Used TEKTRONIX MSO 4034B #293601647 for sale

TEKTRONIX MSO 4034B is a powerful mixed-signal oscilloscope (MSO) designed to provide accurate, reliable, and versatile performance for a wide range of electronic test applications. The oscilloscope has a maximum sample rate of 4 GS/s (gigasamples per second) and a maximum memory depth of 40 Mpts (40 million points) which enables accurate analysis and characterization of digital, analog, and serial signals. The oscilloscope has a built in 12.1" capacitive touchscreen display which eliminates the need for a separate monitor and provides an intuitive user interface. MSO 4034B is equipped with advanced features such as mask testing, serial decoding, and automated measurements to provide high throughput measurements and characterization as well as troubleshooting capabilities. TEKTRONIX MSO 4034B features four digital channels with high-end logic analysis capabilities, including options for up to 16 digital channels. It has a minimum sample rate of 500 MS/s (mega samples per second) and a maximum memory depth of 4 Mpts (4 million points). Additionally, the oscilloscope includes 8 analog voltage channels, with a maximum input voltage of 500 V peak-to-peak, and four analog current channels, capable of monitoring up to 5 A peak-to-peak current. It also has a minimum sample rate of 20 kS/s (kilo samples per second) and a maximum memory depth of 2 Mpts (2 million points). In addition to these features, MSO 4034B also offers support for advanced probes, allowing remote sensing of high-frequency signals. It supports a variety of serial buses such as digital/analog/mixed-signal/serial buses, and includes on-board tracking generators for monitoring signals at up to 20 MHz for differential analysis. The oscilloscope has built-in math functions, including amplitude and phase analysis, as well as statistical functions such as mean and standard deviation calculations. TEKTRONIX MSO 4034B is the perfect choice for analyzing digital, analog, and serial signals in automotive, industrial, telecommunications, aerospace and defense, and medical applications. Its advanced features and support for advanced probes make it an ideal choice for any test environment.