Add 16 digital lines to the backpack module

　　Add the digital line to the digital instrument and arbitrary waveform generator card 4 multi-function XIO lines have been fully extended. this will mean that up to 20 fully programmable XIO lines can be used as synchronous digital inputs for digitizers and synchronous digital outputs for arbitrary waveform generators, or asynchronous I/O lines, state lines (status line) or even additional trigger inputs.

　　Hybrid mode options for digitizers and arbitrary waveform generators

　　The digital option is a backpack module (piggy-back module) of the PCIe card, located in the second slot of the panel. it has two different versions, one with SMB connector and the other with FX2 flat ribbon connector. SMB version of the front panel is equipped with 10 connectors and 6 connectors that can be used internally to serve PC-internal connections or external connections through an empty slot bracket. FX2 version (M2p.xxxx - DigFX2) ensures compatibility with previous generation products and is able to parallel all lines through a single connector.

　　For the 16-bit digitizer of M2p.59xx series, And can provide 20 1-8 channel PCIe cards, A sampling rate of up to MS/s.20-125 In addition, And these modules are also suitable for M2p.65xx series of 16-bit arbitrary waveform generators, and consists of 8 PCIe cards. There are also 1-8 channels available, Sampling rate up to 40 MS/s or 125 MS/s.

　　For example, using this function on a M2p.5968-x4 digital instrument card will enable parallel operation of 8 analog channels and produce up to 19 synchronous digital channels (actually up to 20, one of which is located in the main card, only for output). If this function is used to M2p.6568-x4 any waveform generator card, it will be able to simulate any waveform generator in 8 channels and produce up to 20 synchronous digital output or tag output.

　　By reducing the resolution, digital data can be stored in analog sampling. The software driver can be customized and can produce a solution that perfectly matches the mixed mode. This option is implemented through the Software Development Toolkit (SDK), which supports C ,C#,VB.NET,Python、JAVA、LabVIEW or MATLAB. programming languages The SDK is used as a standard for all products.