VMIVME-3123   模拟输入板  提供了16个高精度差分模拟输入通道

型号：VMIVME-3123

16个投分慢拟验入通道

物件网流释1、2、4、B淀16个活球遇省

16位AD转换群:每通满一个

阿时采样保持输入

1400&Hz总来样率

尔潘道100kH2，通道配3200kHz。数字柱)社天遇省微为源内置澳试;内部参考应用于通道输入;测试所有有源器件大数想德本区;多达400万个数据指本骑入偏亏的瞬恋捕获模式触发皓发触力

一内部，外部，店型主机胜友正参板的步

带双极选项的土10V、士5V输入范围和带真单极选项的+10V、+5V输入范围

可池择托近

用丁抗混受的低道滤波器

皮用程序

隋密中压监控

效地呆业系纯

#崆制系坑

自动测试设备

训练器和模拟器

该VMIVME-3123模拟输入板提供了16个高精度差分模拟输入通道，具有高吞吐量16位模拟到数字A/D)转换率为每秒160万个样本。每个输入端都配有专用的采样保持放大器、四阶抗混叠滤波器和精密16位A/D转换器。

数字化样本累积在数据缓冲区中，直到系统检索为止。

缓冲区大小是软件控制从一个样本到400万个样本。

通过使用实时应用的增益和偏移校正值来优化精度，VMIVME-3123并在主机控制的校准模式中确定校准可以在任何时候执行，而无需从系统中移除电路板。校准使用应用于所有输入通道的内部精密电压(内置测试功能)来确定校正值。测试模式以及主机可以访问用于BTT目的的电压。

Model: VMIVME-3123

16 channels for slow entry

Object network flow 1, 2, 4, B lake 16 live ball encounter province

16-bit AD conversion group: Each pass is full

Hour sampling hold input

1400&Hz Total sample rate

Elpandau 100kH2, channel with 3200kHz. Digital column) society day encounter province micro source built-in test; Internal references are applied to channel inputs; Test all active devices in large digital Deben area; Up to 4 million data points indicate that this rider is triggered by a biased transient love capture mode

An internal, external, shop-type host is the step of the board

Earth 10V and 5V input ranges with bipolar options and +10V and +5V input ranges with true unipolar options

The pool can be selected to be near

Low channel filter with D antimiscible

Skin program

Suimi medium voltage monitoring

The efficiency of the idle industry is pure

# Kongsystem pit

Automatic test equipment

Trainers and simulators

The VMIVME-3123 analog input board offers 16 high-precision differential analog input channels with A high-throughput 16-bit analog to digital A/D) conversion rate of 1.6 million samples per second. Each input is equipped with A dedicated sample-hold amplifier, a four-stage anti-aliasing filter, and a precision 16-bit A/D converter.

Digitized samples are accumulated in the data buffer until retrieved by the system.

Buffer size is software-controlled from one sample to 4 million samples.

By using the gain and offset correction values of real-time applications to optimize accuracy, the VMIVME-3123 and determine in the host-controlled calibration mode that calibration can be performed at any time without removing the board from the system. Calibration uses an internal precision voltage (built-in test function) applied to all input channels to determine the correction value. Test mode and the voltage that the host can access for BTT purposes.