Used TEKTRONIX MSO4104B #9276556 for sale

TEKTRONIX MSO 4104B is a four-channel digital mixed signal oscilloscope (MSO) from TEKTRONIX. This oscilloscope is designed to capture and analyse both electrical and digital signals simultaneously. It provides the perfect combination of performance, speed and accuracy in a 4-in-1 instrument. MSO 4104B features an entirely digital trigger and acquisition system, with up to 1 GHz bandwidth, up to 10 GS/s sample rate and 200Mpts/channel sample memory. This oscilloscope also features TEKTRONIX patented Spectrum Slicing™ technology for simultaneous viewing of multiple continuous waveforms. TEKTRONIX MSO 4104B has an easy-to-use, highly intuitive touch screen user interface. The large 10.1" TFT LCD colour display ensures excellent visibility and allows easy navigation to quickly find the required functions. Additionally, this instrument can be connected to the network, allowing users to access data anywhere. MSO 4104B also features advanced triggering options such as serial triggering, gesture-based pattern triggers, voltage threshold, pulse width and more. Advanced correlation triggering is also available and includes correlation between analog and digital as well as in all four channels. This versatility makes TEKTRONIX MSO 4104B ideal for capturing and analysing complex signals. When it comes to connectivity, MSO 4104B utilises several advanced technologies. It has four BNC connectors as well as a USB 2.0 connector for plugging into peripheral devices. The instrument also has two built-in generators for sine, square and triangle waveforms. Furthermore, a built-in 8Mb memory allows users to store digital signals for offline analysis. In conclusion, TEKTRONIX MSO 4104B is an advanced digital oscilloscope for capturing and analysing a wide range of signals. It features a high-resolution display, intuitive user interface, comprehensive triggering options and memory, and excellent connectivity. This versatile instrument is ideal for engineers and technicians who need accurate and reliable measurements.