Used STANFORD RESEARCH SYSTEMS / SRS DS335 #9024263 for sale

STANFORD RESEARCH SYSTEMS / SRS DS335 is a high-performance electronic test equipment used for simulations, waveform analysis, and equipment operation measurements. Designed for laboratory and field applications, SRS DS335 supports a wide range of signal frequency parameters including high-frequency, high-bandwidth signals. Its architecture is based on Frequency Synthesisers, Direct Digital Synthesisers, and Direct Digital Controllers. The Frequency Synthesisers provides digital synthesis of analog signals up to 300 Mhz with 20 mHz to 30 GHz span and less than 0.01 Hz frequency resolution. It is equipped with an 8-bit resolution arbitrary waveform generator, a 5A high-accuracy, low-distortion waveform source, and two channels of spectrum analyzer. The Direct Digital Synthesisers is capable of producing microwave signals up to 20 GHz with 0.1 Hz frequency resolution. It incorporates a 9-bit resolution arbitrary waveform generator, a 5A high-accuracy and low-distortion waveform source, on-board optical-fiber modulation circuit, and an internal 12-bit analog-to-digital converter. The Direct Digital Controller is a two-channel data acquisition system that provides sample-accurate waveform processing, multiplexer timing control as well as synchronization control. The unit includes an embedded 8-bit processor and a high-speed ADC which provides a data capture rate up to 5 MHz. STANFORD RESEARCH SYSTEMS DS335 is a modular machine and is available with multiple accessories. It also offers automated test capability using graphical display and contains a traditional I/O connector tool. Further, the asset has a customizable input/output and an I-flex interface for a wide range of signal connectivity. Overall, DS335 offers the user a single platform for powerful electronic test equipment with customizable options for signal measurement and analysis. It combines stable, adjustable, accurate and repeatable performance to provide reliable results for a variety of laboratory and field applications.