描述
一、产品概述
TEL TVB-1202-1/ANET 1381-647980-12是一款高性能电磁板，属于控制单元系列，主要用于通信设备、电子设备及电子产品中的磁场生成与控制。其核心特点包括高磁性能、低电阻及热阻、高热导性，适用于对磁场精度和稳定性要求较高的场景。
二、核心功能与技术参数
1.磁场控制特性
高磁性能：采用高质量磁性材料制成，经过精密加工和特殊处理，确保磁场强度与均匀性。
低电阻与热阻：优化材料与工艺设计，降低能量损耗，提升效率。
高热导性：支持长时间高负荷运行，避免过热导致的性能下降。
2.物理与电气规格
结构形式：模块化设计，适配多种安装方式
防护等级：具备工业级防尘防水能力（如IP54）。
工作温度范围：电磁板通常支持-40°C至85°C。
3.应用兼容性
通信设备：支持5G基站、路由器等设备中的磁场调制与信号处理。
电子设备：用于精密仪器、传感器、执行器的磁场校准与控制。
工业场景：可能集成于自动化生产线或测试设备中，实现磁场环境模拟。
三、典型应用场景
通信领域
5G基站、微波通信设备中的磁场屏蔽与信号增强。
电子制造
SMT贴片机、半导体封装设备的磁场定位与校准。
工业自动化
机器人运动控制、磁悬浮设备的磁场生成与调节。
实验室设备
磁共振成像（MRI）校准、磁性材料测试等精密实验环境。
1.Product Overview
TEL TVB-1202-1/ANET 1381-647980-12 is a high-performance electromagnetic board,belonging to the control unit series,mainly used for the generation and control of magnetic fields in communication equipment,electronic equipment and electronic products.Its core features include high magnetic performance,low resistance,thermal resistance,and high thermal conductivity,which are suitable for scenarios with high requirements for magnetic field accuracy and stability.
2.Core functions and technical parameters
1.Magnetic field control characteristics
High magnetic performance:Made of high-quality magnetic materials,it has been carefully processed and specially treated to ensure the strength and uniformity of the magnetic field.
Low resistance and thermal resistance:Optimize material and process design,reduce energy loss,and improve efficiency.
High thermal conductivity:supports long-term high-load operation and avoid performance degradation caused by overheating.
2.Physical and Electrical Specifications
Structural form:modular design,adapted to multiple installation methods(specific sizes are not clearly mentioned).
Protection level:Not clearly marked,but it is estimated that it has industrial-grade dust and waterproof capabilities(such as IP54)based on application scenarios.
Operating temperature range:Not specified,but similar electromagnetic plates usually support-40°C to 85°C.
3.Application compatibility
Communication equipment:Supports magnetic field modulation and signal processing in 5G base stations,routers and other devices.
Electronic equipment:used for magnetic field calibration and control of precision instruments,sensors,and actuators.
Industrial scenario:It may be integrated into automated production lines or test equipment to realize magnetic field environment simulation.
3.Typical application scenarios
Communication field
Magnetic field shielding and signal enhancement in 5G base stations and microwave communication equipment.
Electronic manufacturing
Magnetic field positioning and calibration of SMT chip machines and semiconductor packaging equipment.
Industrial automation
Robot motion control and magnetic field generation and adjustment of magnetic levitation equipment.
Laboratory equipment
Precision experimental environments such as magnetic resonance imaging(MRI)calibration,magnetic material testing,etc.