor equipment.
• High Operational Stability and Reliability Equipped with the mature Intel 486 architecture, it provides stable and reliable industrial control performance. With verified industrial-grade compatibility, it ensures continuous and stable operation of early AMAT semiconductor equipment.
• Available Second-Hand and Refurbished Supplies Refurbished and used units of this model are commonly available in the industrial spare parts market, with optional warranty services to meet equipment maintenance, replacement and backup demands.
• Excellent Matching Compatibility It supports perfect combination and synchronous operation with other mainstream AMAT series board cards, including 61-0367-37 and 61-0367-39B, to form a complete equipment control system.

4. Structure and Composition

• Core Hardware: Adopts Intel 486 processor as the core computing and control unit
• Board Type: Integrated industrial PCB single board computer with highly integrated circuit design
• Interface Configuration: Equipped with standard industrial bus interfaces for stable connection and data interaction with AMAT equipment control systems
• Expansion Performance: Reserved industrial-standard expansion slots, supporting installation of various industrial expansion cards for functional upgrading

5. Application Fields

• Semiconductor Manufacturing Equipment: Compatible with various mainstream semiconductor production and processing equipment of Applied Materials (AMAT).
• Semiconductor Process Equipment: Applied in process control of core semiconductor processes, including PECVD, etching, thin film deposition and other precision processing links.
• Industrial Control System: Responsible for equipment logic operation control, real-time I/O signal management, and system resource allocation to ensure orderly operation of production equipment.

6. Installation and Maintenance

Installation Precautions

• Strictly implement ESD electrostatic protection measures during installation to avoid static damage to precision PCB components.
• Ensure stable input of 5V and 12V working power supply to prevent equipment failure caused by voltage fluctuation.
• Connect all signal cables and power cables correctly in strict accordance with the interface definition to avoid wrong connection and short circuit.

Maintenance Guidelines

• Regularly clean dust and foreign matters on the board surface to keep the circuit board clean and ensure heat dissipation efficiency.
• Periodically check all connectors and wiring terminals to confirm good contact and avoid signal interruption caused by loose connection.
• Control the temperature and humidity of the operating environment to ensure the board works within the standard industrial environment range and extend service life.