Used YOKOGAWA 700924 #9201671 for sale

YOKOGAWA 700924 is a robust, versatile, digital storage oscilloscope (DSO) designed to provide a wide array of measurements for the analysis of electrical signals across numerous frequency ranges. The oscilloscope utilizes a voltage range of 1mV to 1000V, enabling it to capture, store and display both small amplitude signals and large amplitude ones. The high-resolution, true-color TFT LCD screen and versatile user interface of 700924 allows for ease of use and understanding, even for those with limited electronic knowledge. YOKOGAWA 700924 oscilloscope utilizes a 50 MHz to 200 MHz bandwidth and a sampling rate of 200MSa/s to 500MSa/s, allowing for detailed analysis of short waveforms and intricate digital data. Furthermore, the device has a diverse input design that allows for the input of DC as well as AC signals. The oscilloscope's unique input capability also allows for large frequencies up to 1GHz to be measured, proving to be extremely useful when assessing high-frequency operational performance of complex integrated circuits. 700924 utilizes a differential or single-ended type input for signal processing, reduces noise interference and enhances the signal quality with its integrated anti-alias filter, and offers various triggering options such as edge-triggering and pulse-width triggering. It also provides both auto set and manual set triggering, improving its functionality in testing high-frequency signals with complex waveforms. The oscilloscope also features cursors and a wide range of math functions such as derivative, accumulators, square root, FFTs, and pulse widths, allowing for the easy analysis and measurement of signal parameters. Finally, YOKOGAWA 700924 utilizes advanced mask testing to ensure the accuracy of measurements, which minimizes the data processing time. In conclusion, 700924 is an extremely versatile and reliable oscilloscope, capable of capturing, storing and displaying a wide range of electrical signals and supporting a variety of triggering options, as well as offering advanced features, such as mask testing and a variety of math functions. Its robust features and high resolution make it a popular choice for those in need of testing and measuring high-frequency electrical signals.