Used LAKESHORE DRC 91C #293609580 for sale

LAKESHORE DRC 91C is an electronic test equipment designed to accurately measure the dynamic characteristics of a sample in response to step sweeps and changes in the test parameters. It is ideal for characterization in a variety of applications. DRC 91C is designed with advanced features to accurately monitor the sample response, such as its high speed data acquisition capability, a wide range of dynamic ranges and adjustable filters for precise measurements in the desired range of frequencies. LAKESHORE DRC 91C test equipment has a maximum frequency range up to 200 kHz, a resolution of 10 points/decade, and a wide range of dynamic ranges up to 10 dB in fast-scan mode and up to 1 mV in slow scan mode. It provides a fast response time with low latency in the range of 200 μs, advanced test functions including several common measurements such as resonant frequency, swing, power level, slew rate, etc. Additionally, it has adjustable digital filters for various frequencies and resonance analysis. DRC 91C is designed to be reliable, user-friendly and to provide accurate results. The interface is designed with intuitive graphical control tools and displays, including a powerful data analysis package, an on-screen monitor, and a library of signal sources. The built-in oscilloscope, spectrum computer, and signal channel generator allow signal analysis and custom waveforms to be created and then saved for future use. The wide range of input and output connectors, including differential signal inputs and switch inputs, enable connection to a variety of test hardware. In order to protect the sample, LAKESHORE DRC 91C is equipped with a variety of safety features such as the Overload Circuit Protection and the Safety Lock Switch. This feature prevents the sample from accidentally becoming damaged while an experiment is underway. The built-in calibration wizard walks the user through the process of calibrating the instrument without having to read the manual. DRC 91C is designed to be highly accurate and reliable for a wide range of applications. It can be used for measuring dynamic parameter settings, impedance and system characteristics, as well as waveforms. It can also be used in the development and design of new products or components, testing the performance of existing components, or in system analysis.