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AMAT Applied Materials 333-52-851564分析板

发布时间:2025-10-13人气:
  • AMAT Applied Materials 333-52-851564分析板
  • AMAT Applied Materials 333-52-851564分析板

AMAT Applied Materials 333-52-851564分析板

1.产 品 资 料 介 绍:

一、核心检测与分析性能特性
  1. 多维度信号精准采集能力
专为半导体工艺检测设计,集成多路高精度传感接口(推测支持 8-16 路模拟信号输入),可同步采集气体浓度、温度、压力、流量等关键工艺参数。搭载 12 位模数转换器(ADC),转换精度达 ±0.1% FS,配合低噪声放大电路,能捕捉微小信号波动(如 ppm 级气体浓度变化),为工艺监控提供原始数据支撑。
  1. 高速数据处理与智能分析功能
搭载工业级 RISC-V 架构微控制器(参考 AiP32RV1564 内核特性),工作频率可达 144MHz,具备 1.84 DMIPS/MHz 运算效能,可实时执行信号滤波、数据校准、趋势分析等算法。内置 64KB Flash 与 20KB SRAM 存储器,支持本地缓存 15 天以上的检测数据(按 1 分钟间隔记录),并自动生成时间戳日志,适配工艺追溯需求。
  1. 多参数联动分析与告警响应
支持双路独立浓度告警设置,可自定义告警阈值、延迟时间及开关逻辑,当检测参数超出标准范围(如有害气体浓度超标),能在 10ms 内触发告警信号。内置故障诊断算法,可自动识别传感器异常、信号断线等问题,并生成对应错误代码,助力快速定位故障根源。
二、系统协同与监控特性
  1. 全链路数据通讯与集成能力
配备丰富标准化通信接口,包括 2 路 SPI、2 路 I2C、3 路 UART 及 1 路 CAN 总线,可无缝对接 0190-24007 单板计算机、MES 系统及传感器网络。支持 Modbus 通信协议,能实时上传检测数据、设备状态及告警信息,实现检测数据与生产控制系统的闭环联动,助力工艺参数动态调整。
  1. 可视化状态监控与远程管理
兼容 AMAT Command Center 通用软件平台,连接上位机后可自动识别设备型号,显示定制化监控界面,直观呈现检测数值、传感器寿命、板卡温度等 12 项关键参数。支持远程校准与固件升级,运维人员可通过后台系统调整检测量程(如 4-20mA 与 1-5V 信号切换),无需现场操作。
  1. 抗干扰与信号隔离设计
采用光电隔离技术(隔离电压≥2500V DC),将采集电路与处理电路物理隔离,有效抵御射频设备与电机产生的电磁干扰。板载 EMC 滤波电路,符合 EN 55022 Class B 电磁兼容标准,避免检测信号受杂散干扰导致的测量偏差,保障数据可靠性。

AMAT Applied Materials 333-52-851564分析板 英文资料:

1、 Core detection and analysis performance characteristics

Multi dimensional signal precise acquisition capability

Specially designed for semiconductor process testing, it integrates multiple high-precision sensing interfaces (presumably supporting 8-16 analog signal inputs), which can synchronously collect key process parameters such as gas concentration, temperature, pressure, and flow rate. Equipped with a 12 bit analog-to-digital converter (ADC) with a conversion accuracy of ± 0.1% FS, coupled with a low-noise amplification circuit, it can capture small signal fluctuations (such as ppm level gas concentration changes) and provide raw data support for process monitoring.

High speed data processing and intelligent analysis functions

Equipped with an industrial grade RISC-V architecture microcontroller (referring to the AiP32RV1564 core characteristics), the operating frequency can reach 144MHz, with a computing efficiency of 1.84 DMIPS/MHz, and can perform real-time algorithms such as signal filtering, data calibration, and trend analysis. Built in 64KB Flash and 20KB SRAM memory, supports local caching of detection data for more than 15 days (recorded at 1-minute intervals), and automatically generates timestamp logs to meet process traceability requirements.

Multi parameter linkage analysis and alarm response

Support dual independent concentration alarm settings, customizable alarm threshold, delay time, and switch logic. When the detection parameters exceed the standard range (such as harmful gas concentration exceeding the standard), an alarm signal can be triggered within 10ms. Built in fault diagnosis algorithm can automatically identify sensor abnormalities, signal disconnections, and other issues, and generate corresponding error codes to help quickly locate the root cause of the fault.

2、 System collaboration and monitoring features

Full link data communication and integration capability

Equipped with rich standardized communication interfaces, including 2 SPI, 2 I2C, 3 UART, and 1 CAN bus, it can seamlessly interface with 0190-24007 single board computers, MES systems, and sensor networks. Supports Modbus communication protocol, can upload real-time detection data, device status, and alarm information, achieve closed-loop linkage between detection data and production control system, and assist in dynamic adjustment of process parameters.

Visual state monitoring and remote management

Compatible with the AMAT Command Center universal software platform, it can automatically identify the device model after connecting to the upper computer, display a customized monitoring interface, and intuitively present 12 key parameters such as detection values, sensor life, and board temperature. Support remote calibration and firmware upgrade, and operation and maintenance personnel can adjust the detection range (such as switching between 4-20mA and 1-5V signals) through the backend system without on-site operation.

Anti interference and signal isolation design

Adopting optoelectronic isolation technology (isolation voltage ≥ 2500V DC), the acquisition circuit and processing circuit are physically isolated, effectively resisting electromagnetic interference generated by RF equipment and motors. The onboard EMC filtering circuit complies with the EN 55022 Class B electromagnetic compatibility standard, avoiding measurement deviation caused by stray interference in the detection signal and ensuring data reliability.

AMAT Applied Materials  333-52-851564分析板 产品展示      

21-000314-001_emm_analog_board_333-52-851564-_0_applied_precision.jpg

 产品视频

3.其他产品

S-073N 3BHB009884R5211高压逆变器
PPD5134-20-110615控制器模块
ZYGO 7702 BH5-6314激光头

4.其他英文产品

CB801 3BSE042245R1 Terminal module
CI854A 3BSE030221R1 Pulse input module
CI867 3BSE043661R1 Pulse input module

AMAT 0100-90824AMAT 0190-40351AMAT 0190-14940
AMAT 0100-01032AMAT 0190-40352AMAT 0190-14944
AMAT 0100-A0500AMAT 0190-40856AMAT 0190-14945
AMAT 0100-76091AMAT 0190-41111AMAT 0190-14948
AMAT 0100-02146AMAT 0190-41182AMAT 0190-14950 
AMAT 0130-76303AMAT 0190-41243AMAT 0190-14951

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

Contact: +86 15270269218 

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