Used STANFORD RESEARCH SYSTEMS / SRS DS335 #293609575 for sale

STANFORD RESEARCH SYSTEMS / SRS DS335 is a digital signal synthesis and precision waveform generator. It is a valuable test equipment choice for applications where low-noise performance and fast modulation rates are important. SRS DS335 offers advanced features such as a large frequency range, a variety of DC offsets, and the ability to generate waveshapes including sine, square, triangle, ramp, noise and arbitrary waveforms, as well as a variety of modulation types. STANFORD RESEARCH SYSTEMS DS335 features a high-speed, low-noise voltage source, with a frequency range from 1 mHz to 2.2 GHz and a maximum fast modulation rate of 25 MHz. DS335 also features a wide range of DC offsets for greater accuracy over a full range of electrical signals. For high accuracy or calibration applications, STANFORD RESEARCH SYSTEMS / SRS DS335 can be further upgraded to the 'C' version to provide the highest accuracy waveforms. SRS DS335 can generate a variety of waveforms, including sine, square, triangle, ramp, noise, and arbitrary waveforms with a wide range of adjustable parameters, such as frequency, amplitude, offset, and duty cycle. Arbitrary waveforms can be generated and stored to the onboard waveform storage, enabling the user to easily store and use the waveforms without the need for an external control system. STANFORD RESEARCH SYSTEMS DS335 is also capable of a variety of modulation types, such as FM, AM, phase modulation and arbitrary waveform modulation. DS335 also features a variety of output connectors, such as BNC, twisted pair, and RF output-compatible types. This makes STANFORD RESEARCH SYSTEMS / SRS DS335 an ideal test equipment choice for applications in the lab or the field, and the flexibility of the output connections can help to ensure that the waveform output is compatible with the required test signals standards. All in all, SRS DS335 is a feature rich, versatile electronic test equipment that offers a wide range of features, including low-noise performance, fast modulation rates, a large frequency range, and various waveform outputs. It is an ideal choice for test and measurement applications in the lab or the field, where accuracy and versatility are important.