VMIVME-3100 中等性能的 12 位 ADC 板 支持高速的数据传输

>>>>>型号:VMIVME-3100   中等性能的 12 位 ADC 板    支持高速的数据传输 

【功能描述】

VMIVME-3100 12 位模数转换器 （ADC） 模块是一款中等性能的 12 位 ADC 板，旨在支持 16 个单端或 8 个差分前面板模拟输入和各种多路复用器扩展板。多路复用器扩展板利用 AMXbus 将模拟信号从多路复用器输入路由到 VMIVME-3100 ADC 模块。VMIVME-3100 ADC 模块还具有内置测试功能，前面板故障 LED 为用户提供了故障检测和隔离功能。 

特征：

板载内置测试逻辑，用于故障检测和隔离

前面板故障指示灯

12 位分辨率

板载精密电压源

用户可选择每个插槽一个ADC，或一个ADC和从属多路复用器

9 μ 最大转换时间

9 μSec采集时间

16通道单端多路复用器

8通道差分输入选项

专用多路复用器

过压保护输入

单独编码/键控 VME 连接器

以下是VMIVME-3100的一些主要功能和特点：

VME到PCIe桥接：VMIVME-3100能够将VMEbus系统的数据无缝地传输到PCIe设备，反之亦然。这使得它能够连接新一代的PCIe接口设备与传统的VMEbus系统，实现了系统的灵活扩展和升级。

高性能传输：该板卡支持高速的数据传输，提供了低延迟和高吞吐量的数据通道。这使得它适用于需要实时数据交换和大量数据传输的应用场景。

透明传输：VMIVME-3100实现了VMEbus和PCIe之间的透明传输，这意味着数据在两种总线之间传输时，无需进行额外的格式转换或处理。

多通道支持：VMIVME-3100可能支持多个PCIe通道，从而允许同时连接多个PCIe设备，提高了系统的并行处理能力和扩展性。

可靠性：该板卡可能采用高品质的组件和经过严格测试的设计，以确保在恶劣的工业环境下也能提供可靠的性能。

易于集成：VMIVME-3100可能提供了友好的接口和配置工具，使得它易于集成到现有的VMEbus系统中，降低了系统的开发和维护成本。

灵活性：板卡可能支持多种配置选项，以适应不同的系统需求和应用场景。

【英文介绍】

 The VMIVME-3100 12-bit analog-to-Digital Converter (ADC) module is a medium-performance 12-bit ADC board designed to support 16 single-ended or 8 differential front panel analog inputs and a variety of multiplexer expansion boards. The multiplexer expansion board uses AMXbus to route the analog signal from the multiplexer input to the VMIVME-3100 ADC module. The VMIVME-3100 ADC module also has a built-in test function, and the front panel fault LED provides the user with fault detection and isolation.

Features:

Onboard built-in test logic for fault detection and isolation

Front panel fault indicator

12-bit resolution

Onboard precision voltage source

The user can choose one ADC per slot, or one ADC and slave multiplexer

9μmax conversion time

9 μSec acquisition time

16-channel single-ended multiplexer

8-channel differential input options

Special purpose multiplexer

Overvoltage protection input

Separately coded/keyed VME connectors

Here are some of the main functions and features of the VMIVME-3100:

VME to PCIe bridge: The VMIVME-3100 seamlessly transfers data from VMEbus systems to PCIe devices and vice versa. This enables it to connect the new generation of PCIe interface devices with traditional VMEbus systems, enabling flexible system expansion and upgrading.

High performance transmission: The board supports high-speed data transmission, providing low latency and high throughput data channels. This makes it suitable for application scenarios that require real-time data exchange and large amounts of data transfer.

Transparent transfer: The VMIVME-3100 implements transparent transfer between VMEbus and PCIe, which means that data is transferred between the two buses without additional format conversion or processing.

Multi-channel support: The VMIVME-3100 may support multiple PCIe channels, allowing multiple PCIe devices to be connected at the same time, improving the parallel processing capability and scalability of the system.

Reliability: The board may use high-quality components and a rigorously tested design to ensure reliable performance even in harsh industrial environments.

Easy integration: The VMIVME-3100 may provide a friendly interface and configuration tools that make it easy to integrate into existing VMEbus systems, reducing system development and maintenance costs.

Flexibility: The board may support a variety of configuration options to suit different system requirements and application scenarios.

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