Used TEKTRONIX TLA 7012 #9201131 for sale

TEKTRONIX TLA 7012 is a state-of-the-art digital storage oscilloscope (DSO) designed for engineers and technicians working in the most demanding laboratories. This advanced oscilloscope provides a wide range of automated and manual testing options, as well as powerful features to simplify troubleshooting and analysis. With the two-channel utility of TLA 7012, it is possible to quickly and accurately measure complex signals, allowing users to make better and more informed decisions. This oscilloscope is powered by a TEKTRONIX-designed high-speed, high-resolution acquisition system, known as the "Acquisition Core," which offers intuitive functions like automated zooming and panning and comprehensive signal analysis, effectively enabling precise measurements of low-level signals in any environment. This device also offers a broad frequency range from DC to 5 GHz, providing accurate representation of a variety of input signals, including GHz digital ones that cannot be effectively measured by other instruments. An additional feature of TEKTRONIX TLA 7012 is its internal digital multi-meter (DMM) ensuring simple, quick and accurate testing of both voltage and current signals. With access to its intuitive graphical user interface, users can quickly set up their measurement parameters and set thresholds or levels for the different channels. An internal noise suppressor further enhances the oscilloscope's signal integrity, providing clean displays and reliable measurements even in the most challenging test environments. The unit also allows for the display of sampled waveforms and the capture of up to 4 million samples per second, making it ideal for both academic and industrial applications. Additionally, the oscilloscope offers user-friendly features like language selection and toolbox software that provides additional signal analysis functions. Overall, TLA 7012 is an excellent device for those needing high-performance and reliable measurements of complex signals from DC to 5 GHz. It is suitable for both scientific research and electrical performance test applications due to its great combination of reliable accuracy and intuitive usability. It is an ideal choice for anyone requiring precise determinations of voltage, current, or frequency.