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AMAT Applied Materials 0100-03242印刷电路板

发布时间:2025-09-25人气:
  • AMAT Applied Materials 0100-03242印刷电路板
  • AMAT Applied Materials 0100-03242印刷电路板

AMAT Applied Materials  0100-03242印刷电路板 

1.产 品 资 料 介 绍:

AMAT Applied Materials 0100-03242 印刷电路板

AMAT 0100-03242 是一款专为半导体制造设备设计的高性能印刷电路板,主要用于信号处理、控制指令执行及设备状态监测,适配 Centura、Endura、P5000 等平台的控制系统。

核心规格

项目规格备注
适用平台Centura、Endura、P5000、Producer 等多腔室晶圆制造制造系统
层数6-8 层(含信号层、电源层、接地层)优化信号完整性
基材FR-4 玻璃纤维环氧树脂,Tg ≥ 170℃高耐热性
铜箔厚度外层 1oz(35μm),内层 0.5oz(18μm)低阻抗信号传输
表面处理化学镀镍金(ENIG)高抗氧化性,延长使用寿命
信号接口多组针式连接器、端子排支持模拟量、数字量混合传输
工作温度0℃~60℃适应设备内部环境
尺寸定制化板型适配设备专用插槽
认证SEMI S2、UL 94V-0符合半导体行业安全标准

功能特点

  • 高速信号处理:优化的布线设计,支持高频信号传输,减少信号衰减与干扰
  • 多通道集成:同时处理模拟量(温度、压力、流量)与数字量(开关、脉冲)信号
  • 抗干扰能力:多层接地平面与电源隔离设计,降低电磁干扰(EMI)影响
  • 高可靠性:工业级元件选型,适应长时间连续运行,平均无故障时间(MTBF)长
  • 模块化设计:标准接口布局,便于快速更换与系统扩展
  • 状态监测:内置自检电路,可实时反馈板卡工作状态

典型应用

  • 工艺腔室控制信号处理
  • 真空系统与气体流量控制器的信号转接
  • 设备电机驱动指令输出
  • 传感器数据采集与预处理
  • 安全联锁信号逻辑处理

安装与维护要点

  1. 安装注意事项
    • 确保板卡与插槽对齐,避免强制插拔导致引脚损坏
    • 安装前释放静电,佩戴防静电手环
    • 检查板卡表面无灰尘、油污或物理损伤
  2. 调试建议
    • 上电前测量电源接口电压,确认与板卡要求一致
    • 逐步测试各通道信号传输与处理功能
    • 记录初始状态下的关键测试点参数,便于后期故障对比
  3. 维护周期
    • 每半年检查一次板卡连接状态,清理插槽灰尘
    • 定期通过设备诊断系统检查板卡自检状态
    • 避免频繁插拔,延长连接器使用寿命

AMAT Applied Materials 0100-03242印刷电路板  英文资料:

AMAT Applied Materials 0100-03242 Printed Circuit Board

AMAT 0100-03242 is a high-performance printed circuit board designed specifically for semiconductor manufacturing equipment. It is mainly used for signal processing, control instruction execution, and equipment status monitoring, and is compatible with control systems on platforms such as Centura, Endura, P5000, etc.

Core specifications

Project specification remarks

Suitable for multi chamber wafer manufacturing systems such as Centura, Endura, P5000, Producer, etc

Layer 6-8 (including signal layer, power layer, and ground layer) to optimize signal integrity

FR-4 glass fiber epoxy resin substrate, Tg ≥ 170 ℃, high heat resistance

Copper foil thickness: outer layer 1oz (35 μ m), inner layer 0.5oz (18 μ m) for low impedance signal transmission

Surface treatment with electroless nickel gold (ENIG) for high oxidation resistance and extended service life

Multiple sets of pin connectors and terminal blocks for signal interfaces support mixed transmission of analog and digital signals

Operating temperature range of 0 ℃ to 60 ℃, suitable for the internal environment of the equipment

Customized size, board type, and dedicated slot for equipment adaptation

Certified SEMI S2 and UL 94V-0 comply with semiconductor industry safety standards

Features

High speed signal processing: optimized wiring design, supports high-frequency signal transmission, reduces signal attenuation and interference

Multi channel integration: simultaneously processing analog signals (temperature, pressure, flow) and digital signals (switches, pulses)

Anti interference capability: Multi layer grounding plane and power isolation design to reduce electromagnetic interference (EMI) impact

High reliability: Industrial grade component selection, suitable for long-term continuous operation, with a long mean time between failures (MTBF)

Modular design: Standard interface layout for quick replacement and system expansion

Status monitoring: Built in self-test circuit, which can provide real-time feedback on the working status of the board

Typical Applications

Process chamber control signal processing

Signal conversion between vacuum system and gas flow controller

Equipment motor drive command output

Sensor data acquisition and preprocessing

Logic processing of safety interlock signals

Key points for installation and maintenance

Installation precautions:

Ensure that the board is aligned with the slot to avoid pin damage caused by forced insertion and removal

Release static electricity before installation and wear an anti-static wristband

Check the surface of the board for dust, oil stains, or physical damage

Debugging suggestions:

Measure the voltage of the power interface before powering on and confirm that it is consistent with the requirements of the board

Gradually test the signal transmission and processing functions of each channel

Record the key test point parameters in the initial state for later fault comparison

Maintenance cycle:

Check the connection status of the board every six months and clean the slot dust

Regularly check the self-test status of the board through the device diagnostic system

Avoid frequent plugging and unplugging to extend the lifespan of the connector

AMAT Applied Materials 0100-03242印刷电路板 产品展示      

applied_materials_0100-03242_helium_sensor_pcb_assy_amat.jpg

 产品视频

3.其他产品

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The content is from Ruichang Mingsheng Automation Equipment Co., LTD

Contact: +86 15270269218

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