Used KEITHLEY 707A #9316780 for sale

KEITHLEY 707A is a versatile electronic test instrument designed to provide calibration, testing, and troubleshooting assistance for a wide variety of electronic systems. The instrument's design is modular, with interchangeable modules and open software interfaces, allowing for a wide range of test capabilities depending on the application. 707A provides a wide range of modes for voltage measurements, including DC, AC, and noise measurements. It also includes a True RMS Mode allowing for the simultaneous measurement of AC and DC parameters. This True RMS capability eliminates the requirement for additional measurement modules, resulting in greater accuracy and faster measurements. KEITHLEY 707A also includes a number of other features which make it highly useful for those working on electronic test and troubleshooting projects. Its Digital/Analog converter (DAC) module allows the simultaneous measurement of multiple signal types, providing greater accuracy than single-signal meters. Additionally, the instrument offers high-speed digital pattern recognition and tolerance testing capabilities, making it ideal for testing a wide variety of electronic systems, including computers, controllers, and communication systems. 707A offers both user-friendly and programmable operation modes. Its user display is designed to be intuitive, improving the workload of technicians and engineers by offering step-by-step instructions and automated test procedures. On the other hand, its programmable operation capabilities provide advanced users with a range of custom tools for measuring complex signals. Overall, KEITHLEY 707A is a powerful and indispensable instrument for those working with electronic systems. Its versatility, fast measurement speeds, and intuitive user interface make it an ideal choice for applications that demand precision, reliability, and cost-effective testing. With its range of features and capabilities, 707A can save both time and money, while giving technicians and engineers the confidence that their measurements will be accurate and reliable.