Used TEKTRONIX P7520A #9069776 for sale

TEKTRONIX P7520A is an electronic test equipment used for acquiring waveforms that help analyze pulse and timing characteristics of digital signal and for frequency response measurements, which have traditionally been done with an oscilloscope. This test equipment contains a built-in precision function generator to help the users generate low jitter, wide bandwidth pulse and digital-signal tests, as well as signals with pulse-width modulated (PWM) characteristics, such as serial data and frequency-shift keying (FSK) signals. P7520A contains a multiple-input signal native (MISN) generator, which allows for acquisition of a 12-bit wide and two 8-bit wide waveforms. These waveforms can be used with the built-in oscilloscope to accurately measure and analyze pulse width, pulse width distribution, duty cycle, transition times, period, frequency, shape and jitter. Furthermore, TEKTRONIX P7520A can be used for frequency response measurements of components and circuits, allowing to accurately measure up to 250 MHz components and up to 125 MHz circuits. P7520A also allows for customizing tests as it has various triggering and user interface options. It has seven triggering modes, including pulse, slope, width, pretrigger, and RF. It also has a wide range of stimulus waveforms such as sine, square, triangle, ramp, sin(x)/x, and arbitrary. The user interface allows the user to control the settings and parameters of the test equipment remotely, permitting to create and modify pulse and other signal characteristics. As far as accuracy is concerned, TEKTRONIX P7520A provides a frequency accuracy of ± (0.5/value) % + 1 LSB and amplitude accuracy of ± (0.1/value) %. It also features a fast acquisition speed of 2.5MS/s.And its wide input voltage range of 100mV to 110V rms with a 50Ω input impedance helps the user measure signals with accuracy even at low levels. To conclude, P7520A is an excellent tool for electronic designers, allowing them to quickly and accurately measure, analyze and troubleshoot digital signals. Its many features provide the user with potential to create custom tests, allowing for analyzing multiple aspects of pulse and digital signals, as well as performing frequency response measurements, all while providing high accuracy and robustness.