Used YOKOGAWA 701922 #9001435 for sale

YOKOGAWA 701922 electronic test equipment is a state-of-the-art device designed for applications that require precise measurements. Featuring an advanced high-speed signal processing and analysis equipment, this equipment is widely used for measurements related to time and frequency. 701922 features a signal input range of -55 dBm to +40 dBm, with an effective noise level of only -130 dBm. It has a frequency range of 10 Hz to 2 GHz, and its input/output system offers a temperature coefficient of 0.05 ppm/ C and a wide dynamic range of 120 dB. This unit also features a wide bandwidth and fast sampling rate of up to 200 KS/s, allowing it to capture even the slightest changes in signal levels. The equipment's real-time display capabilities provide up to eight screens, displaying data up to 150MHz, and each screen is equipped with a variety of powerful features, such as parameter editing, parameter saving, Power spectrum analysis, and zoom functions. All of this ensures that users can get detailed and precise readings from their tests. YOKOGAWA 701922 also has a sophisticated trigger unit, allowing users to trigger on a wide range of conditions, such as phase discontinuities, data transitions, and absence of input signals. This feature makes it easier for users to identify and fix abnormalities in their test results. Additionally, 701922 is equipped with a built-in virus protection machine, ensuring that all data acquired is accurate and reliable. Finally, the unit's intuitive and user-friendly graphical user interface ensures accuracy and helps users quickly generate custom settings to perform their desired tests. All in all, YOKOGAWA 701922 is an excellent piece of test equipment, offering users impressive accuracy and reliability when performing measurements related to time and frequency. Its powerful signal input/output and analysis systems, combined with its sophisticated trigger tool and built-in virus protection asset, make 701922 an ideal choice for any application that requires precise measurements.