Used PANASONIC VP7723A #141614 for sale

PANASONIC VP7723A is a high precision electronic test equipment designed for measurement and evaluation of the performance of high frequency circuits. It offers a wide range of capabilities and functions, allowing users to accurately check, analyze and characterize high frequency circuits. This two-channel digital oscilloscope has a maximum sampling rate of 25 GS/s, 10 Mpts memory depth and 250 MHz bandwidth. Additionally, it features adjustable pass/stop digital filters, and a dual trace display with live video signal input. With its comprehensive measurement and analysis functions, this oscilloscope can be used to evaluate multi-channel designs, performance and signal integrity in fields such as communications, semiconductors and microprocessors. Additionally, this oscilloscope has excellent measurement accuracy and repeatability, with measurements as accurate as ± (1% + 0.0025) for most signal and signal types. This accuracy is provided by the advanced auto-tracking vertical resolution, as well as the simultaneous signal input. The oscilloscope's USB interface also allows for easy connectivity with PCs and other peripheral devices. This oscilloscope is equipped with a range of measurement and analysis capabilities, including differential input, a wide range of measurement functions and cursor measurements. This test equipment is also equipped with automated measurement and analysis functions, making it easy to adopt customized measurement and analysis strategies for various test applications. Moreover, PANASONIC VP-7723A has excellent signal integrity, with a wide dynamic range (-62 dBm to +14 dBm) and flat response, as well as an adjustable harmonic distortion correction. This test equipment is also capable of generating VHF and UHF signals, making it ideal for complex signal analysis applications. Overall, VP7723A combines precision, high digital resolution, excellent signal integrity and capabilities suitable for use in a variety of test applications, making it the optimal choice for accurate measurements and evaluations of high frequency circuits.