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AMAT Applied Materials 0100-18043插槽背板

发布时间:2025-10-10人气:
  • AMAT Applied Materials 0100-18043插槽背板
  • AMAT Applied Materials 0100-18043插槽背板
  • AMAT Applied Materials 0100-18043插槽背板

AMAT Applied Materials  0100-18043插槽背板

1.产 品 资 料 介 绍:

一、高密度多接口扩展能力
作为半导体设备电路互联的核心枢纽,0100-18043 插槽背板的核心优势在于全类型模块兼容与接口扩展性能。参考 AMAT 设备模块化集成需求,该背板大概率采用 16-24 路标准化插槽设计,兼容数字 I/O 板(如 0100-20003)、控制器模块、电源模块等多类型板卡,单插槽支持 PCIe Gen6、EtherCAT 等高速协议,同时预留 RS485、CANopen 等传统工业总线接口,满足刻蚀机、薄膜沉积设备中不同功能模块的互联需求。插槽间距严格遵循 3U/6U 标准板卡规格,单插槽供电能力达 300W,可直接为高功率模块提供稳定电力,无需额外配置独立电源,有效简化设备内部电路布局。
二、高速信号同步传输能力
针对半导体设备对信号实时性的严苛要求,该插槽背板在信号处理上凸显低延迟与抗干扰特性。采用分层接地与差分信号布线设计,将电源层、接地层与信号层交替排布,配合阻抗匹配技术(特性阻抗控制精度 ±5%),将 PCIe Gen6 信号传输延迟控制在 5ns 以内,EtherCAT 通信周期稳定保持 125μs,确保刻蚀机射频控制信号、传感器数据的无失真同步传输。背板内置信号中继放大模块,每路信号均配备独立的信号调理电路,可补偿多模块级联导致的信号衰减,支持 8 级模块扩展仍能保持信号完整性,满足大型半导体设备多模块协同控制需求。
三、严苛环境专项适配设计
为应对半导体洁净室与设备集群的复杂工况,背板在硬件设计上充分考虑抗干扰与洁净兼容能力。基板选用 Megtron 7 高性能层压板,兼具低介损(Df≤0.002@10GHz)与高导热性,配合网格覆铜与埋置电阻技术,满负荷运行时温升较传统 FR-4 基板降低 35%。表面采用化学沉金工艺,金属离子析出量低于 0.05ppm,符合 SEMI F57 标准,适配 10 级洁净室环境;外壳采用 316L 不锈钢屏蔽框架,电磁干扰抑制能力达 120dB 以上,可抵御刻蚀机射频电源产生的强电磁辐射,避免信号串扰导致的设备误动作。同时通过 IP65 级防护认证,耐受 - 30℃至 70℃宽温区间与 90% RH 高湿环境,满足不同地域厂房的环境差异。

AMAT Applied Materials  0100-18043插槽背板 英文资料:

1. High-density multi-interface expansion capability

As the core hub for circuit interconnection of semiconductor equipment, the core advantage of the 0100-18043 slot backplane lies in its compatibility with all types of modules and interface expansion performance. Referring to the modular integration requirements of AMAT devices, this backplane is likely to adopt a 16-24 standardized slot design, compatible with multiple types of boards such as digital I/O boards (like 0100-20003), controller modules, power modules, etc. A single slot supports high-speed protocols such as PCIe Gen6 and EtherCAT. At the same time, traditional industrial bus interfaces such as RS485 and CANopen are reserved to meet the interconnection requirements of different functional modules in etching machines and thin film deposition equipment. The slot spacing strictly adheres to the 3U/6U standard board card specifications. Each slot has a power supply capacity of up to 300W, which can directly provide stable power to high-power modules without the need for additional independent power supplies, effectively simplifying the internal circuit layout of the equipment.

2. High-speed signal synchronous transmission capability

In response to the strict requirements of semiconductor equipment for signal real-time performance, the backplane of this slot highlights low latency and anti-interference characteristics in signal processing. By adopting a layered grounding and differential signal wiring design, the power layer, ground layer and signal layer are alternately arranged. Combined with impedance matching technology (characteristic impedance control accuracy ±5%), the transmission delay of PCIe Gen6 signals is controlled within 5ns, and the communication cycle of EtherCAT is stably maintained at 125μs. Ensure the distortion-free synchronous transmission of the RF control signals and sensor data of the etching machine. The backplane is equipped with an internal signal relay amplification module. Each signal is provided with an independent signal conditioning circuit, which can compensate for signal attenuation caused by multi-module cascading. It supports 8-level module expansion while maintaining signal integrity, meeting the multi-module collaborative control requirements of large semiconductor equipment.

Iii. Specialized Adaptation design for Harsh Environments

To address the complex working conditions of semiconductor cleanrooms and equipment clusters, the backplane is designed with full consideration of anti-interference and clean compatibility capabilities in its hardware. The substrate adopts Megtron 7 high-performance laminate, which combines low dielectric loss (Df≤0.002@10GHz) and high thermal conductivity. Combined with grid copper cladding and embedded resistor technology, the temperature rise during full-load operation is reduced by 35% compared with the traditional FR-4 substrate. The surface adopts the chemical gold precipitation process, and the precipitation amount of metal ions is less than 0.05ppm, which complies with the SEMI F57 standard and is suitable for a Class 10 cleanroom environment. The casing is made of 316L stainless steel shielding frame, with an electromagnetic interference suppression capacity of over 120dB, which can resist the strong electromagnetic radiation generated by the RF power supply of the etching machine and prevent equipment maloperation caused by signal crosstalk. It has simultaneously passed the IP65-level protection certification, withstanding a wide temperature range of -30 ℃ to 70℃ and a high humidity environment of 90% RH, meeting the environmental differences of factories in different regions.

AMAT Applied Materials  0100-18043插槽背板 产品展示      

applied_materials_i_o_wdp-cvd_ultima_board_seriplex_2_slot_backpane_0100-18043.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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