Used SYNTHESYS RESEARCH ScopeBERT #9117917 for sale

SYNTHESYS RESEARCH ScopeBERT is an electronic test equipment that allows users to perform a wide range of tests and measurements. It is designed to help engineers study complex signals and evaluate the performance of their designs. ScopeBERT offers a wide range of features for both lab and field testing of electrical signals. SYNTHESYS RESEARCH ScopeBERT features a 5.7" color touchscreen display with 2400x1300 resolution. It offers high-performance dual-channel signal analysis with up to 600 Msamples/sec spectrum analysis, 10 MHz long-memory waveforms, and advanced high-resolution TDR/TDT. ScopeBERT also features an array of triggering options, including automatic, manual, and advanced trigger capability. Additionally, SYNTHESYS RESEARCH ScopeBERT offers a wide range of measurement and analysis capabilities, including basic voltage and time measurements, AC/DC coupling measurements, and highly accurate frequency-domain measurements. ScopeBERT also includes an intuitive, Windows-based software suite that provides users with the ability to save, load, and control multiple tests. The software also provides an array of advanced features, including data logging and trending, multi-domain math functions, signal filtering, and advanced measurement tools. The user can also connect SYNTHESYS RESEARCH ScopeBERT to a PC, network, or cloud-based service to share and store test results. ScopeBERT is suitable for industrial, automotive, medical, aerospace, and other applications. It is a rugged unit that is both EMC and IP65 rated, making it suitable for use in both laboratory and field applications. In addition, SYNTHESYS RESEARCH ScopeBERT offers user-friendly operation with its intuitive touchscreen display and easy operation. Overall, ScopeBERT is a versatile, affordable, and easy-to-use electronic test equipment capable of a wide range of tests and measurements. Its array of features and robust design make it the perfect choice for engineers who need to analyze complex signals and evaluate their designs.