Used STANFORD RESEARCH SYSTEMS / SRS DS335 #123241 for sale

STANFORD RESEARCH SYSTEMS / SRS DS335 is a high performance, multipurpose, high accuracy electronic test equipment designed to help electrical engineers test and analyze circuits and components. It features a frequency counter, two independent multiple-range power supplies, waveform capture and arbitrary waveform generation coupled with a tracking generator. In terms of frequency measurement, SRS DS335 features a high resolution frequency counter that offers frequency resolution to 1 Hz and a range of up to 3.9 Ghz with an accuracy of ±(0.001% x reading + 1 count). In addition, the unit also offers two selectable time bases driven by internal and external clocks which permit up to 10 different triggering modes. STANFORD RESEARCH SYSTEMS DS335 also comes equipped with two independent multiple-range power supplies that can be used for both low-level and high-level measurements. On the low-level side, the supply range is from 0 - 10V with a 0.1% accuracy, while on the high-level side it ranges from 0 - 25V with 5V resolution and 4mA source/measurement current capability. Another distinguishing feature of SRS DS3335 is its ability to capture waveforms up to 150MSa/s with an 8-bit resolution. This allows users to capture waveforms with high levels of detail and accuracy for further analysis. DS335 also offers an arbitrary waveform generator with 10-bit resolution and up to 25MHz output bandwidth. This allows users to generate complex waveforms easily and accurately. In addition, it also has an integrated tracking generator that allows users to measure components in-circuits and generate sine, square and triangle waveforms. Overall, STANFORD RESEARCH SYSTEMS / SRS DS335 is a powerful electronic test equipment that offers accurate and high-performance frequency and power measurement capabilities, waveform capture and generation, and a tracking generator function. It is ideal for engineers who need to test and analyze circuits and components accurately and quickly.