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AMAT Applied Materials 0100-35070射频发生器接口模块

发布时间:2025-09-29人气:
  • AMAT Applied Materials 0100-35070射频发生器接口模块
  • AMAT Applied Materials 0100-35070射频发生器接口模块

AMAT Applied Materials  0100-35070射频发生器接口模块

1.产 品 资 料 介 绍:

一、产品核心定位与所属体系
0100-35070 射频发生器接口模块是应用材料公司(AMAT)半导体设备射频功率系统中的关键信号交互与控制枢纽,隶属于 “射频系统智能互联” 产品线。在晶圆刻蚀、PECVD 等依赖射频能量激发等离子体的核心工艺中,射频发生器需与设备主控制系统、匹配器、工艺腔体实现精准协同,该接口模块作为 “信号翻译官”,专门适配 AMAT Centura、Producer 系列设备的射频回路,通过标准化接口整合功率控制、状态反馈、安全联锁等多类信号,是保障射频能量稳定输出、实现工艺参数闭环控制的核心技术单元。
二、核心功能与技术特性解析
结合半导体射频系统的信号交互需求及行业技术标准,该接口模块的核心特性可精准拆解为以下几点:
  1. 多类型信号集成传输:搭载 16 路混合信号通道(含 8 路模拟信号、8 路数字信号),可同步处理三类核心信号:一是控制指令信号(如功率设定值 0-10V 模拟量、RF ON/OFF 数字开关信号);二是状态反馈信号(如正向功率 4-20mA 电流反馈、反向功率电压信号);三是安全联锁信号(如真空联锁、门控联锁的干接点信号),信号传输延迟≤1ms,采样频率≥2kHz,确保指令与反馈的实时性。
  1. 标准化接口兼容设计:配备双路 15 针双排 D 型(DB-15)接口,严格遵循射频设备信号传输规范 ——2 脚接收反向功率信号、3 脚接收正向功率信号、4 脚与 9 脚输出 RF ON 控制信号、5 脚输出功率设定信号、11-12 脚接入联锁保护信号,同时集成 EtherNet/IP 工业以太网接口,可无缝对接 AMAT 主控制器与第三方射频发生器(如 MKS、Advanced Energy 品牌),接口阻抗匹配 50Ω,有效降低信号传输损耗。
  1. 智能信号调理与隔离:内置高精度信号调理电路,对模拟信号进行放大(增益可调 0-10 倍)、滤波(截止频率 10kHz 低通滤波)处理,将功率反馈信号精度优化至 ±0.1% FS;采用光电隔离技术实现控制回路与功率回路的电气隔离(隔离电压≥2500V DC),可抵御射频干扰(EMI)与共模噪声,避免信号串扰导致的功率波动。

AMAT Applied Materials  0100-35070射频发生器接口模块 英文资料:

1、 Core positioning and system of the product

The 0100-35070 RF generator interface module is a key signal interaction and control hub in the RF power system of semiconductor equipment from Applied Materials Company (AMAT), and belongs to the "RF System Intelligent Interconnection" product line. In core processes such as wafer etching and PECVD that rely on radio frequency energy to excite plasma, the radio frequency generator needs to achieve precise coordination with the equipment's main control system, matching device, and process chamber. This interface module serves as a "signal translator" and is specifically designed to adapt to the radio frequency circuits of AMAT Centura and Producer series equipment. Through standardized interfaces, it integrates multiple types of signals such as power control, status feedback, and safety interlock, and is the core technical unit that ensures stable output of radio frequency energy and achieves closed-loop control of process parameters.

2、 Analysis of core functions and technical characteristics

Based on the signal interaction requirements of semiconductor RF systems and industry technical standards, the core characteristics of this interface module can be accurately disassembled into the following points:

Multi type signal integrated transmission: equipped with 16 mixed signal channels (including 8 analog signals and 8 digital signals), capable of synchronously processing three types of core signals: first, control command signals (such as power setting value 0-10V analog quantity, RF ON/OFF digital switch signal); The second is the state feedback signal (such as forward power 4-20mA current feedback, reverse power voltage signal); The third is the safety interlock signal (such as the dry contact signal of vacuum interlock and door control interlock), with a signal transmission delay of ≤ 1ms and a sampling frequency of ≥ 2kHz, ensuring the real-time performance of instructions and feedback.

Standardized interface compatibility design: Equipped with dual 15 pin dual row D-type (DB-15) interfaces, strictly following the RF equipment signal transmission specifications -2-pin receives reverse power signals, 3-pin receives forward power signals, 4-pin and 9-pin output RF ON control signals, 5-pin outputs power setting signals, 11-12 pin access interlock protection signals, and integrated EtherNet/IP industrial Ethernet interface, it can seamlessly interface with AMAT main controllers and third-party RF generators (such as MKS, Advanced Energy brands), with interface impedance matching 50 Ω, effectively reducing signal transmission losses.

Intelligent signal conditioning and isolation: Built in high-precision signal conditioning circuit amplifies analog signals (gain adjustable 0-10 times), filters (cutoff frequency 10kHz low-pass filtering), optimizes power feedback signal accuracy to ± 0.1% FS; uses optoelectronic isolation technology to achieve electrical isolation between control circuit and power circuit (isolation voltage ≥ 2500V DC), can resist radio frequency interference (EMI) and common mode noise, and avoid power fluctuations caused by signal crosstalk.

 AMAT Applied Materials  0100-35070射频发生器接口模块 产品展示      

0100-35070_assy_pcb_rf_generator_interface_applied_materials_amat.jpg

 产品视频

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

Contact: +86 15270269218

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