Used KEITHLEY 707A #293648714 for sale

KEITHLEY 707A High Performance Pulse/Function Generator is a reliable, digital, and versatile waveform generator for test, measurement, and automation applications. It delivers fast, accurate waveform generation with a wide range of built-in waveforms and pulse widths. 707A has a frequency range from 1uHz to 100kHz with a resolution of 1 part in 20 million and a maximum output voltage of 10V. It also offers variable pulse widths and duty cycles, variable slew rates and an adjustable duty cycle pulse train. KEITHLEY 707A has an active input impedance of 2MW and a minimum pulse width of 2ns with a variable slew rate option. The waveform generator features linear and logarithmic functions such as Sine, Triangle, Sawtooth and Ramp waveforms. 707A offers two segment generation capabilities, advanced functions including pulse accumulation, pulse distribution, and pulse slicing. It also features analog modulation capabilities, such as amplitude and frequency modulation, ramp modulation, and pulse modulation. KEITHLEY 707A is an ideal instrument for automated testing and design validation of analog circuits, digital components and systems, communications and interactive equipment, and general electronic applications. It is easy-to-use, integrated in laboratory test systems, and offers high precision and accuracy. 707A has a precision LCD display that shows operating information of current waveform selection and frequency, pulse width, and number of cycles. The generator also has a programmable trigger output that enables a wide range of triggering capabilities. It includes an easy-to-use panel for setting up waveforms and a remote control port that may be used for external control. KEITHLEY 707A is a reliable and accurate waveform generator that provides highly stable and accurate waveforms over a wide range of frequencies. It is designed to meet the high-speed testing requirements of today's electronics industry and to provide users with a powerful, interactive tool for their testing tasks.