Applied Materials 0190-09379 Control PCB Assembly Board

Product Description

The 0190-09379 is a dedicated control PCB assembly manufactured by Applied Materials (AMAT) for semiconductor wafer processing equipment. It serves as a signal processing and logic control board inside the main equipment chassis, responsible for collecting field sensor signals, executing control logic and transmitting real-time data between the host controller and peripheral actuators. It is widely used as spare replacement parts for AMAT etch, CVD and PVD process platforms in fabs.

Features

• Industrial-grade PCB assembly designed for AMAT semiconductor process equipment
• Multi-channel analog and discrete signal acquisition and conditioning circuit
• Standard VME-style card form factor, hot-swappable slot installation
• On-board FPGA and memory chips for high-speed real-time signal processing
• Built-in overvoltage, ESD and surge protection for cleanroom environment
• Status LED indicators for power, communication and fault diagnosis
• High anti-pollution and anti-electromagnetic interference design for wafer fab
• Supports equipment host bus communication and parameter interaction

Application Scenarios

• Applied Materials etch, CVD, PVD wafer processing platforms
• Semiconductor 200mm / 300mm wafer fabrication cleanroom equipment
• Process chamber auxiliary signal control and monitoring system
• Fab equipment maintenance, troubleshooting and spare parts replacement
• Retrofit and refurbishment of legacy AMAT semiconductor tools

FAQ

Q: Which brand is 0190-09379?
A: It is Applied Materials (AMAT) original semiconductor spare part number.

Q: What is the main function of this board?
A: It processes sensor signals and runs local control logic for semiconductor process equipment.

Q: Is this part still in production?
A: Many old AMAT platform boards are discontinued, mostly supplied as tested surplus or refurbished stock.

Q: What precautions for installation?
A: Strict ESD protection is required during handling and installation to prevent electrostatic damage to chips.