AMCI-7264 4通道D微控制器

Description

AMCI-7264 4通道D微控制器

AMCI-7264 是一款由 AMCI（American Micro Devices Corporation，美国微设备公司）生产的备件控制模块。这款模块通常用于需要直接接口到大多数输出 SSI（同步串行接口）数据的传感器的应用中。AMCI-7264 模块的特性包括工作电压为 220V，输出频率为 60KHZ，并且是一款 PLC（可编程逻辑控制器）模块，属于 DCS（分布式控制系统）模块系列。

此外，AMCI-7264 还适合从具有定制 tap 配置的 Camera Link 设备和测量超过 1000 万像素（MP）且需要基于硬件的预处理的高分辨率传感器进行采集。新模块支持基本、中等和完整配置的 Camera Link 设备以及 80 位 10 抽头配置，最高可达 85MHz。这种设计使工程师和科学家能够在使用定制图像传感器时定制图像采集。

同时，AMCI-7264 模块还集成了几个 I/O（输入/输出）选项，包括四个 TTL I/O 线路、两个光隔离输入和一个正交编码器输入。此外，还有许多适用于 PXI（PCI 扩展）平台的模块化 I/O 和工业通信选项。工程师和科学家可以使用 LabVIEW FPGA 模块定制 NI FlexRIO 硬件，而无需了解底层硬件描述语言或板级设计。通过使用 LabVIEW 图形化编程环境，工程师和科学家大大减少了他们的开发时间，同时利用现有的 VHDL IP（知识产权）。

AMCI-7264 4通道D微控制器

The AMCI-7264 is a spare parts control module manufactured by AMCI (American Micro Devices Corporation). This module is commonly used in applications that require a direct interface to most sensors that output SSI (Synchronous Serial Interface) data. The characteristics of the AMCI-7264 module include the operating voltage of 220V, the output frequency of 60KHZ, and it is a PLC (programmable logic controller) module, belonging to the DCS (distributed control system) module series.

In addition, the AMCI-7264 is suitable for acquisition from Camera Link devices with custom tap configurations and high-resolution sensors that measure more than 10 million pixels (MP) and require hardware-based preprocessing. The new module supports basic, medium and fully configured Camera Link devices as well as 80-bit 10-tap configurations up to 85MHz. This design enables engineers and scientists to customize image acquisition when using custom image sensors.

At the same time, the AMCI-7264 module also integrates several I/O (input/output) options, including four TTL I/O lines, two optical isolation inputs, and an orthogonal encoder input. In addition, there are many modular I/O and industrial communication options available for the PXI (PCI Extension) platform. Engineers and scientists can customize NI FlexRIO hardware using LabVIEW FPGA modules without understanding the underlying hardware description language or board level design. By using the LabVIEW graphical programming environment, engineers and scientists greatly reduce their development time while leveraging existing VHDL IP (intellectual property).