LAM 810-800082-041突破板 PDF资料
1.产 品 资 料 介 绍：
中文资料：
LAM 810-800082-041 突破板 是由泛林半导体（LAM Research）制造的一种关键组件，通常应用于半导体设备和其他工业系统中。突破板通常用于设备中的某些特定功能，如电路保护、信号调节或提供物理屏障等。下面是关于该组件的详细介绍。
LAM 810-800082-041 突破板
产品概述
突破板（Breakout Board）是一种电气连接板，常用于在设备的不同模块之间提供物理和电气的连接。它常用于将多个电路连接至一个单一的电源或信号源，通常用于电气接触、信号转换或提升连接稳定性。此类突破板在高频、高速或高电流环境下表现出色，确保设备稳定运行。
主要特点
电气隔离与保护：
- 突破板通常用于隔离电气信号，避免由于电气干扰导致的系统故障或性能下降。
- 可以为不同的电气组件提供电气隔离保护，防止过电流或过电压损害连接。
信号调节与转换：
- 用于将不同类型的信号（如模拟信号、数字信号）进行调节或转换，以满足系统不同部件的需求。
- 提供必要的增益、滤波或电平转换，以保证信号质量。
模块化设计：
- 突破板采用模块化设计，便于与不同的电路或系统进行快速集成。
- 提供标准化接口，支持多种连接方式，提升系统的兼容性。
高可靠性：
- 采用耐高温、耐腐蚀的材料，适应高要求的工作环境。
- 具备抗电磁干扰（EMI）的设计，确保设备稳定工作。
易于维护与更换：
- 模块化设计使得突破板易于更换和维护。设备出现问题时，操作人员可以快速定位和更换相关组件。
应用广泛：
- 适用于多种行业，包括半导体制造、通信设备、自动化控制等。
应用领域
半导体制造设备：
- 在半导体生产过程中，突破板用于提供电气连接，确保设备间信号的稳定传输和电流的有效分配。
- 连接多个电路或设备模块，确保半导体设备正常工作。
通信设备：
- 在通信系统中，突破板用于多种信号的转换、调节和电气隔离，确保高质量的信号传输。
- 支持信号的稳定传递，防止信号丢失或干扰。
工业自动化控制系统：
- 突破板在自动化控制系统中用于连接不同的模块，帮助系统之间的数据和电力传输。
- 用于传感器、执行器、PLC等设备的连接。
电力管理与监控系统：
- 在电力系统中，突破板用于电力线路的电气连接，帮助监控电力系统的性能。
- 提供对电气信号的隔离与保护，确保系统的稳定运行。
高精度测量与实验设备：
- 在精密测量设备和实验室设备中，突破板用于信号传输与调节，确保测量数据的准确性。
- 支持实验室中多种仪器间的稳定连接。
英文资料：
The LAM 810-800082-041 breakthrough board is a critical component manufactured by LAM Research and commonly used in semiconductor equipment and other industrial systems. Breakthrough boards are typically used for certain specific functions in devices, such as circuit protection, signal conditioning, or providing physical barriers. The following is a detailed introduction about the component.
LAM 810-800082-041 Breakthrough Board
Product Overview
Breakout board is an electrical connection board commonly used to provide physical and electrical connections between different modules of equipment. It is commonly used to connect multiple circuits to a single power or signal source, typically for electrical contact, signal conversion, or to enhance connection stability. This type of breakthrough board performs well in high-frequency, high-speed, or high current environments, ensuring stable operation of the equipment.
main features
Electrical isolation and protection:
Breakthrough boards are typically used to isolate electrical signals, avoiding system failures or performance degradation caused by electrical interference.
It can provide electrical isolation protection for different electrical components to prevent overcurrent or overvoltage damage to the connection.
Signal conditioning and conversion:
Used to adjust or convert different types of signals (such as analog signals, digital signals) to meet the needs of different components of the system.
Provide necessary gain, filtering, or level conversion to ensure signal quality.
Modular design:
The breakthrough board adopts a modular design, which facilitates rapid integration with different circuits or systems.
Provide standardized interfaces, support multiple connection methods, and enhance system compatibility.
High reliability:
Using materials that are resistant to high temperatures and corrosion to adapt to high demand working environments.
Equipped with anti electromagnetic interference (EMI) design to ensure stable operation of the equipment.
Easy to maintain and replace:
Modular design makes the breakthrough board easy to replace and maintain. When there is a problem with the equipment, the operator can quickly locate and replace the relevant components.
Widely used:
Suitable for various industries, including semiconductor manufacturing, communication equipment, automation control, etc.
application area
Semiconductor manufacturing equipment:
In the semiconductor production process, breakthrough boards are used to provide electrical connections, ensuring stable transmission of signals between devices and effective distribution of current.
Connect multiple circuits or device modules to ensure the normal operation of semiconductor devices.
Communication equipment:
In communication systems, breakthrough boards are used for the conversion, regulation, and electrical isolation of various signals to ensure high-quality signal transmission.
Support stable signal transmission to prevent signal loss or interference.
Industrial automation control system:
Breakthrough boards are used in automation control systems to connect different modules and facilitate data and power transmission between systems.
Used for connecting sensors, actuators, PLCs, and other devices.
Power Management and Monitoring System:
In the power system, breakthrough boards are used for electrical connections of power lines to help monitor the performance of the power system.
Provide isolation and protection for electrical signals to ensure stable operation of the system.
High precision measurement and experimental equipment:
In precision measuring and laboratory equipment, breakthrough boards are used for signal transmission and adjustment to ensure the accuracy of measurement data.
Support stable connections between various instruments in the laboratory.
2.产 品 展 示
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