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AL8XGTE-3 PCI Express Bus Interface

AL8XGTE-3 PCI Express Bus Interface

Acquisition system is capable of being re-armed by hardware within 1uS of the previous trigger.
 Up to 2 Billion samples of on-board acquisition memory
 Dual Ported Memory Architecture for simultaneous collection and processing/download.
 Trigger Input/Output Connector
 Optional External Clock Connector
 Multiple Trigger Modes

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Overview

Essential details：AL8XGTE-3 PCI Express Bus Interface

Acquisition system is capable of being re-armed by hardware within 1uS of the previous trigger.
 Up to 2 Billion samples of on-board acquisition memory
 Dual Ported Memory Architecture for simultaneous collection and processing/download.
 Trigger Input/Output Connector
 Optional External Clock Connector
 Multiple Trigger Modes

. PCI Express Bus Interface
. Configurable as 1 Channel @1.5 GHz. or 2 Channels @ 3 MHz.
. 8 bit Resolution

. 125 mV to 2V input range
. Oscilloscope Software
. Software Development Kit supports C/C++, C#, VB and LabVIEW

AL8XGTE

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AL8XGTE-3 PCI Express Bus Interface

AL8xGTE-3 is a single-channel, high resolution, 8 bit 3 GS/s PCI Express Digitizer board upporting the PCI Express x1 bus. Onboard memory options range from 512M samples to 2G samples Memory operation allows acquisition to continue while data is being transferred to the PC.
The AL8xGTE-3 KIT Includes a sample application that allows users to immediately begin data acquisition. Integration of the AL8xGTe-3 into customer specific software is simplified by a Windows based software development kit that is included at no additional charge. The SDK includes support of C# or C/C++ and VB, LabVIEW™ for Windows.
The AL8xGTE-3 digitizer utilizes 8-bit ADC to digitize the input signals. The sampling rate ranges from 3GS/s to 250 KS/s. The acquisition is capable of being triggered by software, BNC, Quadrature encoder input, or internal TTL connection. Acquisition can consist of multiple data records; each record is the result of a trigger event. Records can have both pre-trigger and post-trigger data.

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