Used LECROY SDA 760Zi-A #9173745 for sale

LECROY SDA 760Zi-A is an advanced test and measurement system designed for high-speed electronic characterization and analysis of digital circuits, analog signals, digital-to-analog converters, and more. It offers a powerful combination of capabilities, including: sampling up to 8 GHz, eight digital channels, real-time memory up to 10 GSa/S, and optional segmented memory expansion. SDA 760Zi-A is equipped with an integrated signal processing system which simplifies test and debug of modern electronics by allowing easy capture, storage, and analysis of complex signal behavior. With up to 10 GSa/s sampling rate, it can acquire data quickly and accurately. A segmented memory architecture assures continuous capture without overflow. With up to 8 GHz analog bandwidth, LECROY SDA 760Zi-A can accurately measure the amplitude, phase, rise time, fall time, and jitter of digital or analog signals. In addition to analog signals, SDA 760Zi-A offers up to eight digital channels, enabling fast nested loops and accurate signal isolation. The simple user interface (UI) features intuitive control with drag-and-drop and one-click menu selection. It also simplifies custom automation triggers enabling the capture, storage, and recall of complex signals in real time for automated testing. LECROY SDA 760Zi-A includes software which provides powerful graphical and Microsoft Excel format results. It includes oscilloscope measurement tools designed to help analyze, diagnose, and optimize the performance of complex digital systems. These include jitter measurement functions such as peak, cycle by cycle, cycle-cycle, data mask, analog, and amplitude. Finally, SDA 760Zi-A comes standard with a full suite of I/O connections to securely connect the test system to outside resources such as computers and other test equipment. USB, GPIB, Ethernet, and Microwave/Millimeter Wave ports are included for data transfer and communications. LECROY SDA 760Zi-A is the perfect choice for high-speed electronic designers seeking to create and optimize complex digital systems.