Used STANFORD RESEARCH SYSTEMS / SRS DG535 #9241647 for sale

STANFORD RESEARCH SYSTEMS / SRS DG535 is a solid-state electronic test equipment made by SRS (STANFORD RESEARCH SYSTEMS) and capable of generating pulse waveforms and performing advanced timing and triggering operations. SRS DG535 pulse generator works by producing electrical waveforms during experiments and testing procedures in several areas, including physics, electronics, acoustics, and physiology. STANFORD RESEARCH SYSTEMS DG535 utilizes a numeric keypad, two-line LCD, and TFT display for input and control functions. The standard models of DG535 have an output voltage range of up to +5V and -5V when in the high impedance mode, with a specified maximum output current of 10 mA. The instrument also has resolution of 800 ps, which is sufficient for most applications. It is provided with ten independent pulse channels, each of which has a 1 us to 250 ms range. The instrument can also be used as a function generator, with sine, triangle, and square waveforms available, and a frequency range from 0.2 Hz to 25 MHz. The user also has the option of setting delay and slew-rate settings with an output voltage range up to ±5V. Additionally, STANFORD RESEARCH SYSTEMS / SRS DG535 includes a fan-cooled envelope generator that allows for accurate control of pulse widths from 0.5 u sec to 500 ms. In addition to the standard working modes, SRS DG535 includes a Logic Analyzer option which expands its functionality from pulse generation to pattern timing and triggering. This allows the user to perform more complex operations, such as timing measurements, triggering into specific states, and sequencing of events. Moreover, STANFORD RESEARCH SYSTEMS DG535 can be synchronized with external systems using its external trigger input, gate, and modulation input ports. DG535 is an effective instrument for performing a wide range of electrical tests and experiments due to its combination of pulse and function generation, high-resolution control, and advanced timing and triggering capabilities. It provides a low-cost, easy-to-use platform for any level of user, from a student performing basic experiments to a professional performing advanced timing measurements.