Used LECROY ADP 300 #9170278 for sale

LECROY ADP 300 is an advanced digital pattern generator with a host of powerful features. It is capable of producing signals up to 32Mb/s from 5Hz to 6MHz with sinusoidal, square, ramp and user-supplied patterns. It is designed to provide high performance signal generator and pulse pattern applications in test and measurement systems. ADP 300 series delivers outstanding signal performance directly from the instrument's internal digital synthesizers. It features the ability to generate simultaneous independent waveforms, providing greater flexibility with improved results. LECROY ADP 300 has a series of output characteristics, including amplitude, offset, duty cycle, as well as pulse parameters like pulse width, period and rise and fall time. These parameters are adjustable in real-time by means of a built-in user-interface for further flexibility. It also offers numerous synchronization capabilities for more advanced applications. This includes a phase Lock option as well as Burst and Delay functions, allowing for advanced timing in signal generation. ADP 300 is also an ideal choice for generating test-and-measurement signals for digital logic. It is equipped with multiple clock outputs, including the Trigger Out, Clock Out, Burst Out, and Delay Out. This allows users to create more complex pulses in a single cycle-by-cycle variety, which are ideal for digital logic verification. LECROY ADP 300 also includes various automated features, such as pulse shapers, step-and-repeat, address deck functionality and parameter tracking utilities. It also includes a host of memory functions and storage capabilities, making it easier to store and recall signals. ADP 300 is a powerful and optimized test and measurement device, designed to generate high-level signals for a variety of applications. Its advanced output capabilities, synchronization functions, and automated features make it the ideal choice for generating signals in digital logic verification as well as other signal-generation applications.